mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: receiving , from a base station associated with a master cell group, MCG, a radio resource control, RRC, message to change a secondary cell group, SCG or release a SCG connection; performing a re-establishment of a radio link control, RLC, entity corresponding to the SCG indicated in the RRC message; obtaining, from an upper layer of the UE, information indicating a packet data convergence protocol, PDCP, data recovery based on the RRC message; and said method being characterized in that it further comprises the step of performing a retransmission of a PDCP data previously submitted to the re-established RLC entity, for which a successful delivery has not been confirmed by a lower layer, in case that a PDCP status report has not been received. receiving , from a base station associated with a master cell group, MCG, a radio resource control, RRC, message to change a secondary cell group, SCG or release a SCG connection; performing a re-establishment of a radio link control, RLC, entity corresponding to the SCG indicated in the RRC message; obtaining, from an upper layer of the UE, information indicating a packet data convergence protocol, PDCP, data recovery based on the RRC message; and said method being characterized in that it further comprises the step of performing a retransmission of a PDCP data previously submitted to the re-established RLC entity, for which a successful delivery has not been confirmed by a lower layer, in case that a PDCP status report has not been received.
An anti-PVRIG (Poliovirus receptor-related immunoglobulin domain-containing protein) antibody comprising i) the heavy chain variable domain of SEQ ID NO:1434 and ii) the light chain variable domain of SEQ ID NO:1453, for use in treatment of cancer by activating T-cells in a patient. i) the heavy chain variable domain of SEQ ID NO:1434 and ii) the light chain variable domain of SEQ ID NO:1453, for use in treatment of cancer by activating T-cells in a patient.
Data structure for use as a positive list in a device, comprising an entry for each permitted communication partner of the device having - a first identifier (ID1) that explicitly identifies the communication partner (KP1), - a value of a predetermined certificate field (ZA1) that identifies a certificate as explicitly associated with the communication partner, and - a respective check value (P1) from at least one certificate (Z1) of a communication partner (KP1) that explicitly identifies the certificate (Z1), - wherein the data structure at least intermittently contains a check value (P1o) of an old certificate and a check value (P1n) of a new certificate (Z1n) and wherein the data structure is in a form such that the check value (P1o) of the old certificate is removed after a prescribed period, and inclusion of the check value (P1n) of the new certificate (Z1n) in the positive list is preceded by a check being performed to ascertain whether the new certificate additionally contains the check value (P1o) of the old certificate. - a first identifier (ID1) that explicitly identifies the communication partner (KP1), - a value of a predetermined certificate field (ZA1) that identifies a certificate as explicitly associated with the communication partner, and - a respective check value (P1) from at least one certificate (Z1) of a communication partner (KP1) that explicitly identifies the certificate (Z1), - wherein the data structure at least intermittently contains a check value (P1o) of an old certificate and a check value (P1n) of a new certificate (Z1n) and wherein the data structure is in a form such that the check value (P1o) of the old certificate is removed after a prescribed period, and inclusion of the check value (P1n) of the new certificate (Z1n) in the positive list is preceded by a check being performed to ascertain whether the new certificate additionally contains the check value (P1o) of the old certificate.
A tungsten alloy part for a discharge lamp part, the tungsten alloy part comprising tungsten and a combination of components selected from the group consisting of (a) a combination of ZrO 2 and ZrC, and (b) a combination of Zr, ZrO 2 and ZrC, wherein: the tungsten alloy part comprises 0.1 to 5 wt% of Zr in terms of ZrO 2 , the total amount of Zr in the tungsten alloy part , as determined using an ICP analysis method, and the total amount of oxygen in the tungsten alloy part , as determined using an inert gas fusion-infrared absorption method, are expressed in ZrO x where 0 < x < 2, when the total amount of Zr is defined as 100 parts by mass, the amount of Zr contained in ZrO 2 is 30 to 98 parts by mass, and the amount of carbon in a surface part of the tungsten alloy part is smaller than the amount of carbon in a central part of the tungsten alloy part , wherein the surface part is a portion located between the surface of the tungsten alloy part and a point distant by 20 μm from the surface and the central part is a central portion in the section of the tungsten alloy part. the tungsten alloy part comprises 0.1 to 5 wt% of Zr in terms of ZrO 2 , the total amount of Zr in the tungsten alloy part , as determined using an ICP analysis method, and the total amount of oxygen in the tungsten alloy part , as determined using an inert gas fusion-infrared absorption method, are expressed in ZrO x where 0 < x < 2, when the total amount of Zr is defined as 100 parts by mass, the amount of Zr contained in ZrO 2 is 30 to 98 parts by mass, and the amount of carbon in a surface part of the tungsten alloy part is smaller than the amount of carbon in a central part of the tungsten alloy part , wherein the surface part is a portion located between the surface of the tungsten alloy part and a point distant by 20 μm from the surface and the central part is a central portion in the section of the tungsten alloy part.
An apparatus for cardiac pacing, the apparatus comprising: a relay and sampling unit, configured to receive multiple electrocardiogram (ECG) signals that are sensed by respective electrodes in a heart of a patient , to digitize a first subset of the ECG signals, and to forward a second subset of the ECG signals un-digitized over analog lines ; a pacing unit , configured to output pacing signals; a pacing detection circuit , configured to detect the pacing signals and to output a trigger in response to the pacing signals; and a processor , configured to: receive (i) the trigger and (ii) identities of ones of the electrodes via which the pacing signals are to be applied; and in response to identifying that the electrodes, via which the pacing signals are to be applied, are currently associated with the digitized ECG signals, to instruct the relay and sampling unit to switch the identified electrodes to the analog lines for transferring the pacing signals. a relay and sampling unit, configured to receive multiple electrocardiogram (ECG) signals that are sensed by respective electrodes in a heart of a patient , to digitize a first subset of the ECG signals, and to forward a second subset of the ECG signals un-digitized over analog lines ; a pacing unit , configured to output pacing signals; a pacing detection circuit , configured to detect the pacing signals and to output a trigger in response to the pacing signals; and a processor , configured to: receive (i) the trigger and (ii) identities of ones of the electrodes via which the pacing signals are to be applied; and in response to identifying that the electrodes, via which the pacing signals are to be applied, are currently associated with the digitized ECG signals, to instruct the relay and sampling unit to switch the identified electrodes to the analog lines for transferring the pacing signals. receive (i) the trigger and (ii) identities of ones of the electrodes via which the pacing signals are to be applied; and in response to identifying that the electrodes, via which the pacing signals are to be applied, are currently associated with the digitized ECG signals, to instruct the relay and sampling unit to switch the identified electrodes to the analog lines for transferring the pacing signals.
A semiconductor probe constituted by stacking in sequence: a conductive electrode ; a metal oxide semiconductor layer made of a metal oxide semiconductor; a charge layer that charges electric energy therein, wherein the charge layer has an n-type metal oxide semiconductor covered with an insulating material and undergone a photoexcitation structural change by ultraviolet irradiation to form an energy level in a band gap so as to trap electrons; and a support body. a conductive electrode ; a metal oxide semiconductor layer made of a metal oxide semiconductor; a charge layer that charges electric energy therein, wherein the charge layer has an n-type metal oxide semiconductor covered with an insulating material and undergone a photoexcitation structural change by ultraviolet irradiation to form an energy level in a band gap so as to trap electrons; and a support body.
A drying apparatus comprising: a body ; an air inlet ; a flow generator to receive inlet air from the air inlet and generate an airflow; an air outlet at the body for exhausting the airflow from the flow generator , the air outlet extending along a vertical height of the body ; an outlet airflow steering mechanism operable to control a lateral extent of the airflow from the air outlet ; a controller configured to operate the outlet airflow steering mechanism to control the lateral extents of the airflow from the air outlet ; characterised by further comprising a thermal sensor , wherein the controller is configured to: receive a signal from the thermal sensor , determine based on the signal a lateral physical extent of a user , and operate the outlet airflow steering mechanism to control the lateral extent of the airflow from the air outlet based on the determined lateral physical extent of the user . a body ; an air inlet ; a flow generator to receive inlet air from the air inlet and generate an airflow; an air outlet at the body for exhausting the airflow from the flow generator , the air outlet extending along a vertical height of the body ; an outlet airflow steering mechanism operable to control a lateral extent of the airflow from the air outlet ; a controller configured to operate the outlet airflow steering mechanism to control the lateral extents of the airflow from the air outlet ; characterised by further comprising a thermal sensor , wherein the controller is configured to: receive a signal from the thermal sensor , determine based on the signal a lateral physical extent of a user , and operate the outlet airflow steering mechanism to control the lateral extent of the airflow from the air outlet based on the determined lateral physical extent of the user . receive a signal from the thermal sensor , determine based on the signal a lateral physical extent of a user , and operate the outlet airflow steering mechanism to control the lateral extent of the airflow from the air outlet based on the determined lateral physical extent of the user .
A method of removing polymeric material comprising heteroatoms from a surface the method comprising: contacting the surface with a composition, the composition comprising: a compound according to formula (II) and at least one oxygen containing solvent having a molecular weight of not greater than 130 g/mol; and wiping the composition and at least some portion of the polymer from the surface. a compound according to formula (II) and at least one oxygen containing solvent having a molecular weight of not greater than 130 g/mol; and wiping the composition and at least some portion of the polymer from the surface.
A method for synthesis of antenna array layouts for radar and radio-frequency applications, in which method said layouts are formed to comprise a given number of mutually incoherent apertures, wherein for given space specifications for each aperture, number of transmit and receive antennas and field of view(s) of the apertures, a design method is applied including: - providing a metric with ambiguity functions based on a signal model that includes random initial phases between apertures, and - selection of transmit and receive antenna locations according to said metric based on optimization of the ambiguity functions such that a sidelobe level and/or features dependent on the sidelobe level associated to said ambiguity functions over a number of dimensions corresponding to one or several parameters of interest, including azimuth and/or elevation, is minimized. in which method said layouts are formed to comprise a given number of mutually incoherent apertures, wherein for given space specifications for each aperture, number of transmit and receive antennas and field of view(s) of the apertures, a design method is applied including: - providing a metric with ambiguity functions based on a signal model that includes random initial phases between apertures, and - selection of transmit and receive antenna locations according to said metric based on optimization of the ambiguity functions such that a sidelobe level and/or features dependent on the sidelobe level associated to said ambiguity functions over a number of dimensions corresponding to one or several parameters of interest, including azimuth and/or elevation, is minimized. - providing a metric with ambiguity functions based on a signal model that includes random initial phases between apertures, and - selection of transmit and receive antenna locations according to said metric based on optimization of the ambiguity functions such that a sidelobe level and/or features dependent on the sidelobe level associated to said ambiguity functions over a number of dimensions corresponding to one or several parameters of interest, including azimuth and/or elevation, is minimized.
A contactor comprising: an housing having a cavity ; fixed contacts received in the cavity, the fixed contacts having mating ends in the cavity; a movable contact movable within the cavity between a mated position and an unmated position, the movable contact engaging the fixed contacts to electrically connect the fixed contacts in the mated position; a coil assembly in the cavity operated to move the movable contact between the unmated position and the mating position; and an arc suppressor in the cavity, the arc suppressor including a multi-pole magnet having a first magnet having a first pole and a second magnet having a second pole, the first magnet being integrated with the second magnet in a unitary magnet body , characterised in that the housing includes a magnet slot receiving the multi-pole magnet therein, the first and second magnets are received in the magnet slot , and the unitary magnet body includes a keying feature for orienting the multi-pole magnet in the housing . an housing having a cavity ; fixed contacts received in the cavity, the fixed contacts having mating ends in the cavity; a movable contact movable within the cavity between a mated position and an unmated position, the movable contact engaging the fixed contacts to electrically connect the fixed contacts in the mated position; a coil assembly in the cavity operated to move the movable contact between the unmated position and the mating position; and an arc suppressor in the cavity, the arc suppressor including a multi-pole magnet having a first magnet having a first pole and a second magnet having a second pole, the first magnet being integrated with the second magnet in a unitary magnet body , characterised in that the housing includes a magnet slot receiving the multi-pole magnet therein, the first and second magnets are received in the magnet slot , and the unitary magnet body includes a keying feature for orienting the multi-pole magnet in the housing .
A hydrophilic electrospinning biological composite stent material, the material being prepared by blending an aqueous solution of fibrinogen and L-arginine or hydrochloride thereof with a P(LLA-CL) solution comprising polylactic acid and polycaprolactone by using an electrospinning technique, characterized in that in the aqueous solution of fibrinogen and L-arginine or hydrochloride thereof, the mass ratio of fibrinogen to L-arginine or hydrochloride thereof is 1.2:1-12.5:1.
Extruder with an extruder head for extruding cord reinforced tire components, wherein the extruder head comprises a die for receiving an extrusion material , flow channels that debouch into the die and a cord guide for guiding cords into the die so that in use the cords are embedded in the extrusion material , wherein the die is provided with an elongate cross sectional profile that defines a first cross section (C1) of the extrusion material in the die , wherein the cross sectional profile has a profile width (W) and a profile height (H1) that is relatively small with respect to the profile width (W), wherein the cord guide is arranged for guiding the cords into the die at a cord entry height (H4) with respect to the profile height (H1) so that the cords are embedded in the extrusion material during the extruding to form an extrudate , wherein the extruder head is provided with one or more first heating elements which are positioned at the die downstream of the flow channels for transferring heat into the extrusion material from a first side (A) of the profile height (H1) at the die , wherein the extruder further comprises a control unit that is operationally connected to the one or more first heating elements for generating an adjustable height temperature gradient (G1, G2) in the extrusion material across the profile height (H1) to control swelling of the extrusion material relative to the cord entry height (H4) from the first cross section (C1) to a second cross section (C2) after the extrusion material leaves the die .
A method for controlling a subtractive color mixing system of a light fixture for emitting light having a target color , the color mixing system comprising a plurality of subtractive color filters , said method comprising: - receiving target information defining the target color, - calculating a target control setpoint for each subtractive color filter within the plurality of subtractive color filters based on: - the target information, - calibration data, which for a plurality of sets of calibration control setpoints is indicative of a color of light emitted by the light fixture, identifying the set of calibration control setpoints with a corresponding color being closest to the target color and setting the target control setpoint for each color filter as equal to the corresponding control setpoint of the nearest set of calibration control setpoints, - controlling each of the subtractive color filters according to each calculated target control setpoint for each of the subtractive color filters. - receiving target information defining the target color, - calculating a target control setpoint for each subtractive color filter within the plurality of subtractive color filters based on: - the target information, - calibration data, which for a plurality of sets of calibration control setpoints is indicative of a color of light emitted by the light fixture, identifying the set of calibration control setpoints with a corresponding color being closest to the target color and setting the target control setpoint for each color filter as equal to the corresponding control setpoint of the nearest set of calibration control setpoints, - the target information, - calibration data, which for a plurality of sets of calibration control setpoints is indicative of a color of light emitted by the light fixture, identifying the set of calibration control setpoints with a corresponding color being closest to the target color and setting the target control setpoint for each color filter as equal to the corresponding control setpoint of the nearest set of calibration control setpoints, - controlling each of the subtractive color filters according to each calculated target control setpoint for each of the subtractive color filters.
A sheet comprising ultrafine cellulose fiber having an average fiber width of 2 to 30 nm and having phosphoric acid-derived groups as ionic substituent, and a divalent or higher metal, wherein the divalent or higher metal is introduced in an amount of from 0.1 mmol/g to 3.0 mmol/g, and having a haze of 10.0% or less.
A computer-implemented method of calibrating a camera, comprising the steps of: a. making a video screen display a calibration pattern ; b. acquiring from the camera a video stream of a scene comprising said calibration pattern displayed on the video screen; c. modifying the calibration pattern , depending on the acquired video stream, and making the screen display the modified calibration pattern; said steps a. to c. being iterated a plurality of times; and then d. when enough data has been collected, estimating intrinsic calibration parameters of the camera by processing the acquired video streams. a. making a video screen display a calibration pattern ; b. acquiring from the camera a video stream of a scene comprising said calibration pattern displayed on the video screen; c. modifying the calibration pattern , depending on the acquired video stream, and making the screen display the modified calibration pattern; said steps a. to c. being iterated a plurality of times; and then d. when enough data has been collected, estimating intrinsic calibration parameters of the camera by processing the acquired video streams.
A composition, comprising: a. an inorganic filler, b. a copolymer comprising a repeating unit derived from at least a monomer represented by formula (I): and c. a polyester, wherein the fraction derived from the monomer represented by formula (I) of the copolymer is between 1 % and 70 % in weight relative to the composition. a. an inorganic filler, b. a copolymer comprising a repeating unit derived from at least a monomer represented by formula (I): and c. a polyester, wherein the fraction derived from the monomer represented by formula (I) of the copolymer is between 1 % and 70 % in weight relative to the composition.
Household refrigeration appliance with at least one shelf for subdividing a storage compartment for refrigerated goods in a household refrigeration appliance with a carrier plate for refrigerated goods, a first supporting strip and a second supporting strip , wherein the carrier plate for refrigerated goods is mounted pivotably relative to the supporting strips on the supporting strips and wherein the carrier plate for refrigerated goods is embodied in a horizontal operating position for holding refrigerated goods and in a stowed position which is pivoted relative to the horizontal operating position for removing the subdivision, at least one of the supporting strips has a first catch element and the carrier plate for refrigerated goods has a second catch element , wherein the first catch element and the second catch element are latched to one another in the stowed position, wherein one of the catch elements is embodied as a latching element and another of the catch elements is embodied as a snap-fit element, wherein the latching element and the snap-fit element are latched to one another by forming a snap-fit connection on the stowed position, the carrier plate for refrigerated goods has an opening as the latching element and the supporting strip has a spring-mounted pin element as the snap-fit element, wherein the pin element is arranged in the opening in the stowed position, characterised in that the opening is embodied in the form of an elongated hole for guiding a rotating axle of the carrier plate for refrigerated goods and for receiving the pin element in the stowed position, and that the elongated hole is embodied for removing the carrier plate for refrigerated goods from the supporting strips and is thus embodied to be open on one side for taking the carrier plate for refrigerated goods out of the household refrigeration appliance .