mhurhangee/patent-ind-claim-en huggingface dataset:
An antigen receptor, which receptor comprises a first peptide chain and a second peptide chain, wherein the first peptide chain comprises a first domain, a second domain, a variable region of a T cell receptor chain, and an immunoreceptor signal transmission domain; the second peptide chain comprises a first domain, a second domain, a variable region of a T cell receptor chain, and an immunoreceptor signal transmission domain; wherein the first domain from the first peptide chain forms together with one of the domains from the second peptide chain a first antigen binding site, and wherein the second domain from the first peptide chain forms together with the other domain from the second peptide chain a second antigen binding site, wherein (i) the first peptide chain comprises a variable region of a T cell receptor alpha chain and a constant region of a T cell receptor alpha chain and the second peptide chain comprises a variable region of a T cell receptor beta chain and a constant region of a T cell receptor beta chain, or (ii) the first peptide chain comprises a variable region of a T cell receptor beta chain and a constant region of a T cell receptor beta chain and the second peptide chain comprises a variable region of a T cell receptor alpha chain and a constant region of a T cell receptor alpha chain. (i) the first peptide chain comprises a variable region of a T cell receptor alpha chain and a constant region of a T cell receptor alpha chain and the second peptide chain comprises a variable region of a T cell receptor beta chain and a constant region of a T cell receptor beta chain, or (ii) the first peptide chain comprises a variable region of a T cell receptor beta chain and a constant region of a T cell receptor beta chain and the second peptide chain comprises a variable region of a T cell receptor alpha chain and a constant region of a T cell receptor alpha chain.
A modular multilevel voltage converter for converting an AC voltage into a DC voltage, and vice versa, the converter comprising a DC portion for connection to a DC power supply network and an AC portion for connection to an AC power supply network , the converter comprising a plurality of legs, each leg comprising an upper arm and a lower arm, each arm comprising a plurality of submodules ( SM xij ) that are individually controllable by a control member specific to each submodule, and each submodule comprising a capacitor ( C SM ) connectable in series in the arm when the control member of the submodule is in an "on" state; the converter being characterized in that it includes a control module configured to regulate the internal energy stored in the capacitors of the submodules of an upper or lower arm of the converter, the control module being suitable for limiting said internal energy to below an upper limit and/or to above a lower limit, by using parameters measured in real time on the DC power supply network and on the AC power supply network together with setpoints for the operating power of the converter, the control module being configured to determine the lower limit and/or the upper limit for the internal energy by using parameters measured on the DC power supply network and on the AC power supply network, such that they vary with the states of said power supply networks, the lower limit and/or the upper limit being servocontrolled in real time.
A method at a first node (435-c) of a wireless communication network, comprising: receiving , at a first node (435-c) of a wireless communication network, a first ethernet frame comprising a first precision time protocol, PTP, message ; determining an ingress time for the first PTP message received at the first node (435-c); receiving a second ethernet frame comprising a second PTP message associated with the first PTP message ; generating a packet data unit, PDU, for transmission to a second node (435-d) of the wireless communication network based at least in part on the second ethernet frame, the PDU comprising a value corresponding to the ingress time for the first PTP message ; and transmitting the PDU to the second node (435-d). receiving , at a first node (435-c) of a wireless communication network, a first ethernet frame comprising a first precision time protocol, PTP, message ; determining an ingress time for the first PTP message received at the first node (435-c); receiving a second ethernet frame comprising a second PTP message associated with the first PTP message ; generating a packet data unit, PDU, for transmission to a second node (435-d) of the wireless communication network based at least in part on the second ethernet frame, the PDU comprising a value corresponding to the ingress time for the first PTP message ; and transmitting the PDU to the second node (435-d).
A recording apparatus adapted to perform at least one mode, wherein in one mode a background ink composition is recorded on an image which has been recorded using a coloring ink composition; the recording apparatus including an ink set comprising: the background ink composition, which contains one of a white pigment and a glitter pigment as a background pigment; and the coloring ink composition, which contains a coloring pigment, wherein: the surface tension of the background ink composition S1 (mN/m) and the surface tension of the coloring ink composition S2 (mN/m) satisfy the relationship: − 5 < S 1 − S 2 < 4 ; a sedimentation speed v1 of the background pigment in the background ink composition is higher than a sedimentation speed v2 of the coloring pigment in the coloring ink composition; and the sedimentation speed v1 of the background pigment is 2.0 × 10 -6 (cm/s) or higher; wherein the sedimentation speeds v1 and v2 of the background pigment and the coloring pigment are each obtained by the Stokes' equation: v = ρ − ρ w gR 2 / 18 η wherein v represents the sedimentation speed (m/s), ρ represents a density of the pigment (kg/m 3 ), ρ w represents a density of the solvent (kg/m 3 ), g represents acceleration of gravity (m/s 2 ), R represents a diameter of the pigment (m), and η represents a viscosity of the solvent (Pa·s). the background ink composition, which contains one of a white pigment and a glitter pigment as a background pigment; and the coloring ink composition, which contains a coloring pigment, wherein: the surface tension of the background ink composition S1 (mN/m) and the surface tension of the coloring ink composition S2 (mN/m) satisfy the relationship: − 5 < S 1 − S 2 < 4 ; a sedimentation speed v1 of the background pigment in the background ink composition is higher than a sedimentation speed v2 of the coloring pigment in the coloring ink composition; and the sedimentation speed v1 of the background pigment is 2.0 × 10 -6 (cm/s) or higher; the surface tension of the background ink composition S1 (mN/m) and the surface tension of the coloring ink composition S2 (mN/m) satisfy the relationship: − 5 < S 1 − S 2 < 4 ; a sedimentation speed v1 of the background pigment in the background ink composition is higher than a sedimentation speed v2 of the coloring pigment in the coloring ink composition; and the sedimentation speed v1 of the background pigment is 2.0 × 10 -6 (cm/s) or higher; wherein the sedimentation speeds v1 and v2 of the background pigment and the coloring pigment are each obtained by the Stokes' equation: v = ρ − ρ w gR 2 / 18 η wherein v represents the sedimentation speed (m/s), ρ represents a density of the pigment (kg/m 3 ), ρ w represents a density of the solvent (kg/m 3 ), g represents acceleration of gravity (m/s 2 ), R represents a diameter of the pigment (m), and η represents a viscosity of the solvent (Pa·s).
Method for operating a high-temperature battery on a power source , having the following steps: ascertaining a present source power (P N ) of the power source ; ascertaining (201; 200) a charging power (Ps) of the high-temperature battery , which characterizes the electric power drawable during electric charging of the high-temperature battery in its present state of charge; comparing (215; 214) the present source power (P N ) with the charging power (Ps); and heating the high-temperature battery if the present source power (P N ) is higher than the charging power (P S ), wherein the source power (P N ) that is no longer able or supposed to be absorbed by the high-temperature battery in electrical form is used for heating the high-temperature battery by means of a heating element in the high-temperature battery . ascertaining a present source power (P N ) of the power source ; ascertaining (201; 200) a charging power (Ps) of the high-temperature battery , which characterizes the electric power drawable during electric charging of the high-temperature battery in its present state of charge; comparing (215; 214) the present source power (P N ) with the charging power (Ps); and heating the high-temperature battery if the present source power (P N ) is higher than the charging power (P S ), wherein the source power (P N ) that is no longer able or supposed to be absorbed by the high-temperature battery in electrical form is used for heating the high-temperature battery by means of a heating element in the high-temperature battery .
A system for assisting a vehicle behind when overtaking a vehicle train comprising at least two vehicles travelling close together, the vehicle behind and at least a leader vehicle in the train being adapted to communicating via wireless communication, which system comprises a processor unit adapted to - receiving from said vehicle behind an overtake signal which indicates that the vehicle behind wishes to overtake the vehicle train, - receiving from a monitoring system on board the leader vehicle a monitoring signal which indicates the presence of objects around the leader vehicle which relate to the traffic situation, - analysing said presence of objects with respect to predetermined criteria related to the possibility of the vehicle behind overtaking safely, and generating an assistance signal which indicates the result of the analysis, - sending the assistance signal to said vehicle behind, thereby conveying to the driver of the vehicle behind the result of the analysis, - generating on the basis of said analysis one or more control signals which indicate how one or more of the vehicle train's vehicles need to be regulated to make it possible for said vehicle behind to overtake the vehicle train, and - sending said one or more control signals to one or more control systems of said vehicles in the vehicle train, which vehicle or vehicles are then regulated accordingly. - receiving from said vehicle behind an overtake signal which indicates that the vehicle behind wishes to overtake the vehicle train, - receiving from a monitoring system on board the leader vehicle a monitoring signal which indicates the presence of objects around the leader vehicle which relate to the traffic situation, - analysing said presence of objects with respect to predetermined criteria related to the possibility of the vehicle behind overtaking safely, and generating an assistance signal which indicates the result of the analysis, - sending the assistance signal to said vehicle behind, thereby conveying to the driver of the vehicle behind the result of the analysis, - generating on the basis of said analysis one or more control signals which indicate how one or more of the vehicle train's vehicles need to be regulated to make it possible for said vehicle behind to overtake the vehicle train, and - sending said one or more control signals to one or more control systems of said vehicles in the vehicle train, which vehicle or vehicles are then regulated accordingly.
A fitting assembly comprising: one or more fluidic seal assemblies, wherein each fluidic seal assembly comprises: a fitting comprising an inside fitting wall that defines a fitting bore , a ferrule comprising an inside ferrule wall that defines a ferrule bore, and the ferrule is disposed in the fitting bore; a tube comprising first and second tube ends, and one of the tube ends is disposed in the ferrule bore; wherein the ferrule is in compressive contact between the inside fitting wall and the tube so as to form a seal; a holder comprising a cavity wall defining a cavity where the tube passes through the cavity; wherein each of the fluidic seal assemblies is held by the holder, characterized in that each of the fittings comprises first and second fitting ends and outside fitting wall between the first and second fitting ends; in that the fitting further comprises a protrusion at the first fitting end, and the protrusion defines a protrusion flow path, and in that each of the fluidic seal assemblies further comprises a compliant seal material around the protrusion. one or more fluidic seal assemblies, wherein each fluidic seal assembly comprises: a fitting comprising an inside fitting wall that defines a fitting bore , a ferrule comprising an inside ferrule wall that defines a ferrule bore, and the ferrule is disposed in the fitting bore; a tube comprising first and second tube ends, and one of the tube ends is disposed in the ferrule bore; wherein the ferrule is in compressive contact between the inside fitting wall and the tube so as to form a seal; a fitting comprising an inside fitting wall that defines a fitting bore , a ferrule comprising an inside ferrule wall that defines a ferrule bore, and the ferrule is disposed in the fitting bore; a tube comprising first and second tube ends, and one of the tube ends is disposed in the ferrule bore; wherein the ferrule is in compressive contact between the inside fitting wall and the tube so as to form a seal; a holder comprising a cavity wall defining a cavity where the tube passes through the cavity; wherein each of the fluidic seal assemblies is held by the holder, characterized in that each of the fittings comprises first and second fitting ends and outside fitting wall between the first and second fitting ends; in that the fitting further comprises a protrusion at the first fitting end, and the protrusion defines a protrusion flow path, and in that each of the fluidic seal assemblies further comprises a compliant seal material around the protrusion.
A wireless charger for connecting with a charging device via a wireless communications network, the wireless charger comprising: a wireless power transmitter configured to transmit a power pulse for detecting a charging device, the power pulse further configured to supply power to a detected charging device such that the charging device remains active in order to establish a connection with the wireless charger; a device scanner configured to scan for one or more connection solicitations transmitted by devices; and a wireless protocol enabled receiver configured to receive a connection solicitation via the wireless communications network from the charging device in response to the transmitted power pulse, a wireless protocol enabled transmitter further configured to transmit a connection request to establish a connection with the charging device in response to the received connection solicitation., wherein the connection request is transmitted in a communication separate from the transmitted power pulse. a wireless power transmitter configured to transmit a power pulse for detecting a charging device, the power pulse further configured to supply power to a detected charging device such that the charging device remains active in order to establish a connection with the wireless charger; a device scanner configured to scan for one or more connection solicitations transmitted by devices; and a wireless protocol enabled receiver configured to receive a connection solicitation via the wireless communications network from the charging device in response to the transmitted power pulse, a wireless protocol enabled transmitter further configured to transmit a connection request to establish a connection with the charging device in response to the received connection solicitation., wherein the connection request is transmitted in a communication separate from the transmitted power pulse.
An activin receptor type II inhibitor for use in a method for treating anemia, chronic pernicious anemia, sickle cell anemia, myelodysplastic syndromes, inherited bone marrow failure, or beta-thalassemia, or for increasing red blood cell levels or orthochromatic erythroblasts (Ery-C) in a subject, wherein the subject has an elevated level and/or activity of GDF11 in a tissue as compared to the level/or activity of GDF11 in the same tissue of one or more healthy subjects, and wherein the activin receptor type II inhibitor is a polypeptide comprising an amino acid sequence selected from the group consisting of: a 90% identical to SEQ ID NO:2; b 95% identical to SEQ ID NO:2; c 98% identical to SEQ ID NO:2; d SEQ ID NO:2; e 90% identical to SEQ ID NO:3; f 95% identical to SEQ ID NO:3; g 98% identical to SEQ ID NO:3; h SEQ ID NO:3; i 90% identical to SEQ ID NO:7; j 95% identical to SEQ ID NO:7; k 98% identical to SEQ ID NO:7; l SEQ ID NO:7; m 90% identical to SEQ ID NO:12; n 95% identical to SEQ ID NO:12; o 98% identical to SEQ ID NO:12; p SEQ ID NO:12; q 90% identical to SEQ ID NO:17; r 95% identical to SEQ ID NO:17; s 98% identical to SEQ ID NO:17; t SEQ ID NO:17; u 90% identical to SEQ ID NO:20; v 95% identical to SEQ ID NO:20; w 98% identical to SEQ ID NO:20; x SEQ ID NO:20; y 90% identical to SEQ ID NO:21; z 95% identical to SEQ ID NO:21; aa 98% identical to SEQ ID NO:21; bb SEQ ID NO:21; cc 90% identical to SEQ ID NO:23; dd 95% identical to SEQ ID NO:23; ee 98% identical to SEQ ID NO:23; ff SEQ ID NO:23; gg 90% identical to SEQ ID NO:24; hh 95% identical to SEQ ID NO:24; ii 98% identical to SEQ ID NO:24; jj SEQ ID NO:24; kk 90% identical to SEQ ID NO:25; 11 95% identical to SEQ ID NO:25; mm 98% identical to SEQ ID NO:25; and nn SEQ ID NO:25; or wherein the activin receptor type II inhibitor is a polypeptide comprising the extracellular domain of activin receptor type IIA linked to the Fc portion of an antibody; or wherein the activin receptor type II inhibitor is a polypeptide comprising the extracellular domain of activin receptor type IIB linked to the Fc portion of an antibody. wherein the activin receptor type II inhibitor is a polypeptide comprising the extracellular domain of activin receptor type IIA linked to the Fc portion of an antibody; or wherein the activin receptor type II inhibitor is a polypeptide comprising the extracellular domain of activin receptor type IIB linked to the Fc portion of an antibody.
Medical system, including: a) a skin-mountable medical device , the skin-mountable medical device including an activatable tactile indicator ; b) a user interface , the user interface being configured to receive location information, the location information indicating a body location where the skin-mountable medical device shall be mounted; wherein the medical system is configured to determine an active control pattern in dependence of the location information and to control activation of the tactile indicator in accordance with the active control pattern. a) a skin-mountable medical device , the skin-mountable medical device including an activatable tactile indicator ; b) a user interface , the user interface being configured to receive location information, the location information indicating a body location where the skin-mountable medical device shall be mounted;
Method for operating a glare protection system for a vehicle, having a video capturing device that is aimed at the head of a vehicle occupant , having an evaluation device for evaluating recorded signals, and having at least one screening apparatus for at least partially darkening the vehicle interior , wherein the glare intensity or glare direction that is relevant to the vehicle occupant is deduced from a comparison of the image of the head or of a head part recorded via the video capturing device with a reaction pattern that is typical for glare, characterized in that glare is also deduced from the contrast of the face region to the eye region.
A method for wireless communication at a user equipment, UE, comprising: receiving , from a base station, a control-resource set that includes a plurality of resource element groups, REGs, organized into one or more control channel elements based at least in part on a configuration of the control-resource set; identifying REG indices for each of the plurality of REGs characterised by : determining whether the control-resource set is associated with broadcast transmission; reordering the REG indices if the control-resource set is associated with broadcast transmission; and decoding the control-resource set based at least in part on determining to reorder the REG indices. receiving , from a base station, a control-resource set that includes a plurality of resource element groups, REGs, organized into one or more control channel elements based at least in part on a configuration of the control-resource set; identifying REG indices for each of the plurality of REGs characterised by : determining whether the control-resource set is associated with broadcast transmission; reordering the REG indices if the control-resource set is associated with broadcast transmission; and decoding the control-resource set based at least in part on determining to reorder the REG indices. determining whether the control-resource set is associated with broadcast transmission; reordering the REG indices if the control-resource set is associated with broadcast transmission; and decoding the control-resource set based at least in part on determining to reorder the REG indices.
A solar tracker assembly comprising: a support column ; one or more torque tubes or torsion beams connected to the support column; a mounting mechanism attached to the one or more torque tubes or torsion beams a drive system connected to the one or more torque tubes or torsion beams ; a torque limiter connected to an output of the drive system of a tracker row; and one or more stops connected to the support column, the stops being located at the solar tracker's maximum rotational position; wherein when a hinge moment force causes a level of torque on the drive system to exceed a pre-set limit, the torque limiter facilitates rotational movement of the one or more torque tubes or torsion beams in the direction of the torque, thereby allowing the hinge moment force to rotate one or more torque tubes or torsion beams of a tracker row about a pivot axis such that the hinge moment force is reduced as a result of a lower hinge moment position and wherein when the solar tracker assembly hits a maximum position stop it is constrained in its maximum rotational positions at multiple distributed locations by the stops and resists the hinge moment force at multiple points along the structure of the solar tracker assembly. a support column ; one or more torque tubes or torsion beams connected to the support column; a mounting mechanism attached to the one or more torque tubes or torsion beams a drive system connected to the one or more torque tubes or torsion beams ; a torque limiter connected to an output of the drive system of a tracker row; and one or more stops connected to the support column, the stops being located at the solar tracker's maximum rotational position; wherein when a hinge moment force causes a level of torque on the drive system to exceed a pre-set limit, the torque limiter facilitates rotational movement of the one or more torque tubes or torsion beams in the direction of the torque, thereby allowing the hinge moment force to rotate one or more torque tubes or torsion beams of a tracker row about a pivot axis such that the hinge moment force is reduced as a result of a lower hinge moment position and wherein when the solar tracker assembly hits a maximum position stop it is constrained in its maximum rotational positions at multiple distributed locations by the stops and resists the hinge moment force at multiple points along the structure of the solar tracker assembly.