mhurhangee/patent-ind-claim-en huggingface dataset:
An isolated monoclonal antibody, comprising: a heavy chain variable region (V H ) comprising a heavy chain complementarity determining region (HCDR)1, a HCDR2, and a HCDR3 comprising the amino acids sequences set forth as SEQ ID NOs: 7, 8, and 9, respectively, and a light chain variable region (V L ) comprising a light chain complementarity determining region (LCDR)1, a LCDR2, and a LCDR3 comprising the amino acids sequences set forth as SEQ ID NOs: 10, 11, and 12, respectively (N6 CDRs); a V H comprising a HCDR1, a HCDR2, and a HCDR3 comprising the amino acids sequences set forth as SEQ ID NOs: 13, 14, and 15, respectively, and a V L comprising a LCDR1, a LCDR2, and a LCDR3, comprising the amino acids sequences set forth as SEQ ID NOs: 16, 17, and 18, respectively (N17 CDRs); or a V H comprising a HCDR1, a HCDR2, and a HCDR3 comprising the amino acids sequences set forth as SEQ ID NOs: 7, 8, and 9, respectively, and a V L comprising a LCDR1, a LCDR2, and a LCDR3, comprising the amino acids sequences set forth as SEQ ID NOs: 10, 17, and 18, respectively (F8 CDRs); and wherein the antibody specifically binds to HIV-1 gp120 and neutralizes HIV-1 infection. a heavy chain variable region (V H ) comprising a heavy chain complementarity determining region (HCDR)1, a HCDR2, and a HCDR3 comprising the amino acids sequences set forth as SEQ ID NOs: 7, 8, and 9, respectively, and a light chain variable region (V L ) comprising a light chain complementarity determining region (LCDR)1, a LCDR2, and a LCDR3 comprising the amino acids sequences set forth as SEQ ID NOs: 10, 11, and 12, respectively (N6 CDRs); a V H comprising a HCDR1, a HCDR2, and a HCDR3 comprising the amino acids sequences set forth as SEQ ID NOs: 13, 14, and 15, respectively, and a V L comprising a LCDR1, a LCDR2, and a LCDR3, comprising the amino acids sequences set forth as SEQ ID NOs: 16, 17, and 18, respectively (N17 CDRs); or a V H comprising a HCDR1, a HCDR2, and a HCDR3 comprising the amino acids sequences set forth as SEQ ID NOs: 7, 8, and 9, respectively, and a V L comprising a LCDR1, a LCDR2, and a LCDR3, comprising the amino acids sequences set forth as SEQ ID NOs: 10, 17, and 18, respectively (F8 CDRs); and wherein the antibody specifically binds to HIV-1 gp120 and neutralizes HIV-1 infection.
Floor lamp or desk lamp that has a lamp head , a support arm for supporting the lamp head as well as a foot arrangement for bearing the support arm , wherein the lamp head comprises: - a housing , - a direct light arrangement connected to the housing that at least comprises a direct light lighting means with an associated light guide plate for providing a direct light component, wherein light emitted by the direct light lighting means can be fed to a front side of the light guide plate and can be output at a main side of the light guide plate , - an indirect light arrangement connected to the housing that comprises an indirect light lighting means with an associated light directing structure for providing an indirect light component, characterized in that the direct light arrangement is rotatably arranged to the housing and to the indirect light arrangement and the axis of rotation is approximately perpendicular to the light guide plate . - a housing , - a direct light arrangement connected to the housing that at least comprises a direct light lighting means with an associated light guide plate for providing a direct light component, wherein light emitted by the direct light lighting means can be fed to a front side of the light guide plate and can be output at a main side of the light guide plate , - an indirect light arrangement connected to the housing that comprises an indirect light lighting means with an associated light directing structure for providing an indirect light component, characterized in that the direct light arrangement is rotatably arranged to the housing and to the indirect light arrangement and the axis of rotation is approximately perpendicular to the light guide plate .
A method of selectively transmitting alerts based on monitored behavior of a driver, the method comprising: calculating , by one or more processors , a driver score for the driver based on a set of driving events, wherein each driving event of the set of driving events was detected from sensor data captured while a vehicle was operated by the driver, and wherein each driving event of the set of driving events is associated with a driving behavior in at least one driving scenario of a plurality of driving scenarios; assigning , by the one or more processors , the driver to a category based on the driver score, wherein the category is one of a plurality of categories; determining , by the one or more processors , that a change in a habitual driving behavior by the driver in a monitored driving scenario would result in reassignment of the driver to another category of the plurality of categories, wherein the monitored driving scenario is a driving scenario of the plurality of driving scenarios; detecting, by the one or more processors , from second sensor data captured by a vehicle operated by the driver, a driving event that is associated with the monitored driving scenario; generating , by the one or more processors , an alert responsive to detecting the driving event having occurred; and transmitting, by the one or more processors , the alert to the vehicle operated by the driver based upon the determination that the change in the habitual driving behavior by the driver in the monitored driving scenario would result in reassignment of the driver to another category. calculating , by one or more processors , a driver score for the driver based on a set of driving events, wherein each driving event of the set of driving events was detected from sensor data captured while a vehicle was operated by the driver, and wherein each driving event of the set of driving events is associated with a driving behavior in at least one driving scenario of a plurality of driving scenarios; assigning , by the one or more processors , the driver to a category based on the driver score, wherein the category is one of a plurality of categories; determining , by the one or more processors , that a change in a habitual driving behavior by the driver in a monitored driving scenario would result in reassignment of the driver to another category of the plurality of categories, wherein the monitored driving scenario is a driving scenario of the plurality of driving scenarios; detecting, by the one or more processors , from second sensor data captured by a vehicle operated by the driver, a driving event that is associated with the monitored driving scenario; generating , by the one or more processors , an alert responsive to detecting the driving event having occurred; and transmitting, by the one or more processors , the alert to the vehicle operated by the driver based upon the determination that the change in the habitual driving behavior by the driver in the monitored driving scenario would result in reassignment of the driver to another category.
A method of producing a purified antibody, antibody fragment, or Fc fusion protein, using an affinity chromatography (AC) matrix to which the antibody, antibody fragment, or Fc fusion protein is bound, the method comprising: (a) loading a mixture comprising the antibody, antibody fragment, or Fc fusion protein onto the AC matrix; and (b) washing the AC matrix with two or more wash solutions comprising (i) arginine, or an arginine derivative selected from the group consisting of acylated arginine, acetyl arginine, N-alpha-butyroyl-arginine, agmatine, arginic acid and N-alpha-pyvaloyl-arginine, and (ii) a nonbuffering salt, wherein the arginine, or the arginine derivative, and the nonbuffering salt are in different wash solutions, and wherein the pH of the wash solution comprising arginine, or an arginine derivative is at least 8.5, prior to elution of the antibody, antibody fragment, or Fc fusion protein from the AC matrix; with the proviso that if a purified Fc fusion protein is produced, the AC matrix is a Protein A matrix, a Protein G matrix, a Protein A/G matrix or a Protein L matrix. (a) loading a mixture comprising the antibody, antibody fragment, or Fc fusion protein onto the AC matrix; and (b) washing the AC matrix with two or more wash solutions comprising (i) arginine, or an arginine derivative selected from the group consisting of acylated arginine, acetyl arginine, N-alpha-butyroyl-arginine, agmatine, arginic acid and N-alpha-pyvaloyl-arginine, and (ii) a nonbuffering salt, wherein the arginine, or the arginine derivative, and the nonbuffering salt are in different wash solutions, and wherein the pH of the wash solution comprising arginine, or an arginine derivative is at least 8.5, prior to elution of the antibody, antibody fragment, or Fc fusion protein from the AC matrix;
A stent comprising an end portion which, in an expanded state, defines a vessel-supporting wall having a free end defining a circumference at the free end , wherein the vessel-supporting wall is deformable to longitudinally collapse the vessel-supporting wall at a first point on the circumference by a larger amount than at a second point and wherein the end portion includes a plurality of expandable rings secured to each other by collapsible webs and wherein the rings are arranged to expand and the webs are arranged to collapse when the end portion is deformed to longitudinally collapse the vessel-supporting wall at the first point by a larger amount than at the second point.
A method for protecting a multimedia content distributed by a content service to a user device , the multimedia content being related to a live event, wherein the method comprises, during said live event: a) automatically identifying a significant segment of said live event on the basis of an outcome of a processing of descriptive data related to said live event, said significant segment being associated with a salient action or moment or with a salient concatenation of actions or moments occurring during the live event, wherein said automatically identifying comprises identifying, with a given amount of delay with respect to a real time of the live event, a time at which the significant segment starts and a time at which the significant segment ends; b) generating a trigger signal associated with said significant segment; c) at said user device , on the basis of said trigger signal, generating a marking comprising information identifying said user device; and d) at said user device , applying said marking to a selected portion of the multimedia content, said selected portion corresponding to said significant segment of the live event. a) automatically identifying a significant segment of said live event on the basis of an outcome of a processing of descriptive data related to said live event, said significant segment being associated with a salient action or moment or with a salient concatenation of actions or moments occurring during the live event, wherein said automatically identifying comprises identifying, with a given amount of delay with respect to a real time of the live event, a time at which the significant segment starts and a time at which the significant segment ends; b) generating a trigger signal associated with said significant segment; c) at said user device , on the basis of said trigger signal, generating a marking comprising information identifying said user device; and d) at said user device , applying said marking to a selected portion of the multimedia content, said selected portion corresponding to said significant segment of the live event.
A parking lock unit for an electric drive assembly for driving a motor vehicle, comprising: a parking lock housing comprising a base portion with a bearing receptacle and, at a base end, connecting elements for connecting the parking lock housing to a housing of the electric drive assembly ; a sleeve-shaped shaft journal which is rotatably supported in the first bearing receptacle about a rotational axis (A4), wherein the shaft journal comprises a connecting profile for being connected to a driveshaft of the electric drive assembly in a rotationally fixed manner; a ratchet wheel which is connected to the shaft journal in a rotationally fixed way and which is received in a receiving space between the base portion and the cover portion ; a locking element which is movably supported in the parking lock housing and which can be transferred into a locking position in which the locking element blocks a rotational movement of the ratchet wheel , and into a releasing position in which the locking element releases the ratchet wheel so that the ratchet wheel and the driveshaft connected thereto are freely rotatable; a controllable actuator connected to the parking lock housing and configured to selectively transfer the locking element into the locking position or into the releasing position; wherein a smallest inner diameter (D3) of the parking lock housing in the region of the ratchet wheel substantially corresponds to the largest outer diameter (D5) of the ratchet wheel . a parking lock housing comprising a base portion with a bearing receptacle and, at a base end, connecting elements for connecting the parking lock housing to a housing of the electric drive assembly ; a sleeve-shaped shaft journal which is rotatably supported in the first bearing receptacle about a rotational axis (A4), wherein the shaft journal comprises a connecting profile for being connected to a driveshaft of the electric drive assembly in a rotationally fixed manner; a ratchet wheel which is connected to the shaft journal in a rotationally fixed way and which is received in a receiving space between the base portion and the cover portion ; a locking element which is movably supported in the parking lock housing and which can be transferred into a locking position in which the locking element blocks a rotational movement of the ratchet wheel , and into a releasing position in which the locking element releases the ratchet wheel so that the ratchet wheel and the driveshaft connected thereto are freely rotatable; a controllable actuator connected to the parking lock housing and configured to selectively transfer the locking element into the locking position or into the releasing position; wherein a smallest inner diameter (D3) of the parking lock housing in the region of the ratchet wheel substantially corresponds to the largest outer diameter (D5) of the ratchet wheel .
A gripping posture evaluation apparatus , comprising: a gripping posture deriver configured to derive a gripping posture in which a robot hand (H) included in a robot (RB) grips a workpiece (W); a load index calculator configured to calculate a load index value indicating a load to be applied to the robot (RB) gripping and transporting the workpiece (W) with the robot hand (H) in the gripping posture derived by the gripping posture deriver ; and a gripping posture evaluator configured to evaluate the gripping posture by determining whether the gripping posture is appropriate based on the load index value calculated by the load index calculator , wherein in response to the gripping posture evaluator determining that the gripping posture is inappropriate, derivation of a new gripping posture by the gripping posture deriver , calculation of a load index value by the load index calculator , and evaluation by the gripping posture evaluator are repeated. a gripping posture deriver configured to derive a gripping posture in which a robot hand (H) included in a robot (RB) grips a workpiece (W); a load index calculator configured to calculate a load index value indicating a load to be applied to the robot (RB) gripping and transporting the workpiece (W) with the robot hand (H) in the gripping posture derived by the gripping posture deriver ; and a gripping posture evaluator configured to evaluate the gripping posture by determining whether the gripping posture is appropriate based on the load index value calculated by the load index calculator , wherein in response to the gripping posture evaluator determining that the gripping posture is inappropriate, derivation of a new gripping posture by the gripping posture deriver , calculation of a load index value by the load index calculator , and evaluation by the gripping posture evaluator are repeated.
System for connecting an aircraft warning marker to a power line , the system including - two halves of an aircraft warning marker; - a device comprising a release mechanism adapted to clamp the two halves of the aircraft warning marker together to a closed position around the power line , wherein the system further comprises a helicopter connected to the device and adapted to carry the device and to position the device on the power line , characterised in that - the device is connected to the helicopter by the connection of lifting ropes directly to the release mechanism; and - the release mechanism being hinged to or pivotable around a portion of the device so that when the device lands on the power line, gravity acting on the release mechanism is transferred to a clamping force to clamp the two halves of the aircraft warning marker to a closed position around the power line. - two halves of an aircraft warning marker; - a device comprising a release mechanism adapted to clamp the two halves of the aircraft warning marker together to a closed position around the power line , wherein the system further comprises a helicopter connected to the device and adapted to carry the device and to position the device on the power line , characterised in that - the device is connected to the helicopter by the connection of lifting ropes directly to the release mechanism; and - the release mechanism being hinged to or pivotable around a portion of the device so that when the device lands on the power line, gravity acting on the release mechanism is transferred to a clamping force to clamp the two halves of the aircraft warning marker to a closed position around the power line.
Method for the wireless reading-out of different identification elements, wherein a read-out unit receives a signal , which includes a base sequence and an identification sequence , from an identification element and a raster for evaluating the identification sequence is generated from the base sequence , characterised in that the base sequence contains class information which is independent of the base and on the basis of which the raster for evaluating the identification sequence is adapted.
A method for frequency selective scheduling of wireless devices part of a communication network , the method being performed by a wireless network node , characterized by the method comprising the steps of: transmitting (S102) a first packet to at least two wireless devices over the entire available bandwidth of the communication network , wherein said first packet comprises information identifying which wireless devices are addressed by the first packet, and which downlink sub-carriers are used for data transmission to said addressed wireless devices; and receiving (S104) a second packet on uplink sub-carriers allocated to at least said addressed wireless devices and therefrom determining channel quality indications for said uplink sub-carriers, wherein said uplink sub-carriers are allocated to enable said channel quality indications to be determined over said entire bandwidth for at least each one of said addressed wireless devices by at least one of interpolating and extrapolating channel quality indications for at least two uplink sub-carriers, and wherein said uplink sub-carriers for each one of said wireless devices are determined to be frequency interleaved. transmitting (S102) a first packet to at least two wireless devices over the entire available bandwidth of the communication network , wherein said first packet comprises information identifying which wireless devices are addressed by the first packet, and which downlink sub-carriers are used for data transmission to said addressed wireless devices; and receiving (S104) a second packet on uplink sub-carriers allocated to at least said addressed wireless devices and therefrom determining channel quality indications for said uplink sub-carriers, wherein said uplink sub-carriers are allocated to enable said channel quality indications to be determined over said entire bandwidth for at least each one of said addressed wireless devices by at least one of interpolating and extrapolating channel quality indications for at least two uplink sub-carriers, and wherein said uplink sub-carriers for each one of said wireless devices are determined to be frequency interleaved.
Tubular separator for separating a condensate from a gas, wherein the separator comprises a main tube having folds formed in the shape of a bellows and an axial inner wall extending in an axial direction which forms a part of the main tube for leading the gas, characterized by a flow channel for the condensate with a plurality of openings leading to the folds, wherein the inner wall separates the flow channel from the main tube , wherein the flow channel comprises an outer wall for leading the condensate in the axial direction of the flow channel , wherein in that at least a part of the inner radial surface of the folds is arranged at a greater radial distance than the outer radial surface of the inner wall in the radial direction , forming thereby the plurality of openings from the main tube to the flow channel .
A battery parameter setting apparatus for setting a battery parameter of an equivalent circuit model, comprising: a battery information obtaining unit configured to obtain battery information including voltage, current, temperature and State Of Charge, SOC, of a battery according to time; a segment unit configured to distinguish the battery information obtained by the battery information obtaining unit into a plurality of segments and classify the plurality of distinguished segments; and a processor configured to select a target temperature section among a plurality of preset temperature sections, select at least one target segment corresponding to the target temperature section among the plurality of classified segments, calculate a reference predicted value for the target segment based on a reference parameter preset to correspond to the target segment and battery information of the target segment, generate a candidate parameter based on the reference parameter and a plurality of factors arbitrarily selected within a preset range, calculate a candidate predicted value for the target segment based on the candidate parameter and the battery information of the target segment, and set the battery parameter as the reference parameter or the candidate parameter according to a result of comparing the calculated reference predicted value with the calculated candidate predicted value. a battery information obtaining unit configured to obtain battery information including voltage, current, temperature and State Of Charge, SOC, of a battery according to time; a segment unit configured to distinguish the battery information obtained by the battery information obtaining unit into a plurality of segments and classify the plurality of distinguished segments; and a processor configured to select a target temperature section among a plurality of preset temperature sections, select at least one target segment corresponding to the target temperature section among the plurality of classified segments, calculate a reference predicted value for the target segment based on a reference parameter preset to correspond to the target segment and battery information of the target segment, generate a candidate parameter based on the reference parameter and a plurality of factors arbitrarily selected within a preset range, calculate a candidate predicted value for the target segment based on the candidate parameter and the battery information of the target segment, and set the battery parameter as the reference parameter or the candidate parameter according to a result of comparing the calculated reference predicted value with the calculated candidate predicted value.