mhurhangee/ep-ind-claims huggingface dataset:
A distraction frame for use with a surgical table, wherein the surgical table comprises a base for positioning on a floor, the distraction frame comprising: a table mount for fixation to the base of the surgical table; at least one horizontal strut mounted to the table mount; at least one vertical strut mounted to the at least one horizontal strut; and at least one distraction mechanism mounted to the at least one vertical strut, wherein the at least one distraction mechanism is configured for connection to a limb of a patient and for applying a distraction force to the limb of the patient; wherein the table mount is configured to transfer to the floor a force moment imposed on the table mount when the at least one distraction mechanism applies a distraction force to a limb of a patient, wherein the table mount comprises at least one outrigger mounted to the table mount, wherein the at least one outrigger extends away from the at least one horizontal strut in the direction of the base of the surgical table, and further wherein the at least one outrigger extends laterally of the base of the surgical table, characterized in that the at least one outrigger comprises at least one bracket for disposition between the base of the surgical table and the floor, and further wherein the at least one outrigger comprises at least one support for contacting the floor. a table mount for fixation to the base of the surgical table; at least one horizontal strut mounted to the table mount; at least one vertical strut mounted to the at least one horizontal strut; and at least one distraction mechanism mounted to the at least one vertical strut, wherein the at least one distraction mechanism is configured for connection to a limb of a patient and for applying a distraction force to the limb of the patient; wherein the table mount is configured to transfer to the floor a force moment imposed on the table mount when the at least one distraction mechanism applies a distraction force to a limb of a patient, wherein the table mount comprises at least one outrigger mounted to the table mount, wherein the at least one outrigger extends away from the at least one horizontal strut in the direction of the base of the surgical table, and further wherein the at least one outrigger extends laterally of the base of the surgical table, characterized in that the at least one outrigger comprises at least one bracket for disposition between the base of the surgical table and the floor, and further wherein the at least one outrigger comprises at least one support for contacting the floor.
Toothbrush comprising a brush body which has a handle part, a neck part and a head part comprising a bristle carrier, wherein the toothbrush is produced in a multi-component injection molding process from a soft material, a hard material and a bristle material that has a Shore D hardness of 10 to 100, and has bristles (16, 18) which comprise a bristle stem, project from the bristle carrier and are injection-molded from the bristle material (62, 62'), wherein a surface layer produced from the bristle material (62, 62') is injection-molded onto the front face of the bristle carrier produced from the hard material, and wherein at least a plurality of injection-molded bristles (16, 18) are integrally formed with the surface layer and protrude therefrom, wherein the diameter of the injection-molded bristles (16, 18) at the bristle carrier end (103") is 0.5 to 1 mm and the diameter at the use end of the bristle stem is 0.05 mm to 0.4 mm, wherein material zones are formed from the soft material on the handle part, and wherein the bristle material and the hard material of the bristle carrier are form-fittingly but not integrally connected, and wherein the soft material and the handle part are integrally connected.
A beamforming controller for a beamforming transmitter device, the beamforming controller comprising a control element configured to: activate a first configuration state of a plurality of configuration states for a control channel, each configuration state indicating a beam direction (301, 302) of the control channel; control a beam switching of the control channel from the first configuration state to a second configuration state based on a beam direction of the control channel according to the first configuration state; characterized by retransmit signaling of the beam switching (401, 402) based on a beam direction of the control channel according to both, the first and the second configuration state if an acknowledgement to the beam switching is null, not received, missing or received in error, wherein the control element is configured to retransmit the signaling of the beam switching based on a beam direction of the control channel according to the first configuration state before, in the case that an acknowledgement to the beam switching that is expected to be received at a time earlier than a predefined time has not been received until the predefined time, retransmitting the signaling of the beam switching based on a beam direction of the control channel according to the second configuration state. activate a first configuration state of a plurality of configuration states for a control channel, each configuration state indicating a beam direction (301, 302) of the control channel; control a beam switching of the control channel from the first configuration state to a second configuration state based on a beam direction of the control channel according to the first configuration state;
An antenna device comprising: - an antenna base portion; - an antenna mount portion which is supported by the antenna base portion and configured to be rotated around an azimuth axis and which supports a main reflector with two struts; - a frame structure group (7, 8, 9) including a plurality of frame structures (7, 8, 9) which are provided in the antenna base portion and the antenna mount portion, with six degrees of freedom restrained, respectively; - a displacement gauge group which is adapted to measure a displacement of the frame structure group (7, 8, 9), characterized by; - a metrology correction portion which is adapted to calculate a pointing error of an antenna based on measured data of the displacement gauge group and calculate a metrology correction amount by removing an error amount arising by the displacement of the frame structure group (7, 8, 9) that mechanically occurs depending on an azimuth angle from the calculated pointing error; and - an instrumental error correction portion which is adapted to output an instrumental error that is a pointing error of the antenna that mechanically occurs depending on the azimuth angle; and - a control circuit which is adapted to control driving of the antenna by correcting a drive command value of the antenna with the metrology correction amount and the instrumental error. - an antenna base portion; - an antenna mount portion which is supported by the antenna base portion and configured to be rotated around an azimuth axis and which supports a main reflector with two struts; - a frame structure group (7, 8, 9) including a plurality of frame structures (7, 8, 9) which are provided in the antenna base portion and the antenna mount portion, with six degrees of freedom restrained, respectively; - a displacement gauge group which is adapted to measure a displacement of the frame structure group (7, 8, 9), characterized by; - a metrology correction portion which is adapted to calculate a pointing error of an antenna based on measured data of the displacement gauge group and calculate a metrology correction amount by removing an error amount arising by the displacement of the frame structure group (7, 8, 9) that mechanically occurs depending on an azimuth angle from the calculated pointing error; and - an instrumental error correction portion which is adapted to output an instrumental error that is a pointing error of the antenna that mechanically occurs depending on the azimuth angle; and - a control circuit which is adapted to control driving of the antenna by correcting a drive command value of the antenna with the metrology correction amount and the instrumental error.
A method of producing a compound represented by the following formula, comprising a step of oxidatively esterifying Compound A represented by the following formula with Compound B selected from an organic nitroxyl radical, an N-hydroxy form thereof, and a salt containing an oxo ammonium cation of them, and an oxidizing agent different from Compound B in the presence of a pyridine having an alkyl substituent, wherein the use amount of Compound B is 0.0001 or more and 0.1 or less in terms of a molar ratio relative to wherein, in the formula, R 1 and R 2 each independently represent a hydrogen atom or a monovalent hydrocarbon group, or R 1 and R 2 are bonded to each other to form a divalent hydrocarbon group for constituting a ring structure; and wherein, in the formula, R 1 and R 2 each independently represent a hydrogen atom or a monovalent hydrocarbon group, or R 1 and R 2 are bonded to each other to form a divalent hydrocarbon group for constituting a ring structure, wherein the pyridine having an alkyl substituent is selected from the group consisting of 2-methylpyridine, 3-methylpyridine, 4-methylpyridine, 2-ethylpyridine, 3-ethylpyridine, 4-ethylpyridine, 2-propylpyridine, 3-propylpyridine, 4-propylpyridine, 3-n-butylpyridine, 4-tert-butylpyridine, 2-amylpyridine, 4-amylpyridine, 2-(3-pentyl)pyridine, 4-(3-pentyl)pyridine, 2,3-lutidine, 2,4-lutidine, 2,5-lutidine, 2,6-lutidine, 3,4-lutidine, 3,5-lutidine, 5-ethyl-2-methylpyridine, 2,6-di-tert-butylpyridine, 2,3,5-collidine, and 2,4,6-collidine.
A pressure bulkhead of an aircraft with a fuselage shell and a pressure bulkhead disposed therein for forming a fuselage-internal pressure region (a), which pressure bulkhead is attached on the edge in the interior of the fuselage shell, wherein the pressure bulkhead has a sandwich construction that comprises a foam core sandwiched between two opposing exterior shells (5a, 5b), the pressure bulkhead has a lenticular cross-section, characterized in that the foam core of the pressure bulkhead comprises a polymethacrylimide material.
Modular unit with a sensor facility for an actuation of a movable part (1, 33), particularly a flap of a motor vehicle with a carrier body at which the sensor facility is assembled with at least one sensor (21, 22, 23) in order to facilitate a detection of an object in at least one detection area (5, 6, 40) adjacently to the motor vehicle such that the actuation of the movable part (1, 33) is activatable via the detection characterized in that the modular unit is configured as a single manageable module such that the modular unit is attachable at the motor vehicle wherein an electric unit connected to the sensor facility is assembled at the carrier body wherein the electric unit is a control unit.
A beverage production machine comprising a housing, a reservoir for holding a liquid, a capsule holder removably insertable in the housing for holding a capsule containing nutritional ingredients, liquid injection assembly provided in the housing for supplying liquid held in the reservoir to a capsule held in the capsule holder; and an optical code reading assembly of the beverage production machine for reading an optically readable code, said capsule holder comprising: a seat for receiving a capsule having a frontal sidewall, guiding means (301, 302) for slidably guiding the capsule holder in a housing of the beverage production machine; said seat comprising a main capsule support section and a smaller bulge capsule support section extending from the main capsule support section and opposite the frontal sidewall; said bulge capsule support section being designed for receiving a bulge section of the capsule dedicated to form the fluid area of the capsule in the machine; wherein the capsule holder is interposed, when inserted in the housing, between the liquid injection assembly and the code reading assembly and, wherein an optical readable code is provided on the frontal sidewall of the seat of the capsule holder at a position which, when viewing the capsule holder from the top, is located opposite the bulge capsule support section. a seat for receiving a capsule having a frontal sidewall, guiding means (301, 302) for slidably guiding the capsule holder in a housing of the beverage production machine; said seat comprising a main capsule support section and a smaller bulge capsule support section extending from the main capsule support section and opposite the frontal sidewall; said bulge capsule support section being designed for receiving a bulge section of the capsule dedicated to form the fluid area of the capsule in the machine; wherein the capsule holder is interposed, when inserted in the housing, between the liquid injection assembly and the code reading assembly and, wherein an optical readable code is provided on the frontal sidewall of the seat of the capsule holder at a position which, when viewing the capsule holder from the top, is located opposite the bulge capsule support section.
Container with a sensor adapter for mounting a sensor arrangement (10, 10"', 10"") for measuring at least one parameter of media contained in a container interior space, wherein the sensor adapter (3, 3', 3", 3"') is arranged at the wall towards the container interior space and has a mounting opening, which is accessible from outside, of a mounting channel (8, 8", 8"'), which is bounded towards to the container interior space, for adaptation of the sensor arrangement (10, 10"', 10""), characterised in that the mounting channel (8, 8", 8"') of the sensor adapter has towards the container interior space at least one boundary surface formed by a membrane (13, 13', 13", 13"', 13"", 14, 14', 14") by way of which the medium or media to be measured can be fed to the sensor arrangement (10, 10"', 10""), wherein the membrane (13, 13', 13", 13"', 13"", 14, 14', 14") has a pore size between 0.1 and 0.4 microns.
A torque motor for a servovalve, said torque motor comprising: an armature; a first pole piece having a first portion (112c, 112e) and a second portion that is selectively moveable relative to the first portion (112c, 112e) such that a size of an air gap (116a, 116c) formed between the second portion and the armature is adjusted in response to the movement of the second portion relative to the first portion (112c, 112e); characterised in that the torque motor further comprises a non-magnetic attachment means configured to attach the second portion to the first portion (112c, 112e), and wherein the attachment means further comprises a hard stop protruding into the air gap (116a,116c) and providing a physical stop to prevent latching of the armature to the second portion. an armature; a first pole piece having a first portion (112c, 112e) and a second portion that is selectively moveable relative to the first portion (112c, 112e) such that a size of an air gap (116a, 116c) formed between the second portion and the armature is adjusted in response to the movement of the second portion relative to the first portion (112c, 112e); characterised in that the torque motor further comprises a non-magnetic attachment means configured to attach the second portion to the first portion (112c, 112e), and wherein the attachment means further comprises a hard stop protruding into the air gap (116a,116c) and providing a physical stop to prevent latching of the armature to the second portion.
A method for power management in a battery powered device, wherein the battery powered device comprises one or more power saving functionalities that are either activated or deactivated on the device, the method comprising: receiving a target battery life, wherein the target battery life is a time interval in which the battery powered device is to be operable without having to initiate a recharging, comparing the target battery life with a retrieved time threshold, wherein the time threshold is an estimate on how long the battery powered device will be operable, upon determining whether the target battery life exceeds the retrieved time threshold, selectively activating at least one power saving functionality from the one or more power saving functionalities, characterized in receiving a target battery life comprises obtaining a calculated average of one or more time intervals between previous recharges of the battery powered device retrieving an estimation of remaining battery power life of the battery powered device, wherein the retrieved time threshold is the retrieved estimation of remaining battery power life, wherein the estimation of remaining battery power life comprises a first estimated battery power life, and the one or more power saving functionalities are selectively activated upon determining whether the target battery life exceeds the first estimated battery power life, wherein the first estimated battery power life is derived by: calculating a first power consumption level of the battery powered device, linearly extrapolating the first power consumption level to a point in time at which the energy in the battery powered device is zero. receiving a target battery life, wherein the target battery life is a time interval in which the battery powered device is to be operable without having to initiate a recharging, comparing the target battery life with a retrieved time threshold, wherein the time threshold is an estimate on how long the battery powered device will be operable, upon determining whether the target battery life exceeds the retrieved time threshold, selectively activating at least one power saving functionality from the one or more power saving functionalities, receiving a target battery life comprises obtaining a calculated average of one or more time intervals between previous recharges of the battery powered device retrieving an estimation of remaining battery power life of the battery powered device, wherein the retrieved time threshold is the retrieved estimation of remaining battery power life, wherein the estimation of remaining battery power life comprises a first estimated battery power life, and the one or more power saving functionalities are selectively activated upon determining whether the target battery life exceeds the first estimated battery power life, calculating a first power consumption level of the battery powered device, linearly extrapolating the first power consumption level to a point in time at which the energy in the battery powered device is zero.
A method implemented in a network component for an in-service software upgrade, ISSU, the method comprising: selecting a forwarding core, FC, from a plurality of FCs that run at a data plane on a printed circuit board of the network component to process and forward a plurality of packets; and resetting the selected FC with a software upgrade, wherein at least one of the other FCs processes and forwards packets when the selected FC is upgraded, characterised in that the method comprises: transmitting a reset command to the selected FC to stop at least one of the following: polling packets from a shared buffer by the selected FC and responding to an input/output, IO, interrupt for the selected FC before the selected FC is being reset; and offloading, using the network component, the packets allocated for the selected FC from the shared buffer to the at least one of the other running FCs for processing and forwarding before the selected FC is being reset, wherein the offloaded packets are queued in a high priority buffer that is accessed by the at least one of the other running FCs for processing and forwarding. selecting a forwarding core, FC, from a plurality of FCs that run at a data plane on a printed circuit board of the network component to process and forward a plurality of packets; and resetting the selected FC with a software upgrade, wherein at least one of the other FCs processes and forwards packets when the selected FC is upgraded, characterised in that the method comprises: transmitting a reset command to the selected FC to stop at least one of the following: polling packets from a shared buffer by the selected FC and responding to an input/output, IO, interrupt for the selected FC before the selected FC is being reset; and offloading, using the network component, the packets allocated for the selected FC from the shared buffer to the at least one of the other running FCs for processing and forwarding before the selected FC is being reset, wherein the offloaded packets are queued in a high priority buffer that is accessed by the at least one of the other running FCs for processing and forwarding. transmitting a reset command to the selected FC to stop at least one of the following: polling packets from a shared buffer by the selected FC and responding to an input/output, IO, interrupt for the selected FC before the selected FC is being reset; and polling packets from a shared buffer by the selected FC and responding to an input/output, IO, interrupt for the selected FC before the selected FC is being reset; and offloading, using the network component, the packets allocated for the selected FC from the shared buffer to the at least one of the other running FCs for processing and forwarding before the selected FC is being reset, wherein the offloaded packets are queued in a high priority buffer that is accessed by the at least one of the other running FCs for processing and forwarding.
A method of preparing a fenfluramine active pharmaceutical ingredient, the method comprising: reacting a 2-(3-(trifluoromethyl)phenyl)acetic acid composition with acetic anhydride and a catalyst to produce a 1-(3-(trifluoromethyl)phenyl)propan-2-one composition; and reductively aminating the 1-(3-(trifluoromethyl)phenyl)propan-2-one composition with ethylamine using a borohydride reducing agent to produce a fenfluramine composition. reacting a 2-(3-(trifluoromethyl)phenyl)acetic acid composition with acetic anhydride and a catalyst to produce a 1-(3-(trifluoromethyl)phenyl)propan-2-one composition; and reductively aminating the 1-(3-(trifluoromethyl)phenyl)propan-2-one composition with ethylamine using a borohydride reducing agent to produce a fenfluramine composition.
A computer-implemented method to provide a user interface, the method comprising: identifying a user journey by analyzing data comprising user interaction data, wherein the user journey includes a sequence of input operations to be performed by a user at a user interface to perform a computer-mediated task; analyzing one or more of: application programming interface definitions of a plurality of software applications or user interface elements of the plurality of software applications to identify a plurality of executable units, wherein each executable unit can be run on a processor to provide a corresponding functionality; based on the user journey and the plurality of executable units, generating an execution block that defines a sequence of two or more of the plurality of executable units and wherein execution of the execution block using a processor completes the computer-mediated task; and providing a user interface that includes the execution block. identifying a user journey by analyzing data comprising user interaction data, wherein the user journey includes a sequence of input operations to be performed by a user at a user interface to perform a computer-mediated task; analyzing one or more of: application programming interface definitions of a plurality of software applications or user interface elements of the plurality of software applications to identify a plurality of executable units, wherein each executable unit can be run on a processor to provide a corresponding functionality; based on the user journey and the plurality of executable units, generating an execution block that defines a sequence of two or more of the plurality of executable units and wherein execution of the execution block using a processor completes the computer-mediated task; and providing a user interface that includes the execution block.