mhurhangee/ep-ind-claims huggingface dataset:
A nanoparticulate form of dithiocarbamate-metal complex and at least one blood protein, wherein at least 50 % of the nanoparticles have the size within the range of 2-200 nm, wherein the said nanoparticulate form of dithiocarbamate-metal complex and at least one blood protein is prepared by combining a first component selected from dithiocarbamate and metal salt with at least one blood protein in an aqueous solvent, and subsequently adding a second component selected from dithiocarbamate and metal salt, wherein if the first component is dithiocarbamate, then the second component is metal salt; and if the first component is metal salt, then the second component is dithiocarbamate; wherein the metal is selected from copper, zinc, silver and gold, and wherein the blood proteins are blood serum proteins selected from the group comprising albumin, transferrin, immunoglobulin, and mixtures comprising these proteins, including whole blood, blood plasma and blood serum. if the first component is dithiocarbamate, then the second component is metal salt; and if the first component is metal salt, then the second component is dithiocarbamate;
Drive device for a vehicle axle, in particular a rear axle, of a two-track vehicle with an electric drive, wherein an electric machine (EM1, EM2) is associated with every vehicle wheel of the vehicle axle, the electric machine shafts (19, 21) of which electric machine can be drivingly connected, by means of a first and a second shifting element (SE1, SE2), to a first and a second flange shaft (11, 13) of the vehicle wheels, and wherein in a first transmission gear, the first and the second shifting element (SE1, SE2) are shifted and the electric machine shafts (19, 21) output directly to the flange shafts (11, 13) of the vehicle wheels via the first and the second shifting elements (SE1, SE2), wherein the vehicle axle has a transverse differential which, on the output side, outputs to the flange shafts (11, 13) of the vehicle wheels and, on the input side, can be drivingly connected to the electric machine shafts (19, 21) by means of a third and a fourth shifting element (SE3, SE4), and that in a second transmission gear, the third and/or the fourth shifting elements (SE3, SE4) are closed and the first and/or second electric machine shafts (19, 21) output to the flange shaft (11, 13) via the third and/or fourth shifting element (SE3, SE4) and the transverse differential, wherein, when the first transmission gear is shifted, a wheel-selective drive takes place, in which a first torque flow (M 1) from the first electric machine is transmitted via the first shifting element to the first flange shaft and independently thereof, i.e. drivingly decoupled therefrom, a second torque flow (M 2) from the second electric machine is transmitted via the second shifting element to the second flange shaft, and, when the first transmission gear is shifted, the third and fourth shifting elements (SE3, SE4) are open, characterised in that, for a redistribution of the drive torques acting on the left and right vehicle wheels that takes place with shifted first transmission gear, the third or fourth shifting element (SE3, SE4) is closed, as a result of which the drive torque generated by the first or second electric machine (EM1, EM2) is allocated into a partial drive torque (M 1a), which is transmitted via the first or second shifting element (SE1, SE2) directly to the first or second flange shaft (11, 13), and into a partial drive torque (M 1b), which is transmitted via the third or fourth shifting element (SE3, SE4) to the transverse differential and is allocated there uniformly onto the left and right vehicle wheels.
A computer-implemented method for predicting or assessing the concentration or the mass of haemoglobin (Hb) or an approximation thereof, respectively, in a body fluid sample of a patient and/or an extracorporeal sample thereof at a later, second point of time, the patient having theoretically or in reality been administered a certain dose of an erythropoesis stimulating agent at an earlier, first point of time, the method comprising the step: - predicting or assessing the haemoglobin mass or concentration at the second point of time starting from or based on the corrected mass or concentration value characterized by the step: - measuring and correcting the measured haemoglobin concentration value or an approximation thereof, respectively, in a body fluid sample of a patient and/or an extracorporeal sample thereof, for an overhydration of the patient in order to get a corrected haemoglobin mass or concentration value. - predicting or assessing the haemoglobin mass or concentration at the second point of time starting from or based on the corrected mass or concentration value - measuring and correcting the measured haemoglobin concentration value or an approximation thereof, respectively, in a body fluid sample of a patient and/or an extracorporeal sample thereof, for an overhydration of the patient in order to get a corrected haemoglobin mass or concentration value.
A stimuli control system for selecting ambient stimuli for a user from a database with selectable ambient stimulus descriptors obtained from multiple other users characterized by user characteristics, wherein an ambient stimulus descriptor defines an ambient stimulus and has an associated user characteristic and an associated stress reduction capability, comprising: - an input for receiving an input user characteristic, - a filter function configured for determining a selection of ambient stimulus descriptors from the database by filtering the ambient stimulus descriptors with respect to the input user characteristic, - a selecting function configured for selecting at least one ambient stimulus descriptor from the determined selection of ambient stimulus descriptors in dependence of the stress reduction capabilities, - an evaluation function for determining the effect on stress level of a user in response to an executed ambient stimuli, and - a feedback function for supplying data containing information about the executed ambient stimuli, the effect on stress level and the input user characteristic to the database, wherein - the stimuli control system is configured for normalizing the effect on the stress level according to the user. - an input for receiving an input user characteristic, - a filter function configured for determining a selection of ambient stimulus descriptors from the database by filtering the ambient stimulus descriptors with respect to the input user characteristic, - a selecting function configured for selecting at least one ambient stimulus descriptor from the determined selection of ambient stimulus descriptors in dependence of the stress reduction capabilities, - an evaluation function for determining the effect on stress level of a user in response to an executed ambient stimuli, and - a feedback function for supplying data containing information about the executed ambient stimuli, the effect on stress level and the input user characteristic to the database, wherein - the stimuli control system is configured for normalizing the effect on the stress level according to the user.
Method for operating a gas turbine power plant; the gas turbine power plant comprising a compressor, a sequential combustor assembly and a turbine arranged downstream the combustor assembly; the sequential combustor assembly comprises a first combustor and a second combustor arranged downstream the first combustor; wherein between the first combustor and the second combustor a mixer or a high pressure turbine is arranged; wherein the second combustor comprises at least one combustion stage (7b, 7c); the method comprising: - operating the gas turbine power plant at partial load; - during the partial load operation, supplying a first fuel flow rate to the first combustor and subsequently igniting or switching off at least one combustion stage (7b, 7c) of the second combustor; - varying the first fuel flow rate when the combustion stage (7b; 7c) of the second combustor is ignited or switched off so as to keep the variation of the power output of the gas turbine power plant comprised in a compensation range; the compensation range being comprised between zero and an upper limit defined by the operative limits of the sequential combustor assembly. - operating the gas turbine power plant at partial load; - during the partial load operation, supplying a first fuel flow rate to the first combustor and subsequently igniting or switching off at least one combustion stage (7b, 7c) of the second combustor; - varying the first fuel flow rate when the combustion stage (7b; 7c) of the second combustor is ignited or switched off so as to keep the variation of the power output of the gas turbine power plant comprised in a compensation range; the compensation range being comprised between zero and an upper limit defined by the operative limits of the sequential combustor assembly.
A method for stopping, by a user equipment, UE, a reception of a multimedia broadcast multicast service, MBMS, data of group communication in a wireless communication system, the method comprising: transmitting, by the UE, an MBMS interest indication message for informing a network about the MBMS services of interest for the group communication, wherein the MBMS interest indication message is transmitted over an X2 interface during a handover, wherein MBMS service level information is added, by the UE, to the MBMS interest indication message in order to help the network to evaluate how many UEs are involved in the group communication at a particular cell, and wherein the evaluation of how many UEs are involved in the group communication is used to turn on/off a specific MBMS session at the particular cell by the network; receiving, by the UE, the MBMS data of group communication from the network; when the UE moves to a cell not serving the group via the MBMS or the UE detects no group communication in a MBMS single frequency network, MBSFN, area, stopping, by the UE, the reception of the MBMS data, and communicating, by the UE, with an application server to resume the group communication via a previously configured unicast bearer, and when the UE moves to a cell serving the group via the MBMS or the UE detects the group communication in the MBSFN area, communicating, by the UE, with the application server to stop the group communication via the previously configured unicast bearer, and starting, by the UE, the reception of the MBMS data. transmitting, by the UE, an MBMS interest indication message for informing a network about the MBMS services of interest for the group communication, wherein the MBMS interest indication message is transmitted over an X2 interface during a handover, wherein MBMS service level information is added, by the UE, to the MBMS interest indication message in order to help the network to evaluate how many UEs are involved in the group communication at a particular cell, and wherein the evaluation of how many UEs are involved in the group communication is used to turn on/off a specific MBMS session at the particular cell by the network; receiving, by the UE, the MBMS data of group communication from the network; when the UE moves to a cell not serving the group via the MBMS or the UE detects no group communication in a MBMS single frequency network, MBSFN, area, stopping, by the UE, the reception of the MBMS data, and communicating, by the UE, with an application server to resume the group communication via a previously configured unicast bearer, and when the UE moves to a cell serving the group via the MBMS or the UE detects the group communication in the MBSFN area, communicating, by the UE, with the application server to stop the group communication via the previously configured unicast bearer, and starting, by the UE, the reception of the MBMS data.
A water current power generation system comprising a water current power generating device capable of rotation relative to its sea or river bed support structure to face the oncoming current flow, in which the device comprises: a mechanical connection between the main body of the water current power generating device and its support structure which allows a degree of freedom about the desired axis of rotation; and a toothless gear interface (8, 9, 10) provided between the device and its support structure arranged for rotation of the device about the desired axis of rotation, wherein the toothless gear interface (8, 9, 10) comprises a toothless pinion gear provided by the main body of the water current power generating device and arranged in use to engage a toothless fixed gear provided by the support structure, characterised in that the toothless pinion gear is moveable from a disengaged position in which the toothless pinion gear is spaced apart from the toothless fixed gear, and an engaged position in which the toothless pinion gear engages the toothless fixed gear. a mechanical connection between the main body of the water current power generating device and its support structure which allows a degree of freedom about the desired axis of rotation; and a toothless gear interface (8, 9, 10) provided between the device and its support structure arranged for rotation of the device about the desired axis of rotation,
A net for a playing area, wherein the net comprises a lower fixed net part and an upper vertically adjustable net part and wherein both the lower and upper net parts have an extension across a playing area and with the ends of the net parts (2, 3) fastened to posts placed at the sides of the playing area, whereby the lower net part is fixedly mounted at a lower part of said posts, characterized in that - the upper net part is folded along a line along its longitudinal direction, so that a fold is formed along said line and so that the upper net part exhibits a downwardly-hanging net portion (8, 9) on each side of the fold, - the ends of the upper net part are fastened to a vertically adjustable upper part of said posts, and that the fold of the upper net part is arranged across the lower net part in its longitudinal direction with a net portion (8, 9) hanging down on each side of the lower net part so that the upper vertically adjustable net part, at least between a lower part of its hanging net portions (8, 9), encloses an upper part of the lower net part. - the upper net part is folded along a line along its longitudinal direction, so that a fold is formed along said line and so that the upper net part exhibits a downwardly-hanging net portion (8, 9) on each side of the fold, - the ends of the upper net part are fastened to a vertically adjustable upper part of said posts, and that the fold of the upper net part is arranged across the lower net part in its longitudinal direction with a net portion (8, 9) hanging down on each side of the lower net part so that the upper vertically adjustable net part, at least between a lower part of its hanging net portions (8, 9), encloses an upper part of the lower net part.
A physiological signal processing system comprising: a physiological sensor that is configured to generate a physiological waveform that includes a cardiovascular signal component and a pulmonary signal component comprising overlapping frequency ranges therein; a variable high pass filter (120, 220a) that is responsive to the physiological waveform and that is configured to high pass filter the physiological waveform in response to a corner frequency that is applied thereto; a heart rate metric extractor (130, 230a) that is coupled to an output of and is responsive to the variable high pass filter (120, 220a) and that is configured to extract a heart rate metric (132, 232a) from the physiological waveform that is high pass filtered; and a corner frequency adjustor (140, 240) that is responsive to the heart rate metric extractor (130, 230a) and that is configured to determine the corner frequency that is applied to the variable high pass filter (120, 220a) from the heart rate metric (132, 232a) that was extracted from the physiological waveform based on the output of the variable high pass filter (120, 220a). a physiological sensor that is configured to generate a physiological waveform that includes a cardiovascular signal component and a pulmonary signal component comprising overlapping frequency ranges therein; a variable high pass filter (120, 220a) that is responsive to the physiological waveform and that is configured to high pass filter the physiological waveform in response to a corner frequency that is applied thereto; a heart rate metric extractor (130, 230a) that is coupled to an output of and is responsive to the variable high pass filter (120, 220a) and that is configured to extract a heart rate metric (132, 232a) from the physiological waveform that is high pass filtered; and a corner frequency adjustor (140, 240) that is responsive to the heart rate metric extractor (130, 230a) and that is configured to determine the corner frequency that is applied to the variable high pass filter (120, 220a) from the heart rate metric (132, 232a) that was extracted from the physiological waveform based on the output of the variable high pass filter (120, 220a).
A roof skylight, comprising - a frame for embedding in a roof structure, in particular a flat roof, and - a moveable leaf embeded in said frame, where the leaf is arranged to be raised orthogonally relative to the frame and held in selected distance from the frame, generally in a position parallel to the frame, - the frame and the leaf have at least three, preferably four, sides forming a closed shape, - at least two scissor mechanisms each one comprises two levers of equal length, connected to each other through articulated joints in their kinematic centres, and each lever comprises one rotary connection with the frame or the leaf on one end and one rotary sliding connection with the leaf or the frame respectively on the other end, said scissor mechanisms are arranged to move the leaf relative to the frame, where said scissor mechanisms are placed individually on the sides of the skylight, for which individually the plane of operation is generally parallel to the adjacent side of the skylight, - at least one driving actuator arranged to move the leaf, where said driving actuator having a rotary connection with the frame and the leaf, characterized in that the skylight comprises a bottom bracket and a top bracket as supporting elements for the rotary and the rotary sliding connections of both levers of each scissor mechanism and the rotary connections of the actuator, where said bottom bracket is fixedly embedded on the inner side of the frame, and the top bracket is fixedly embeded on the inner side of the leaf, for providing a movable connection of the leaf relative to the frame. - a frame for embedding in a roof structure, in particular a flat roof, and - a moveable leaf embeded in said frame, where the leaf is arranged to be raised orthogonally relative to the frame and held in selected distance from the frame, generally in a position parallel to the frame, - the frame and the leaf have at least three, preferably four, sides forming a closed shape, - at least two scissor mechanisms each one comprises two levers of equal length, connected to each other through articulated joints in their kinematic centres, and each lever comprises one rotary connection with the frame or the leaf on one end and one rotary sliding connection with the leaf or the frame respectively on the other end, said scissor mechanisms are arranged to move the leaf relative to the frame, where said scissor mechanisms are placed individually on the sides of the skylight, for which individually the plane of operation is generally parallel to the adjacent side of the skylight, - at least one driving actuator arranged to move the leaf, where said driving actuator having a rotary connection with the frame and the leaf,
A segmented rotor blade for a wind turbine, comprising: a first rotor blade segment comprising a female structural member, the female structural member comprising first bore holes on opposing sides thereof, the first bore holes aligned in a chord-wise direction; a second rotor blade segment comprising a male structural member protruding therefrom, the male structural member comprising a beam-like structure extending longitudinally through the female structural member such that the first and second rotor blade segments (25, 26) are aligned and connected, the beam-like structure of the male structural member comprising second bore holes on opposing sides thereof, the second bore holes aligned with the first bore holes; and, at least one chord-wise extending pin extending through the first and second bore holes (37, 39) so as to join the first and second rotor blade segments (25, 26) together, characterised in that the beam-like structure of the male structural member comprising a height that increases from a blade root of the rotor blade towards the at least one chord-wise extending pin. a first rotor blade segment comprising a female structural member, the female structural member comprising first bore holes on opposing sides thereof, the first bore holes aligned in a chord-wise direction; a second rotor blade segment comprising a male structural member protruding therefrom, the male structural member comprising a beam-like structure extending longitudinally through the female structural member such that the first and second rotor blade segments (25, 26) are aligned and connected, the beam-like structure of the male structural member comprising second bore holes on opposing sides thereof, the second bore holes aligned with the first bore holes; and, at least one chord-wise extending pin extending through the first and second bore holes (37, 39) so as to join the first and second rotor blade segments (25, 26) together, characterised in that the beam-like structure of the male structural member comprising a height that increases from a blade root of the rotor blade towards the at least one chord-wise extending pin.