mhurhangee/ep-ind-claims huggingface dataset:
A clinical decision support system for estimating drug-related treatment optimization concerning inflammatory diseases and designed to output a probability of a flare connected to the application and/or a dosage of a predefined medication, the clinical decision support system comprising: - a computing unit designed to host a plurality of prediction models, the computing unit comprising an input interface designed for receiving input data and an output interface designed to output results, - a plurality of different trained prediction models, wherein each model is trained to predict the probability of treatment outcomes for a number of different drug-related treatment options and for a specific patient-group based on input data, and wherein a number of the different prediction models is trained to determine a risk of flares for different drug tapering scenarios, - a selection unit designed for automatically selecting one of these prediction models depending on the input data according to a predefined selection scheme, wherein the clinical decision support system is designed to produce output results by processing the input data with the selected prediction model, and wherein the selection unit is designed to search the input data for predefined data types and/or for values of pre-defined data types and to determine whether a predefined data type is present in the input data and/or to compare a value with a predefined threshold and/or to decide if the value fits a pre-defined requirement. - a computing unit designed to host a plurality of prediction models, the computing unit comprising an input interface designed for receiving input data and an output interface designed to output results, - a plurality of different trained prediction models, wherein each model is trained to predict the probability of treatment outcomes for a number of different drug-related treatment options and for a specific patient-group based on input data, and wherein a number of the different prediction models is trained to determine a risk of flares for different drug tapering scenarios, - a selection unit designed for automatically selecting one of these prediction models depending on the input data according to a predefined selection scheme, wherein the clinical decision support system is designed to produce output results by processing the input data with the selected prediction model, and wherein the selection unit is designed to search the input data for predefined data types and/or for values of pre-defined data types and to determine whether a predefined data type is present in the input data and/or to compare a value with a predefined threshold and/or to decide if the value fits a pre-defined requirement.
A polymer composition characterized in that the polymer composition contains: • 0.01 - 0.1 wt% carbon black; • 0.1 - 0.6 wt% nigrosine; • 15 - 25 wt% flame retardant system; and wherein the polymer composition contains polybutylene terephthalate and wherein wt% is with respect to the total weight of the polymer composition. • 0.01 - 0.1 wt% carbon black; • 0.1 - 0.6 wt% nigrosine; • 15 - 25 wt% flame retardant system;
A method for applying digital pre-distortion in a transmitter, the method comprising: applying digital pre-distortion to a baseband transmit signal to obtain a pre-distorted signal; amplifying the pre-distorted signal using a power amplifier to obtain a transmit signal; adjusting one of a respective feedback switch in the one or more receivers to provide the transmit signal to the one or more receivers to obtain a feedback signal; and adjusting the feedback switch to discontinue providing the transmit signal to the one or more receivers; adjusting the digital pre-distortion applied to the baseband transmit signal according to the feedback signal; characterized in that the method further comprises: tuning a frequency of a voltage controlled oscillator in the one or more receivers to a transmit frequency when the feedback switch is adjusted to provide the transmit signal to the one or more receivers; and tuning the frequency of the voltage controlled oscillator in the one or more receivers to a diversity receive frequency when the feedback switch is adjusted to discontinue providing the transmit signal to the one or more receivers. applying digital pre-distortion to a baseband transmit signal to obtain a pre-distorted signal; amplifying the pre-distorted signal using a power amplifier to obtain a transmit signal; adjusting one of a respective feedback switch in the one or more receivers to provide the transmit signal to the one or more receivers to obtain a feedback signal; and adjusting the feedback switch to discontinue providing the transmit signal to the one or more receivers; adjusting the digital pre-distortion applied to the baseband transmit signal according to the feedback signal; characterized in that the method further comprises: tuning a frequency of a voltage controlled oscillator in the one or more receivers to a transmit frequency when the feedback switch is adjusted to provide the transmit signal to the one or more receivers; and tuning the frequency of the voltage controlled oscillator in the one or more receivers to a diversity receive frequency when the feedback switch is adjusted to discontinue providing the transmit signal to the one or more receivers. tuning a frequency of a voltage controlled oscillator in the one or more receivers to a transmit frequency when the feedback switch is adjusted to provide the transmit signal to the one or more receivers; and tuning the frequency of the voltage controlled oscillator in the one or more receivers to a diversity receive frequency when the feedback switch is adjusted to discontinue providing the transmit signal to the one or more receivers.
A load exchanger frame intended to be lifted up and locked onto a load exchanger vehicle, comprising: - a first locking device, which has an active state for enabling locking of the load exchanger frame to the load exchanger vehicle by means of the first locking device, and an inactive state, in which locking by means of the first locking device is prevented, - a second locking device, which has an active state for enabling locking of the load exchanger frame to the load exchanger vehicle by means of the second locking device, and an inactive state, in which locking by means of the second locking device is prevented, characterized in that it further comprises: - a regulator (21, 37), which is switchable between a first state and a second state, - a linking device (22, 23, 36), which links the regulator (21, 37) with both the first locking device and the second locking device, so that a switch of the regulator (21, 37) between the first and the second state, or vice versa, causes a switch of the state of the first and the second locking device (9, 14), wherein, when the regulator (21, 37) is in the first state, the first locking device is in its active state and the second locking device in its inactive state, and when the regulator (21, 37) is in its second state, the first locking device is in its inactive state and the second locking device in its active state. - a first locking device, which has an active state for enabling locking of the load exchanger frame to the load exchanger vehicle by means of the first locking device, and an inactive state, in which locking by means of the first locking device is prevented, - a second locking device, which has an active state for enabling locking of the load exchanger frame to the load exchanger vehicle by means of the second locking device, and an inactive state, in which locking by means of the second locking device is prevented, characterized in that it further comprises: - a regulator (21, 37), which is switchable between a first state and a second state, - a linking device (22, 23, 36), which links the regulator (21, 37) with both the first locking device and the second locking device, so that a switch of the regulator (21, 37) between the first and the second state, or vice versa, causes a switch of the state of the first and the second locking device (9, 14), - a regulator (21, 37), which is switchable between a first state and a second state, - a linking device (22, 23, 36), which links the regulator (21, 37) with both the first locking device and the second locking device, so that a switch of the regulator (21, 37) between the first and the second state, or vice versa, causes a switch of the state of the first and the second locking device (9, 14),
A display, comprising: a plurality of light emitting diodes (LEDs); a thin film transistor substrate formed over the LEDs to control emission of light from the plurality of LEDs; a liquid crystal layer formed over the TFT substrate; a color filter substrate formed over the liquid crystal layer to control a color of the light emitted from the plurality of LEDs; and a controller communicatively coupled to the plurality of LEDs to group subsets of LEDs of the plurality of LEDs into a plurality of local dimming zones, wherein the subsets of LEDs in each one of the plurality of local dimming zones are rolled over time; wherein the groups of LEDs are controlled by the controller to provide levels of brightness for each dimming zone of the display, based on content that is shown in a respective dimming zone; and wherein the dimming zones are rolled after an expiration of a pre-defined time period. a plurality of light emitting diodes (LEDs); a thin film transistor substrate formed over the LEDs to control emission of light from the plurality of LEDs; a liquid crystal layer formed over the TFT substrate; a color filter substrate formed over the liquid crystal layer to control a color of the light emitted from the plurality of LEDs; and a controller communicatively coupled to the plurality of LEDs to group subsets of LEDs of the plurality of LEDs into a plurality of local dimming zones, wherein the subsets of LEDs in each one of the plurality of local dimming zones are rolled over time; wherein the groups of LEDs are controlled by the controller to provide levels of brightness for each dimming zone of the display, based on content that is shown in a respective dimming zone; and wherein the dimming zones are rolled after an expiration of a pre-defined time period.
A process for producing a single-stranded therapeutic oligonucleotide product having at least one modified nucleotide residue, wherein the modification is selected from the group consisting of modification at the 2' position of the sugar moiety, modification of the nucleobase, and modification of the backbone, and wherein the product is 20-30 nucleotides long, comprising: a) providing a pool of oligonucleotides that comprises segments of the product sequence, wherein at least one segment of the product sequence contains at least one modified nucleotide residue, wherein the modification is selected from the group consisting of modification at the 2' position of the sugar moiety, modification of the nucleobase, and modification of the backbone, and wherein each segment has been produced by enzymatic synthesis; b) providing a template oligonucleotide complementary to the sequence of the single-stranded oligonucleotide product, said template having a property that allows it to be separated from the product and recycled for use in future reactions; c) contacting and in conditions to allow annealing of the segment oligonucleotides to the template oligonucleotide; d) joining the segment oligonucleotides by using a ligase to form the product; e) changing the conditions to denature the annealed template and any impurity oligonucleotide strands, and separating the impurities; f) changing the conditions to denature the annealed template and product oligonucleotide strands, and separating the single-stranded oligonucleotide product; and g) recycling the template oligonucleotide for use in future reactions. a) providing a pool of oligonucleotides that comprises segments of the product sequence, wherein at least one segment of the product sequence contains at least one modified nucleotide residue, wherein the modification is selected from the group consisting of modification at the 2' position of the sugar moiety, modification of the nucleobase, and modification of the backbone, and wherein each segment has been produced by enzymatic synthesis; b) providing a template oligonucleotide complementary to the sequence of the single-stranded oligonucleotide product, said template having a property that allows it to be separated from the product and recycled for use in future reactions; c) contacting and in conditions to allow annealing of the segment oligonucleotides to the template oligonucleotide; d) joining the segment oligonucleotides by using a ligase to form the product; e) changing the conditions to denature the annealed template and any impurity oligonucleotide strands, and separating the impurities; f) changing the conditions to denature the annealed template and product oligonucleotide strands, and separating the single-stranded oligonucleotide product; and g) recycling the template oligonucleotide for use in future reactions.
A method for the assessment of at least one chemical or physical property of a fluid or powder sample comprising establishing modulation means, said modulation means comprising an interferometer and at least an optical component, the optical component being configured for being moved such that movement of the optical component defines an optical path difference of the interferometer, wherein the optical path difference is less than 2,000 μm, the optical component being moved using a solid-state actuator, interferometer modulating light emitted from the sample, having interacted with the sample and/or being emitted to the sample, said light containing spectral information, detecting modulated light in the NIR and/or the IR spectral region, and correlating obtained information about modulated light to at least one chemical or physical property, wherein said information about modulated light is an interferogram with interference data, wherein the correlating step is performed by applying a model, like a multivariate calibration method, directly to the interference data. establishing modulation means, said modulation means comprising an interferometer and at least an optical component, the optical component being configured for being moved such that movement of the optical component defines an optical path difference of the interferometer, wherein the optical path difference is less than 2,000 μm, the optical component being moved using a solid-state actuator, interferometer modulating light emitted from the sample, having interacted with the sample and/or being emitted to the sample, said light containing spectral information, detecting modulated light in the NIR and/or the IR spectral region, and correlating obtained information about modulated light to at least one chemical or physical property, wherein said information about modulated light is an interferogram with interference data, wherein the correlating step is performed by applying a model, like a multivariate calibration method, directly to the interference data.
Engine bleed air system of an aircraft, comprising: a heat exchanger comprising a: rectangular core with a rectangular outlet section, cylindrical outlet duct, and transition area between the rectangular outlet section of the rectangular core and the cylindrical outlet duct, and at least a downstream system in fluid communication with the heat exchanger, wherein the engine bleed air system further comprises flow deflecting means located at least in the cylindrical outlet duct, the flow deflecting means comprising at least two blades, such that the outlet flow characteristics homogeneity are improved and a particular flow deflection and distribution of said outlet flow is achieved, avoiding the damage of the at least one downstream system, wherein at least one of the blades forms an angle of attack with a direction X-X' or direction of the outlet flow, the engine bleed air system being characterized in that the blades are adjustable, varying its angle of attack. a heat exchanger comprising a: rectangular core with a rectangular outlet section, cylindrical outlet duct, and transition area between the rectangular outlet section of the rectangular core and the cylindrical outlet duct, and rectangular core with a rectangular outlet section, cylindrical outlet duct, and transition area between the rectangular outlet section of the rectangular core and the cylindrical outlet duct, and at least a downstream system in fluid communication with the heat exchanger, wherein the engine bleed air system further comprises flow deflecting means located at least in the cylindrical outlet duct, the flow deflecting means comprising at least two blades, such that the outlet flow characteristics homogeneity are improved and a particular flow deflection and distribution of said outlet flow is achieved, avoiding the damage of the at least one downstream system, wherein at least one of the blades forms an angle of attack with a direction X-X' or direction of the outlet flow,
A method of providing access to a shared memory region of a multiprocessor computing device having a first processing core and a second processing core, the method comprising: requesting, by a first process in the first processing core, address negotiation with a second process in the second processing core, wherein the first and second processing cores are heterogeneous; obtaining a first address map of the first process in the first processing core; sending the first address map to the second processing core; receiving a common virtual address in the first processing core in response to sending the first address map; storing the common virtual address as a first attribute of the shared memory region inside a first operating system kernel of the first processing core; and mapping the shared memory region at the common virtual address of the first process, the method further comprising: receiving the first address map in the second processing core; obtaining a second address map of the second process in the second processing core; performing address matching operations in the second processing core to determine whether the first and second address maps include a matching virtual address; storing the matching virtual address as the common virtual address and as a second attribute of the shared memory region of a second operating system kernel of the second processing core; sending the common virtual address to the first processing core; and mapping physical pages of the shared memory region at the common virtual address for the second process in the second processing core. requesting, by a first process in the first processing core, address negotiation with a second process in the second processing core, wherein the first and second processing cores are heterogeneous; obtaining a first address map of the first process in the first processing core; sending the first address map to the second processing core; receiving a common virtual address in the first processing core in response to sending the first address map; storing the common virtual address as a first attribute of the shared memory region inside a first operating system kernel of the first processing core; and mapping the shared memory region at the common virtual address of the first process, receiving the first address map in the second processing core; obtaining a second address map of the second process in the second processing core; performing address matching operations in the second processing core to determine whether the first and second address maps include a matching virtual address; storing the matching virtual address as the common virtual address and as a second attribute of the shared memory region of a second operating system kernel of the second processing core; sending the common virtual address to the first processing core; and mapping physical pages of the shared memory region at the common virtual address for the second process in the second processing core.
An electric system with switched cells comprising: a first unit (C 1); a plurality of second units (C 2, C 3) series-connected with the first unit, each first and second unit comprising: an electric cell (Acc 1, Acc 2, Acc 3) series-connected, by the cathode, with a first switch (S 1, S 2, S 3, S 4), a second switch (B 1, B 2, B 3, B 4) connected in parallel with the cell and the first switch, and a first diode (D 1, D 2, D 3), the anode of the first diode being coupled to the cathode of the cell, the cathodes of the first diodes being connected to an output node, the anode of the cell of the first unit being connected to ground, the anode of the first diode of each second unit being connected to the cell cathode by at least one third switch (T 2,1, T 3,2, T 3,1, I 2, I 3); and a control circuit capable of measuring characteristics of at least certain cells and of controlling the first, second, and third switches according to the characteristics. a first unit (C 1); a plurality of second units (C 2, C 3) series-connected with the first unit, each first and second unit comprising: an electric cell (Acc 1, Acc 2, Acc 3) series-connected, by the cathode, with a first switch (S 1, S 2, S 3, S 4), a second switch (B 1, B 2, B 3, B 4) connected in parallel with the cell and the first switch, and a first diode (D 1, D 2, D 3), the anode of the first diode being coupled to the cathode of the cell, an electric cell (Acc 1, Acc 2, Acc 3) series-connected, by the cathode, with a first switch (S 1, S 2, S 3, S 4), a second switch (B 1, B 2, B 3, B 4) connected in parallel with the cell and the first switch, and a first diode (D 1, D 2, D 3), the anode of the first diode being coupled to the cathode of the cell, the cathodes of the first diodes being connected to an output node, the anode of the cell of the first unit being connected to ground, the anode of the first diode of each second unit being connected to the cell cathode by at least one third switch (T 2,1, T 3,2, T 3,1, I 2, I 3); and a control circuit capable of measuring characteristics of at least certain cells and of controlling the first, second, and third switches according to the characteristics.
An image forming apparatus comprising: (a) an image forming unit which forms an electrostatic latent image onto a charged image holding material, deposits a developing material onto said electrostatic latent image, and forms a visible image; (b) a belt arranged so as to run freely in contact with said image forming unit; (c) a temperature detecting unit which detects a temperature of said belt;. and (d) a control unit which controls an image forming process on the basis of the temperature detected by said temperature detecting unit, wherein the temperature detecting unit is arranged in contact with the belt on the downstream side of the image forming unit in a running direction of the belt; characterised in that the temperature detecting unit is arranged below a heating roller at a position where it is not directly influenced by the heat of the heating roller. (a) an image forming unit which forms an electrostatic latent image onto a charged image holding material, deposits a developing material onto said electrostatic latent image, and forms a visible image; (b) a belt arranged so as to run freely in contact with said image forming unit; (c) a temperature detecting unit which detects a temperature of said belt;. and (d) a control unit which controls an image forming process on the basis of the temperature detected by said temperature detecting unit, wherein the temperature detecting unit is arranged in contact with the belt on the downstream side of the image forming unit in a running direction of the belt; characterised in that the temperature detecting unit is arranged below a heating roller at a position where it is not directly influenced by the heat of the heating roller.