mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method of controlling an alert signal (S A) responsive to differences between spectral CT image data and predicted spectral CT image data, the computer-implemented method comprising: obtaining non-spectral CT image data and spectral CT image data, each representing a same region of interest of a subject; and processing the non-spectral CT image data, using a machine-learning algorithm, to produce predicted spectral CT image data, the predicted spectral CT image data being a prediction of the spectral CT image data derived from the non-spectral CT image data; the method being characterized by processing the spectral CT image data and the predicted spectral CT image data to identify any differences between the spectral CT image data and the predicted spectral CT image data; and controlling an alert signal responsive to any identified differences. obtaining non-spectral CT image data and spectral CT image data, each representing a same region of interest of a subject; and processing the non-spectral CT image data, using a machine-learning algorithm, to produce predicted spectral CT image data, the predicted spectral CT image data being a prediction of the spectral CT image data derived from the non-spectral CT image data; the method being characterized by processing the spectral CT image data and the predicted spectral CT image data to identify any differences between the spectral CT image data and the predicted spectral CT image data; and controlling an alert signal responsive to any identified differences.
Method for determining and providing a database, which relates to a predetermined environment and contains environmental data relating to at least the dynamic objects of the environment, wherein the environmental data is determined by sensors on at least one motor vehicle (9, 10, 11, 15) characterised in that, the database is maintained in the predetermined environment by a motor vehicle (9, 10, 11, 15) acting as a server, which acts as a central data warehouse and is designed to communicate with other motor vehicles (9, 10, 11, 15), wherein, on receipt of a request message, the motor vehicle (9, 10, 11, 15) acting as a server transmits at least some of the environmental data in the database to the requesting motor vehicle (9, 10, 11, 15) and, to update the database, on the one hand, transmits a query message for transmitting at least the environmental data relating to the dynamic objects to other motor vehicles (9, 10, 11, 15) and, on the other hand, by means of its own sensors, captures at least the environmental data relating to the dynamic objects, wherein the database is updated using the environmental data transmitted and captured..
High-voltage battery for a motor vehicle, having at least one storage element for electrical energy, at least one control unit operated at a lower voltage than the high voltage, and a modular unit comprising at least one switching device and/or at least one fuse as electrical components, wherein the modular unit is attached in a pre-determined position on a housing, externally to said housing that holds the storage element and the control unit, in such a way that when the modular unit is fitted onto the housing at least two high-voltage contacts of the modular unit, which are connected to at least one of the electrical components of the modular unit, are connected in an electrically conducting manner to assigned high-voltage contacts on the housing side, and at least one contact arrangement of the modular unit comprising at least one current supply contact and/or at least one control line contact are connected in an electrically conducting manner to an assigned contact arrangement connected to the control unit on the housing side, characterised in that the modular unit is attached onto the housing by way of fastening means provided as screws, such that the interfaces formed by the contact arrangements (16, 21) and by the high-voltage contacts (14, 19) are contacted when the modular unit is secured by the screws onto the housing.
A server for generating and sharing virtual reality, VR, boundary maps, comprising: a communication interface to establish a communication session with a virtual reality, VR, system to receive room identification information; a memory to store a plurality of VR boundary maps for a plurality of different rooms; a processor communicatively coupled to the communication interface and the memory, the processor to compare the room identification information to the plurality of different rooms stored in the memory to identify a room of the plurality of different rooms, identify a VR boundary map from the plurality of VR boundary maps associated with the room, and transmit the VR boundary map to the VR system via the communication session, further comprising an occupancy tracking component to track a number of active VR systems in the room, wherein the room is associated with different VR boundary maps associated with different numbers of VR systems. a communication interface to establish a communication session with a virtual reality, VR, system to receive room identification information; a memory to store a plurality of VR boundary maps for a plurality of different rooms; a processor communicatively coupled to the communication interface and the memory, the processor to compare the room identification information to the plurality of different rooms stored in the memory to identify a room of the plurality of different rooms, identify a VR boundary map from the plurality of VR boundary maps associated with the room, and transmit the VR boundary map to the VR system via the communication session, further comprising an occupancy tracking component to track a number of active VR systems in the room, wherein the room is associated with different VR boundary maps associated with different numbers of VR systems.
A prepreg composition comprising: a plurality of fibers, and a thermoset composition, comprising: an epoxy resin of formula: and a diamine curing agent. a plurality of fibers, and a thermoset composition, comprising: an epoxy resin of formula: and
Pasteurizer comprising a main pipe system for transporting a liquid product to be processed, said pipe system comprising, in succession, a liquid inlet, a heating section, a thermostatic holding section, a cooling section and a liquid outlet; a heating pipe system for transporting a heating fluid for delivering heat to the liquid product in the heating section; and a cooling pipe system for transporting a cooling fluid for removing heat from the liquid product in the cooling section; characterized in that said heating section includes a shell-and-tube heat exchanger, comprising a single tube through which the liquid product can flow and an outer shell through which the heating fluid can flow, the tube-side flow and the shell-side flow being in counter-flow configuration; said thermostatic holding section includes a tubular structure comprising a single tube through which the liquid product can flow, and an outer shell in which the tube of the thermostatic holding section is placed, a thermal insulation material being placed around the shell; and said cooling section includes a shell-and-tube heat exchanger, comprising a single tube through which the liquid product can flow, and an outer shell through which the cooling fluid can flow, the tube-side flow and the shell-side flow being in counter-flow configuration, wherein the heat exchanger of the heating section, the tubular structure of the thermostatic holding section and the heat exchanger of the cooling section are constructively identical elements.
A control device for an electric motor that controls an operation of the electric motor by outputting PWM signals to switching elements (4a, 4b, 5a, 5b, 6a, 6b) included in an inverter, the inverter being capable of converting an input direct-current voltage into an alternating-current voltage having an arbitrary frequency and an arbitrary voltage, the control device for the electric motor comprising: a voltage-command generating unit configured to generate, as voltage commands, a superimposed wave signal obtained by superimposing, on a sine wave having an output frequency of the inverter as a fundamental frequency, a third harmonic of the sine wave; and a PWM-signal generating unit configured to generate the PWM signals by comparing amplitude of the voltage commands output by the voltage-command generating unit and amplitude of a predetermined carrier signal, characterized in that an asynchronous carrier signal is input to the PWM-signal generating unit, wherein the asynchronous carrier signal is a carrier signal having a frequency determined regardless of the output frequency of the inverter, and the PWM-signal generating unit generates PWM signals each including a plurality of pulses in a half cycle of an inverter output voltage and outputs the PWM signal in all control regions of the electric motor. a voltage-command generating unit configured to generate, as voltage commands, a superimposed wave signal obtained by superimposing, on a sine wave having an output frequency of the inverter as a fundamental frequency, a third harmonic of the sine wave; and a PWM-signal generating unit configured to generate the PWM signals by comparing amplitude of the voltage commands output by the voltage-command generating unit and amplitude of a predetermined carrier signal, characterized in that an asynchronous carrier signal is input to the PWM-signal generating unit, wherein the asynchronous carrier signal is a carrier signal having a frequency determined regardless of the output frequency of the inverter, and the PWM-signal generating unit generates PWM signals each including a plurality of pulses in a half cycle of an inverter output voltage and outputs the PWM signal in all control regions of the electric motor.
Method for switching on a heating load (LOAD), wherein the heating load (LOAD) can be controlled by means of forward-phase control, wherein the forward-phase control at a particular instant is characterized by a phase control angle (φ1,..., φn), comprising the steps: • switching on the heating load (LOAD) by means of a specifiable initial phase control angle (φINIT) which results in a first effective current (I EFF); • determining the subsequent phase control angles (φ1,..., φn) taking into account the ascertained first effective current (I EFF) and a definable switch-on current curve (I Start), wherein the definable switch-on current curve (I Start) does not exceed a characteristic curve (FUSE max) of a protective device (FUSE), wherein the phase control angles (φ1,..., φn) that follow the initial phase control angle (φINIT) are calculated and/or determined from the ascertained effective current (I EFF), wherein the effective current (I EFF) converges successively on the switch-on current (I Start) with each of the further phase control angles (φ1,..., φn). • switching on the heating load (LOAD) by means of a specifiable initial phase control angle (φINIT) which results in a first effective current (I EFF); • determining the subsequent phase control angles (φ1,..., φn) taking into account the ascertained first effective current (I EFF) and a definable switch-on current curve (I Start), wherein the definable switch-on current curve (I Start) does not exceed a characteristic curve (FUSE max) of a protective device (FUSE), wherein the phase control angles (φ1,..., φn) that follow the initial phase control angle (φINIT) are calculated and/or determined from the ascertained effective current (I EFF), wherein the effective current (I EFF) converges successively on the switch-on current (I Start) with each of the further phase control angles (φ1,..., φn).
A display device, comprising: a display panel; sound generating actuators (200, 200') including at least one first sound generating actuator in a first area of the display panel and at least one second sound generating actuator in a second area of the display panel, the first and second sound generating actuators (200, 200') being configured to vibrate the display panel to generate sound; a partition between the first sound generating actuator and the second sound generating actuator; and a support portion configured to support a rear portion of the display panel characterized in that the first and/or second sound generating actuator (200, 200') is inserted into a support hole provided in the support portion to be fixed to the support portion. a display panel; sound generating actuators (200, 200') including at least one first sound generating actuator in a first area of the display panel and at least one second sound generating actuator in a second area of the display panel, the first and second sound generating actuators (200, 200') being configured to vibrate the display panel to generate sound; a partition between the first sound generating actuator and the second sound generating actuator; and a support portion configured to support a rear portion of the display panel characterized in that the first and/or second sound generating actuator (200, 200') is inserted into a support hole provided in the support portion to be fixed to the support portion.
An in vitro method for discriminating between live and dead microbes in a sample, comprising discriminating between transcriptionally-active and inert microbial nucleic acid sequences in the sample, wherein the method comprises the steps of: (a) sequencing a first and a second set of RNAs extracted from the sample, wherein the first set of RNAs is obtained by culturing the sample in presence of an RNA-labelling agent and further by submitting the extracted RNAs to conditions allowing for nucleotide substitution; and the second set of RNAs is obtained by culturing the sample in absence of an RNA-labelling agent; thereby obtaining a first and a second set of sequence reads; (b) comparing the number and/or rate of substituted nucleotides in the sequence reads mapping against at least one microbial nucleic acid sequence hit in the first and in the second set of sequence reads; and (c) concluding that the at least one microbial nucleic acid sequence hit belongs to a live microbe if the number and/or rate of substituted nucleotides in the sequence reads mapping against said at least one microbial nucleic acid sequence hit in the first set of sequence reads is greater than the number and/or rate of nucleotides randomly substituted in the second set of sequence reads. (a) sequencing a first and a second set of RNAs extracted from the sample, wherein the first set of RNAs is obtained by culturing the sample in presence of an RNA-labelling agent and further by submitting the extracted RNAs to conditions allowing for nucleotide substitution; and the second set of RNAs is obtained by culturing the sample in absence of an RNA-labelling agent; thereby obtaining a first and a second set of sequence reads; (b) comparing the number and/or rate of substituted nucleotides in the sequence reads mapping against at least one microbial nucleic acid sequence hit in the first and in the second set of sequence reads; and (c) concluding that the at least one microbial nucleic acid sequence hit belongs to a live microbe if the number and/or rate of substituted nucleotides in the sequence reads mapping against said at least one microbial nucleic acid sequence hit in the first set of sequence reads is greater than the number and/or rate of nucleotides randomly substituted in the second set of sequence reads.
A blade for a marine propeller, the blade including - an attachment portion on a pressure face (20,22) of the blade arranged to receive an adjustment means, whereby engagement of an adjustment means with the attachment portion alters the hydrodynamic properties of the blade, and - an adjustment means, wherein the attachment portion is arranged to receive at least one of a selection of adjustment means of varying heights, each of the selection of adjustment means comprising a strip received by the attachment portion, the selected strip extending along at least a portion of the pressure face (20,22) of the blade, the selected strip having a protruding portion of selected height (H T) which extends, in use, from the pressure face (20,22) of the blade and which selectively alters the hydrodynamic properties of the blade characterized in that the selected strip is mounted spaced from the trailing edge of the blade. - an attachment portion on a pressure face (20,22) of the blade arranged to receive an adjustment means, whereby engagement of an adjustment means with the attachment portion alters the hydrodynamic properties of the blade, and - an adjustment means, wherein the attachment portion is arranged to receive at least one of a selection of adjustment means of varying heights, each of the selection of adjustment means comprising a strip received by the attachment portion, the selected strip extending along at least a portion of the pressure face (20,22) of the blade, the selected strip having a protruding portion of selected height (H T) which extends, in use, from the pressure face (20,22) of the blade and which selectively alters the hydrodynamic properties of the blade characterized in that the selected strip is mounted spaced from the trailing edge of the blade.
A method for transmitting an uplink signal by a user equipment in a wireless communication system, the method comprising: receiving, from a base station, an uplink grant scheduling the uplink signal, wherein the uplink grant comprises information on a listen-before-talk, LBT, type and information related to an uplink signal transmission period, wherein the LBT type is indicated as one of a plurality of predetermined LBT types by the information on the LBT type; performing LBT with the LBT type; and based on the LBT, transmitting the uplink signal to the base station during the uplink signal transmission period; wherein the plurality of the predetermined LBT types comprises: a first LBT type related to performing LBT based on random back-off, and a second LBT type related to performing LBT based on a clear channel assessment, CCA, result value after CCA is performed for a predetermined time, wherein the information on the LBT type comprises at least one bit, wherein the at least one bit with a first value is mapped to the first LBT type, and wherein the at least one bit with a second value is mapped to the second LBT type. receiving, from a base station, an uplink grant scheduling the uplink signal, wherein the uplink grant comprises information on a listen-before-talk, LBT, type and information related to an uplink signal transmission period, wherein the LBT type is indicated as one of a plurality of predetermined LBT types by the information on the LBT type; performing LBT with the LBT type; and based on the LBT, transmitting the uplink signal to the base station during the uplink signal transmission period; wherein the plurality of the predetermined LBT types comprises: a first LBT type related to performing LBT based on random back-off, and a second LBT type related to performing LBT based on a clear channel assessment, CCA, result value after CCA is performed for a predetermined time, a first LBT type related to performing LBT based on random back-off, and a second LBT type related to performing LBT based on a clear channel assessment, CCA, result value after CCA is performed for a predetermined time, wherein the information on the LBT type comprises at least one bit, wherein the at least one bit with a first value is mapped to the first LBT type, and wherein the at least one bit with a second value is mapped to the second LBT type.
A mobile floor cleaning machine having an integrated floor cleaning tool, comprising an accessory retainer for cleaning accessories, which has at least one accommodating part (54, 56), which is fastened to the floor cleaning machine, and at least one retaining part (58, 60), which can be connected to the accommodating part, for retaining the cleaning accessories, characterised in that the at least one accommodating part (54, 56) is of elongate construction, and in that in the condition in which it is connected relative to the at least one accommodating part (54, 56), the at least one retaining part (58, 60) is movable in relation to the at least one accommodating part (54, 56) and/or that a plurality of retaining parts (58, 60) are connectable to the at least one accommodating part (54, 56).
Disengaging system for actuating a clutch, wherein the disengaging system is formed in the manner of a CSC (concentric slave cylinder) and has at least one piston which is displaceable in a housing along a longitudinal axis and whose end pointing in the direction of a pressure chamber imparts a sealing action with respect to the pressure chamber by way of a piston seal (4.2) and which acts, at the region situated opposite the piston seal (4.2), on an engagement bearing, wherein a sheet-metal part provided in the CSC has a contour which does not have any sharp edges that impede the installation of the piston seal (4.2), and wherein the sheet-metal part has, in the direction of the pressure chamber, a first end (8.1) with a diameter smaller than its second end (8.2) pointing in the direction of the engagement bearing, characterized in that the sheet-metal part is, for functional reasons, fastened by way of its first end (8.1) to the housing in the region of a pressure chamber and is formed in the manner of a spring-retaining plate for a spring which is arranged in the CSC and which serves for supporting a drag torque and/or a preload.
A method of making a crosslinked membrane, comprising: (a) preparing a polyimide polymer comprising carboxylic acid functional groups from a reaction solution comprising monomers and at least one solvent; (b) treating the polyimide polymer with a diol at esterification conditions in the presence of dehydrating conditions to form a monoesterified polyimide polymer; and (c) subjecting the monoesterified polyimide polymer to transesterification conditions to form a crosslinked membrane, wherein the dehydrating conditions at least partially remove water produced during step (b), and the concentration of water in a solution comprising the polyimide polymer and the diol in step (b) is maintained at between 0 weight % and 0.08 weight %, wherein between 0 mg and 2.5 mg of acid catalyst are added to the monoesterification reaction solution per gram of the polyimide polymer. (a) preparing a polyimide polymer comprising carboxylic acid functional groups from a reaction solution comprising monomers and at least one solvent; (b) treating the polyimide polymer with a diol at esterification conditions in the presence of dehydrating conditions to form a monoesterified polyimide polymer; and (c) subjecting the monoesterified polyimide polymer to transesterification conditions to form a crosslinked membrane,
Pre-packaged charge of edible powder material, comprising a container body made of vegetable fiber pulp from seasonal crops such as sugar cane, rice, cotton, hemp, bamboo or the like, characterised in that the vegetable fiber pulp has a lignin content less than 5%.
A system for purifying mother liquid steam of polytetrafluoroethylene dispersion liquid, used for purifying the mother liquid steam generated by a concentration kettle, and the system comprising: a concentration kettle, a defoaming pot, a gas-liquid separator and a falling film absorption tower, wherein a steam exit of the concentration kettle is connected to an entrance of the defoaming pot, an exit of the defoaming pot is connected to a feeding port of the gas-liquid separator, a gas exit of the gas-liquid separator is connected to the falling film absorption tower, and a liquid exit of the gas-liquid separator is connected to the concentration kettle.