mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: at least one processor; and at least one memory including computer program code, the at least one memory and the computer program code configured to train a machine-learning error estimation model, with the at least one processor, cause the apparatus to: generate an output quality error estimate using the machine-learning error estimation model to compare a first output meeting a predetermined quality threshold, the first output being based on a first image reconstructed from a plurality standard power classed images, with a second output, the second output being based on a second image reconstructed from aplurality of low power classed images, and provide the output quality error estimate for use in estimating if a second subsequent image is required, in addition to a first subsequent image to obtain a cumulative output having an output quality error meeting a predetermined error threshold. at least one processor; and at least one memory including computer program code, the at least one memory and the computer program code configured to train a machine-learning error estimation model, with the at least one processor, cause the apparatus to: generate an output quality error estimate using the machine-learning error estimation model to compare a first output meeting a predetermined quality threshold, the first output being based on a first image reconstructed from a plurality standard power classed images, with a second output, the second output being based on a second image reconstructed from aplurality of low power classed images, and provide the output quality error estimate for use in estimating if a second subsequent image is required, in addition to a first subsequent image to obtain a cumulative output having an output quality error meeting a predetermined error threshold. generate an output quality error estimate using the machine-learning error estimation model to compare a first output meeting a predetermined quality threshold, the first output being based on a first image reconstructed from a plurality standard power classed images, with a second output, the second output being based on a second image reconstructed from aplurality of low power classed images, and provide the output quality error estimate for use in estimating if a second subsequent image is required, in addition to a first subsequent image to obtain a cumulative output having an output quality error meeting a predetermined error threshold.
A method for reducing the power consumption of a user terminal in a communication network, said method being performed in a data communication emulating unit located in the user terminal or in a proxy device of the communication network and comprising the steps of: monitoring communication between an application unit in the user terminal and a proxy unit in the proxy device, said communication employing requests and responses based on a data communication protocol, the method being characterised by further comprising: determining a communication pattern of the monitored communication, evaluating if the communication is efficient or not based on the communication pattern, and changing communication strategy if the communication pattern is found to be inefficient through performing the further steps of disrupting communication between the application unit and the proxy unit using the data communication protocol and instead ensuring that communication between the proxy unit and application unit is performed based on a signalling protocol. monitoring communication between an application unit in the user terminal and a proxy unit in the proxy device, said communication employing requests and responses based on a data communication protocol, the method being characterised by further comprising: determining a communication pattern of the monitored communication, evaluating if the communication is efficient or not based on the communication pattern, and changing communication strategy if the communication pattern is found to be inefficient through performing the further steps of disrupting communication between the application unit and the proxy unit using the data communication protocol and instead ensuring that communication between the proxy unit and application unit is performed based on a signalling protocol. determining a communication pattern of the monitored communication, evaluating if the communication is efficient or not based on the communication pattern, and changing communication strategy if the communication pattern is found to be inefficient through performing the further steps of disrupting communication between the application unit and the proxy unit using the data communication protocol and instead ensuring that communication between the proxy unit and application unit is performed based on a signalling protocol.
Steam hairdressing apparatus to style hair comprising: - a first and a second jaw (2, 3) arranged facing one another, a first treatment surface borne by the first jaw and a second treatment surface borne by the second jaw, the surfaces (4,5) being intended to grasp a lock of hair, - a reservoir of liquid, - the means of vaporisation of the liquid in fluid communication with the reservoir, - means of distribution (7") of the steam in communication with the means of vaporisation comprising one or more distribution orifices of the steam in the direction of a lock of hair, the means of vaporisation comprising a first vaporisation chamber forming a unique volume, a second vaporisation chamber equipped with baffles, said chambers (71, 72) being in fluid communication, characterised in that the first vaporisation chamber has a water inlet in the form of a pipe in the vaporisation chamber for the water supply, said pipe being made of material comprising or coated with PTFE. - a first and a second jaw (2, 3) arranged facing one another, a first treatment surface borne by the first jaw and a second treatment surface borne by the second jaw, the surfaces (4,5) being intended to grasp a lock of hair, - a reservoir of liquid, - the means of vaporisation of the liquid in fluid communication with the reservoir, - means of distribution (7") of the steam in communication with the means of vaporisation comprising one or more distribution orifices of the steam in the direction of a lock of hair, the means of vaporisation comprising a first vaporisation chamber forming a unique volume, a second vaporisation chamber equipped with baffles, said chambers (71, 72) being in fluid communication, characterised in that the first vaporisation chamber has a water inlet in the form of a pipe in the vaporisation chamber for the water supply, said pipe being made of material comprising or coated with PTFE.
A body, in particular for a rail vehicle, comprising - a roof with an edge (3, 4, 5, 6), - a wall element (20, 21, 46), comprising a wall region (22, 23, 47) and a limb (24, 25, 48) pointing from the wall region in the direction of the roof, wherein the limb (24, 25, 48) of the wall element is arranged above the roof and overlaps with the edge (3, 4, 6) of the roof or a portion of the edge, characterised in that the body comprises a supporting structure (32, 33, 40, 41), wherein the roof is glued to the supporting structure (32, 33, 40, 41). - a roof with an edge (3, 4, 5, 6), - a wall element (20, 21, 46), comprising a wall region (22, 23, 47) and a limb (24, 25, 48) pointing from the wall region in the direction of the roof,
A method of determining a DC offset in an IQ modulator, wherein the IQ modulator comprises a first and second input which are respectively a quadrature and an in-phase input, the method characterized by comprising: selecting a first and a second voltage for the first input to an IQ modulator; for each of the first and second voltages: applying a set of input signals to the second input of the IQ modulator and generating a respective set of measured parameters which include carrier power from an output of the IQ modulator; generating a first, second-order polynomial function from the set of measured parameters related to the first voltage of the first input of the IQ modulator; generating a second, second-order polynomial function from the set of measured parameters related to the second voltage of the first input of the IQ modulator; comparing factors such as a power level of the first and second functions to determine a relationship of the first and second functions to one another; and determining the DC offset from the determined relationship of the functions. selecting a first and a second voltage for the first input to an IQ modulator; for each of the first and second voltages: applying a set of input signals to the second input of the IQ modulator and generating a respective set of measured parameters which include carrier power from an output of the IQ modulator; generating a first, second-order polynomial function from the set of measured parameters related to the first voltage of the first input of the IQ modulator; generating a second, second-order polynomial function from the set of measured parameters related to the second voltage of the first input of the IQ modulator; comparing factors such as a power level of the first and second functions to determine a relationship of the first and second functions to one another; and determining the DC offset from the determined relationship of the functions. applying a set of input signals to the second input of the IQ modulator and generating a respective set of measured parameters which include carrier power from an output of the IQ modulator; generating a first, second-order polynomial function from the set of measured parameters related to the first voltage of the first input of the IQ modulator; generating a second, second-order polynomial function from the set of measured parameters related to the second voltage of the first input of the IQ modulator; comparing factors such as a power level of the first and second functions to determine a relationship of the first and second functions to one another; and determining the DC offset from the determined relationship of the functions.
Method of storing and retrieving information comprising the step of using as storing element doped rare earth orthosilicates, said doped rare earth orthosilicates being selected from Lu 2 SiO 5, Y 2 SiO 5 and Lu 2-x Y x SiO 5, having as main rare earth dopant Ce or Tb or their combination and containing at least a secondary rare earth dopant selected from Pr, Nd, Sm, Eu, Gd, Dy, Ho, Er, Tm Yb, characterized in that said doped rare earth orthosilicates: show a trap density comprised between 10 15 and 10 20 traps/cm 3, have said main rare earth dopant with a concentration comprised between 700 ppm and 5000 ppm, the overall concentration of the secondary rare earth dopant or dopants is lower than the concentration of the main rare earth dopant and is comprised between 100 and 5000 ppm. show a trap density comprised between 10 15 and 10 20 traps/cm 3, have said main rare earth dopant with a concentration comprised between 700 ppm and 5000 ppm, the overall concentration of the secondary rare earth dopant or dopants is lower than the concentration of the main rare earth dopant and is comprised between 100 and 5000 ppm.
A sluice gate with a frame and a gate batten suspended in the frame, wherein the frame exhibits two supporting columns (3, 4) extending substantially vertically, at which the gate batten is mounted mobile in the longitudinal direction of the supporting columns (3, 4), whereas driving means engaging into the gate batten are provided at the supporting columns (3, 4) for moving said gate batten in the longitudinal direction of the supporting columns (3, 4), characterised in that the supporting columns (3, 4) can be moved in horizontal direction.
A vaccine/agonist combination comprising: (i) as vaccine an RNA vaccine comprising at least one mRNA comprising at least one open reading frame coding for at least one tumour antigen and (ii) as agonist a composition comprising an OX40 agonist, wherein the OX40 agonist is an agonistic antibody directed against OX40. (i) as vaccine an RNA vaccine comprising at least one mRNA comprising at least one open reading frame coding for at least one tumour antigen and (ii) as agonist a composition comprising an OX40 agonist, wherein the OX40 agonist is an agonistic antibody directed against OX40.
A method of wireless communication, comprising: pre-preparing, at a transmitter, while a clear channel assessment, CCA, is pending, a plurality of candidate combined transmission waveforms of cross-carrier control information for one of at least one non-guaranteed transmission carriers and one or more of: control information and data for a guaranteed transmission carrier; receiving, at the transmitter, a transmission status for the at least one non-guaranteed transmission carriers, the transmission status comprising results of the CCA checks; selecting, by the transmitter, a transmission waveform from the plurality of candidate combined transmission waveforms based on the transmission status; and transmitting, by the transmitter, the selected transmission waveform to a receiver. pre-preparing, at a transmitter, while a clear channel assessment, CCA, is pending, a plurality of candidate combined transmission waveforms of cross-carrier control information for one of at least one non-guaranteed transmission carriers and one or more of: control information and data for a guaranteed transmission carrier; receiving, at the transmitter, a transmission status for the at least one non-guaranteed transmission carriers, the transmission status comprising results of the CCA checks; selecting, by the transmitter, a transmission waveform from the plurality of candidate combined transmission waveforms based on the transmission status; and transmitting, by the transmitter, the selected transmission waveform to a receiver.
A mounting head cleaning device which targets a mounting head which is provided with a suction nozzle which sucks a component using negative pressure air which is supplied from a negative pressure air supply device via an air passage, and a nozzle shaft which holds the suction nozzle in a detachable manner and which is held to be capable of being lifted and lowered by a lifting and lowering mechanism and to be capable of being rotated by a rotation mechanism, and cleans the air passage which is formed in an inner portion of the mounting head, the mounting head cleaning device comprising: a cleaning fluid supply device which supplies a cleaning fluid which is formed of positive pressure air or an oil mist to the air passage; and a control device which controls operations of the lifting and lowering mechanism and operations of the rotation mechanism such that the nozzle shaft is lifted and lowered and the nozzle shaft rotates around an axial line in synchronization with a lifting and lowering operation of the nozzle shaft in a cleaning process which uses the cleaning fluid supply device. a cleaning fluid supply device which supplies a cleaning fluid which is formed of positive pressure air or an oil mist to the air passage; and a control device which controls operations of the lifting and lowering mechanism and operations of the rotation mechanism such that the nozzle shaft is lifted and lowered and the nozzle shaft rotates around an axial line in synchronization with a lifting and lowering operation of the nozzle shaft in a cleaning process which uses the cleaning fluid supply device.
Electrochemical energy store with an anode, which is electrically connected to an anode space in which an anode material with a first fill level is arranged, and a cathode, which is electrically connected to a cathode space in which a cathode material with a second fill level is arranged, wherein at least one of the two materials of anode material and cathode material changes its fill level (EF, ZF) during charging or discharging of the electrochemical energy store, and an ion-conducting separator, which separates the anode space from the cathode space, wherein, in the normal operation of the electrochemical energy store, the ion-conducting separator is provided with a top region and a base region characterized in that, in the top region of the ion-conducting separator, a conductivity section is provided which, in the normal operation of the electrochemical energy store, has a higher electronic conductivity than an electronically-insulating insulation section in the base region, wherein at least one state of charge of the electrochemical energy store exists in which the anode material in the anode space is bonded with the conductivity section, and a current bridge for the constitution of a leakage current between the anode material and the cathode material can be generated.
A method for adjusting a height of a circular slitter blade which slits a corrugated board web traveling continuously along a traveling direction (b) of the corrugated board web while the corrugated board web being interposed between a receiving roll and a circular slitter blade, comprising the steps of: rotating the slitter blade and the receiving roll such that an outer circumferential surface of the slitter blade and the receiving roll move in the same direction as the traveling direction of the corrugated board web, the slitter blade having a center (O 1) that is located on a downstream side of a center (O 2) of the receiving roll in the traveling direction (b) of the corrugated board web; emitting a light beam (1, f) in a width direction of the corrugated board web to pass through a contact point of the outer circumferential surface of the receiving roll with the corrugated board web; determining a height of the slitter blade at which the circular outer edge of the slitter blade intercepts the light beam (1, f) while moving the slitter blade toward the receiving roll; and setting the height of the slitter blade to the determined height as a slitting position. rotating the slitter blade and the receiving roll such that an outer circumferential surface of the slitter blade and the receiving roll move in the same direction as the traveling direction of the corrugated board web, the slitter blade having a center (O 1) that is located on a downstream side of a center (O 2) of the receiving roll in the traveling direction (b) of the corrugated board web; emitting a light beam (1, f) in a width direction of the corrugated board web to pass through a contact point of the outer circumferential surface of the receiving roll with the corrugated board web; determining a height of the slitter blade at which the circular outer edge of the slitter blade intercepts the light beam (1, f) while moving the slitter blade toward the receiving roll; and setting the height of the slitter blade to the determined height as a slitting position.
A plastic container comprising: • a sidewall defining a chamber and having a first end and a second end and an opening at the first end into the chamber; and • a base extending from the sidewall and closing the second end, the base having: ∘ an outer perimeter portion defining a support structure, ∘ an axially inwardly extending perimeter wall spaced radially inwardly from the support structure forming an angle with a horizontal line of greater than 80°, ∘ a centrally disposed push-up section in the shape of an axially inwardly extending truncated cone and ∘ a toroidal-shaped channel (126, 127) circumscribing said push-up and connecting the perimeter wall to the push-up, characterised in that the toroidal-shaped channel has a surface that is asymmetrical about a central axis of the container when the container is under positive pressure conditions. • a sidewall defining a chamber and having a first end and a second end and an opening at the first end into the chamber; and • a base extending from the sidewall and closing the second end, the base having: ∘ an outer perimeter portion defining a support structure, ∘ an axially inwardly extending perimeter wall spaced radially inwardly from the support structure forming an angle with a horizontal line of greater than 80°, ∘ a centrally disposed push-up section in the shape of an axially inwardly extending truncated cone and ∘ a toroidal-shaped channel (126, 127) circumscribing said push-up and connecting the perimeter wall to the push-up, characterised in that the toroidal-shaped channel has a surface that is asymmetrical about a central axis of the container when the container is under positive pressure conditions. ∘ an outer perimeter portion defining a support structure, ∘ an axially inwardly extending perimeter wall spaced radially inwardly from the support structure forming an angle with a horizontal line of greater than 80°, ∘ a centrally disposed push-up section in the shape of an axially inwardly extending truncated cone and ∘ a toroidal-shaped channel (126, 127) circumscribing said push-up and connecting the perimeter wall to the push-up, characterised in that the toroidal-shaped channel has a surface that is asymmetrical about a central axis of the container when the container is under positive pressure conditions.
A filtering face-piece respirator that comprises: (a) a mask body that comprises a major portion that contains one or more layers of filter media and that has first and second flanges (30a, 30b) located on opposing sides of the major portion, the first and second flanges (30a, 30b) being capable of folding inwardly towards the major portion; and (b) a harness characterized in that said harness comprises first and second straps (26, 27) that each have first and second ends (29a, 29b), the first and second ends (29a, 29b) being secured to the first and second flanges (30a, 30b), respectively, such that there are two ends (29a, 29b) secured to each flange (30a, 30b) in a spaced apart relationship so that the first strap has a first segment that follows a path above a wearer's ear and the second strap has a second segment that follows a path below a wearer's ear when the respirator is being donned, wherein at least the second strap is placed in tension when the respirator is donned, and wherein such tension causes the first and second flanges (30a, 30b) to be folded downwardly into contact with the major portion. (a) a mask body that comprises a major portion that contains one or more layers of filter media and that has first and second flanges (30a, 30b) located on opposing sides of the major portion, the first and second flanges (30a, 30b) being capable of folding inwardly towards the major portion; and (b) a harness characterized in that said harness comprises first and second straps (26, 27) that each have first and second ends (29a, 29b), the first and second ends (29a, 29b) being secured to the first and second flanges (30a, 30b), respectively, such that there are two ends (29a, 29b) secured to each flange (30a, 30b) in a spaced apart relationship so that the first strap has a first segment that follows a path above a wearer's ear and the second strap has a second segment that follows a path below a wearer's ear when the respirator is being donned, wherein at least the second strap is placed in tension when the respirator is donned, and wherein such tension causes the first and second flanges (30a, 30b) to be folded downwardly into contact with the major portion.