mhurhangee/ep-ind-claims huggingface dataset:
Frame device for accommodating storage cells of an energy storage module, in particular of a battery module, having - two plate-type closure elements, which constitute two ends (22, 24) of the frame device that are opposite one another along an axis, - connection elements, which are disposed on mutually opposite sides (26, 28) of the frame device and which extend from one end to the other end of the frame device of the frame device and mechanically connect the two closure elements over a distance, characterized in that, for the purpose of connection to the two closure elements, each of the connection elements has, at each of the ends thereof, a pin that is oriented transversely in relation to the axis and that respectively engages in a recess in one of the closure elements and is releasably fixed there by means of a respective catch-type securing element. - two plate-type closure elements, which constitute two ends (22, 24) of the frame device that are opposite one another along an axis, - connection elements, which are disposed on mutually opposite sides (26, 28) of the frame device and which extend from one end to the other end of the frame device of the frame device and mechanically connect the two closure elements over a distance, characterized in that, for the purpose of connection to the two closure elements, each of the connection elements has, at each of the ends thereof, a pin that is oriented transversely in relation to the axis and that respectively engages in a recess in one of the closure elements and is releasably fixed there by means of a respective catch-type securing element.
Method for operating a digital web printing press, comprising: selecting a frequency for actuating a digital printing head at the frequency to output printing ink onto a print web, ascertaining a specified conveying speed (vs) for conveying the print web on the basis of the selected frequency and printing data, controlling a motor driving a first roller and/or a motor driving a second roller on the basis of the specified conveying speed (vs) such that the print web between the first roller and the second roller, in particular directly below the digital printing head, is conveyed at the specified conveying speed (vs), and actuating the digital printing head at the selected frequency and on the basis of the printing data. selecting a frequency for actuating a digital printing head at the frequency to output printing ink onto a print web, ascertaining a specified conveying speed (vs) for conveying the print web on the basis of the selected frequency and printing data, controlling a motor driving a first roller and/or a motor driving a second roller on the basis of the specified conveying speed (vs) such that the print web between the first roller and the second roller, in particular directly below the digital printing head, is conveyed at the specified conveying speed (vs), and actuating the digital printing head at the selected frequency and on the basis of the printing data.
Method for monitoring an air flow in an air flow duct (12, 13) of an extractor hood, in which air flow duct (12, 13) a fan impeller which is driven by a fan motor and at least one air filter are arranged, having the steps: - detection of at least one operating parameter or a change in at least one operating parameter of the fan motor; and - detection of a disruption in the air flow duct (12, 13) if the detected operating parameter or the detected change in the operating parameter exceeds a predefined limit value, characterized in that the operating parameter of the fan motor is a quotient of a torque on the fan impeller and a rotational speed of the fan motor; an extent of the disruption in the air flow duct (12, 13) is also detected; and, if a disruption in the air flow duct (12, 13) is detected, a warning is output which also differentiates between the extent of the detected disruption in the air flow duct (12, 13). - detection of at least one operating parameter or a change in at least one operating parameter of the fan motor; and - detection of a disruption in the air flow duct (12, 13) if the detected operating parameter or the detected change in the operating parameter exceeds a predefined limit value,
Substrate (10, 10.1, 10.2, 10.3) adapted for receiving biological cells (20, 21, 22, 23, 24, 25) in an adherent state, comprising: - a substrate body (11, 11.1) with a carrier surface on which a thermoresponsive polymer material is arranged, and - a plurality of resistance heating elements (41, 44) firmly connected to the substrate body (11, 11.1), wherein - with each resistance heating element (41, 44), the temperature of an associated segment (15, 15.1, 15.2, 15.3, 15.4) of the carrier surface is locally adjustable, and - a temperature distribution over the carrier surface is adjustable with the resistance heating elements (41, 44), characterized by - a plurality of Peltier cooling elements (42, 45) firmly connected to the substrate body (11, 11.1), wherein - with each Peltier cooling element (42, 45), the temperature of an associated segment (15, 15.1, 15.2, 15.3, 15.4) of the carrier surface is locally adjustable, and - the temperature distribution over the carrier surface is adjustable with the Peltier cooling elements (42, 45) in combination with the resistance heating elements (41, 44). - a substrate body (11, 11.1) with a carrier surface on which a thermoresponsive polymer material is arranged, and - a plurality of resistance heating elements (41, 44) firmly connected to the substrate body (11, 11.1), wherein - with each resistance heating element (41, 44), the temperature of an associated segment (15, 15.1, 15.2, 15.3, 15.4) of the carrier surface is locally adjustable, and - a temperature distribution over the carrier surface is adjustable with the resistance heating elements (41, 44), - a plurality of Peltier cooling elements (42, 45) firmly connected to the substrate body (11, 11.1), wherein - with each Peltier cooling element (42, 45), the temperature of an associated segment (15, 15.1, 15.2, 15.3, 15.4) of the carrier surface is locally adjustable, and - the temperature distribution over the carrier surface is adjustable with the Peltier cooling elements (42, 45) in combination with the resistance heating elements (41, 44).
Three-dimensional, micromechanical clockwork component made from a base material containing C or Si or from glass ceramics or glass ceramics containing Al, having a first surface and a second surface which is parallel to this as well as at least one side flank, characterised in that at least in regions starting at least from one surface edge of at least one surface, a chamfer is arranged in the side flank(s), said chamfer having an angle α 1 of 40° to 65°.
Paper drinking straw (17, 23, 29, 49, 62, 69) comprising a paper tube (1, 9, 18, 24, 30, 63, 70,) with a first end (2, 10, 21, 27, 33, 65, 72,) and a second end (3, 11, 22, 28, 34, 67, 75,), Z wherein at least one impregnated region (20, 26, 32, 66, 73) of the paper tube (1, 9, 18, 24, 30, 63, 70, 78) is impregnated with an impregnation agent and at least one region of the paper tube (1, 9, 18, 24, 30, 63, 70, 78) is not impregnated with the impregnation agent, wherein the first end (2, 10, 21, 27, 33, 65, 72) of the paper tube (1, 9, 18, 24, 30, 63, 70) comprises a bevelled tip (19, 25, 31, 52, 64, 71), wherein the second end (3, 11, 22, 28, 34, 67, 75) of the paper tube (18, 24, 30, 63, 70) comprises a straight end, characterised in that a cutting edge (6, 14) of the bevelled tip (19, 25, 31, 37, 52, 64, 71) is impregnated with the impregnation agent.
Method of MR imaging of an object positioned in an examination volume of an MR device, the method comprising: - subjecting the object to an imaging sequence comprising at least one RF excitation pulse and modulated magnetic field gradients, - acquiring MR signals along at least one non-Cartesian k-space trajectory, - reconstructing an MR image from the acquired MR signals, and - detecting one or more mal-sampling artefacts caused by inhomogeneity induced insufficient k-space sampling in the MR image using a deep learning network, in that the reconstructed MR image is de-blurred based on a B 0 map prior to the step of detecting remaining mal-sampling artefacts by the deep learning network and wherein the deep learning network is trained to derive an artefact map from the MR image, which artefact map is a pictorial rendition of only the at least one detected mal-sampling artefact. - subjecting the object to an imaging sequence comprising at least one RF excitation pulse and modulated magnetic field gradients, - acquiring MR signals along at least one non-Cartesian k-space trajectory, - reconstructing an MR image from the acquired MR signals, and - detecting one or more mal-sampling artefacts caused by inhomogeneity induced insufficient k-space sampling in the MR image using a deep learning network, in that the reconstructed MR image is de-blurred based on a B 0 map prior to the step of detecting remaining mal-sampling artefacts by the deep learning network and wherein the deep learning network is trained to derive an artefact map from the MR image, which artefact map is a pictorial rendition of only the at least one detected mal-sampling artefact.
A method of forming a sealed via structure, comprising: (a) providing a semiconductor substrate having a first surface and a second surface opposite the first surface; (b) forming an insulating layer on the first surface of the substrate; (c) etching a via hole through the substrate from the second surface to the insulating layer, the via hole having a first perimeter at the first surface; (d) forming an aperture in the insulating layer, and (e) providing a conductive structure for sealing the via structure. characterized in that the insulating layer is an etch stop layer and in that the aperture has a second perimeter within the first perimeter. (a) providing a semiconductor substrate having a first surface and a second surface opposite the first surface; (b) forming an insulating layer on the first surface of the substrate; (c) etching a via hole through the substrate from the second surface to the insulating layer, the via hole having a first perimeter at the first surface; (d) forming an aperture in the insulating layer, and (e) providing a conductive structure for sealing the via structure.
Motor vehicle transmission assembly comprising: - an electric machine comprising a rotor, which is rotatable about an axis X, and a stator, the rotor being arranged within the stator, separated from the stator by an annular air gap space, - a clutch coaxial with the electric machine comprising a reaction plate, the reaction plate rotating as one with the rotor and placed at an axial distance from the said rotor to form a space between the electric machine and the reaction plate, characterized in that the said assembly is equipped with an anti-dust flange arranged axially in the space between the electric machine and the reaction plate and extending radially until covering the annular air gap space. - an electric machine comprising a rotor, which is rotatable about an axis X, and a stator, the rotor being arranged within the stator, separated from the stator by an annular air gap space, - a clutch coaxial with the electric machine comprising a reaction plate, the reaction plate rotating as one with the rotor and placed at an axial distance from the said rotor to form a space between the electric machine and the reaction plate,
A method of random access channel, RACH, optimization for a mobile device in a wireless communication system, the method comprising: the mobile device receiving a system information message for RACH configuration optimization, from a base station of the wireless communication system; characterized by: the mobile device determining whether to send a RACH measurement report, used for the base station to perform the RACH configuration optimization, to the base station, according to the existence or the contents of a RACH measurement related field in the system information message. the mobile device receiving a system information message for RACH configuration optimization, from a base station of the wireless communication system; characterized by: the mobile device determining whether to send a RACH measurement report, used for the base station to perform the RACH configuration optimization, to the base station, according to the existence or the contents of a RACH measurement related field in the system information message. the mobile device determining whether to send a RACH measurement report, used for the base station to perform the RACH configuration optimization, to the base station, according to the existence or the contents of a RACH measurement related field in the system information message.
A voltage regulator configured to receive a first voltage signal and provide a final voltage signal based, at least in part, on the first voltage signal, the voltage regulator comprising: a flying switched-inductor regulator having a first input terminal configured to receive a first voltage signal, a second input terminal configured to receive a second voltage signal, and an output terminal configured to provide an intermediate voltage signal based, at least in part, on the first voltage signal and the second voltage signal; a step-down switched-capacitor regulator comprising an input terminal, coupled to the output terminal of the flying switched-inductor regulator, an output terminal, and a plurality of capacitors, wherein the step-down switched-capacitor regulator is configured to receive, at the input terminal of the step-down switched-capacitor regulator, the intermediate voltage signal from the output terminal of the flying switched-inductor regulator and provide, to the output terminal of the step-down switched-capacitor regulator, the final voltage signal using a predetermined configuration of the plurality of capacitors; and a level shifting regulator comprising an input terminal, an output terminal, a flying capacitor, and a plurality of switches, wherein the level shifting regulator is configured to receive, at the input terminal of the level shifting regulator, the final voltage signal of the step-down switched-capacitor regulator and to provide, at the output terminal of the level shifting regulator, the second voltage signal that is based on the final voltage signal of the step-down switched-capacitor regulator. a flying switched-inductor regulator having a first input terminal configured to receive a first voltage signal, a second input terminal configured to receive a second voltage signal, and an output terminal configured to provide an intermediate voltage signal based, at least in part, on the first voltage signal and the second voltage signal; a step-down switched-capacitor regulator comprising an input terminal, coupled to the output terminal of the flying switched-inductor regulator, an output terminal, and a plurality of capacitors, wherein the step-down switched-capacitor regulator is configured to receive, at the input terminal of the step-down switched-capacitor regulator, the intermediate voltage signal from the output terminal of the flying switched-inductor regulator and provide, to the output terminal of the step-down switched-capacitor regulator, the final voltage signal using a predetermined configuration of the plurality of capacitors; and a level shifting regulator comprising an input terminal, an output terminal, a flying capacitor, and a plurality of switches, wherein the level shifting regulator is configured to receive, at the input terminal of the level shifting regulator, the final voltage signal of the step-down switched-capacitor regulator and to provide, at the output terminal of the level shifting regulator, the second voltage signal that is based on the final voltage signal of the step-down switched-capacitor regulator.
A turbine stage comprising: a rotor with blades that, in operation, present a pressure difference between a pressure side and a suction side; a turbine ring surrounding the rotor; a plurality of monitoring devices, each comprising an acoustic sensor, for monitoring a turbine rotor; and a calculation unit connected to the acoustic sensors of the plurality of monitoring devices; and characterised in that each of said monitoring devices also comprises a sound waveguide for connecting said acoustic sensor to a sensing point close to said turbine rotor; and in that the monitoring devices are located at different angular positions in the turbine ring, the acoustic sensor being suitable for detecting, as soundwaves, pressure fluctuations due to pressure differences between the suction and pressure sides (20b, 20a) of blades of the rotor as they move past in the proximity of said sensing point, and the calculation unit being configured to indicate an ovalisation of the turbine ring based on signals transmitted by the monitoring devices. a rotor with blades that, in operation, present a pressure difference between a pressure side and a suction side; a turbine ring surrounding the rotor; a plurality of monitoring devices, each comprising an acoustic sensor, for monitoring a turbine rotor; and a calculation unit connected to the acoustic sensors of the plurality of monitoring devices; and characterised in that each of said monitoring devices also comprises a sound waveguide for connecting said acoustic sensor to a sensing point close to said turbine rotor; and in that the monitoring devices are located at different angular positions in the turbine ring, the acoustic sensor being suitable for detecting, as soundwaves, pressure fluctuations due to pressure differences between the suction and pressure sides (20b, 20a) of blades of the rotor as they move past in the proximity of said sensing point, and the calculation unit being configured to indicate an ovalisation of the turbine ring based on signals transmitted by the monitoring devices.
Construction block of substantially parallelepiped shape and comprising an upper face at least able to be associated with the lower face or faces of one or two other similar construction blocks, a lower face at least able to be associated with the upper face or faces of one or two similar construction blocks, at least two vertical openings, the construction block comprising a front face, a rear face and two side faces with a recess revealing two beads at the sides of the two side faces, said construction block is characterized in that: - said construction block is made of expanding foam and sand, said expanding foam is a polyurethane foam; the amount of expanding foam is comprised between 0.5% and 15% by weight in sand, preferably between 2% and 8%, preferably between 3% and 6%, - between the rear face and the front face is an insulating portion extending over the width of the construction block, said insulating portion having a substantially parallelepiped shape and of which the height and the length is identical to the construction block. - said construction block is made of expanding foam and sand, said expanding foam is a polyurethane foam; the amount of expanding foam is comprised between 0.5% and 15% by weight in sand, preferably between 2% and 8%, preferably between 3% and 6%, - between the rear face and the front face is an insulating portion extending over the width of the construction block, said insulating portion having a substantially parallelepiped shape and of which the height and the length is identical to the construction block.
Mixing device, for the mixing or emulsion of fluids, by means of successive transfers between syringes with a certain range of transfer, characterized in that it comprises: - at least one mobile carriage movable in a longitudinal direction and provided with a housing configured to accommodate and hold at least one pair of faced syringes (2, 3), being the syringes (2, 3) connected to each other by a first end of each syringe (2, 3) and alignedly arranged in the longitudinal direction; - at least two fixing elements (8, 9) located one on each side of the mobile carriage and adapted to accommodate and retain a second free end of each syringe (2, 3), wherein at least one fixing element has an adjustable configuration, being the fixing element adapted to accommodate and retain the free end of the corresponding syringe (2, 3) in a movable position along the longitudinal direction and so that the distance between the two fixing elements (8, 9) is variable; - a control unit communicated with a set of sensors (15, 16) and a mechanism (13, 14) for the transmission of a linear displacement to the mobile carriage triggered by a control signal generated by the control unit control; wherein - the set of sensors (15, 16) comprises a calibration sensor, for the automatic calibration of the transfer range by means of detecting the approach of the mobile carriage and transmitting a signal to the control unit to cause a change in the direction of travel of the mobile carriage, and at least one inversion sensor for the inversion of the direction of displacement of the mobile carriage. - at least one mobile carriage movable in a longitudinal direction and provided with a housing configured to accommodate and hold at least one pair of faced syringes (2, 3), being the syringes (2, 3) connected to each other by a first end of each syringe (2, 3) and alignedly arranged in the longitudinal direction; - at least two fixing elements (8, 9) located one on each side of the mobile carriage and adapted to accommodate and retain a second free end of each syringe (2, 3), wherein at least one fixing element has an adjustable configuration, being the fixing element adapted to accommodate and retain the free end of the corresponding syringe (2, 3) in a movable position along the longitudinal direction and so that the distance between the two fixing elements (8, 9) is variable; - a control unit communicated with a set of sensors (15, 16) and a mechanism (13, 14) for the transmission of a linear displacement to the mobile carriage triggered by a control signal generated by the control unit control; wherein - the set of sensors (15, 16) comprises a calibration sensor, for the automatic calibration of the transfer range by means of detecting the approach of the mobile carriage and transmitting a signal to the control unit to cause a change in the direction of travel of the mobile carriage, and at least one inversion sensor for the inversion of the direction of displacement of the mobile carriage.
A method for operating a lens unit in a camera system that includes a main body and a lens unit configured to be detachably mounted on the main body and wirelessly connected to the main body, the method comprising: receiving, from the main body, information on a first movement of the main body; detecting a second movement of the lens unit; and converting image data photographed by the lens unit based on the first movement and the second movement, wherein the lens unit is separated from the main body.