mhurhangee/ep-ind-claims huggingface dataset:
A laundry treatment machine comprising a tub enclosing a drum, in which the laundry is to be placed and an air circulation duct by means of which circulation of the processing air is provided in order for effecting drying of the laundry in the drum, the laundry treatment machine further comprising a condenser for dehumidifying the processing air, the condenser having a main body connectable with a condenser inlet tube, wherein the condenser's main body is fixedly connectable with the condenser inlet tube by means of an inlet tube adaptor means, the condenser's main body comprises at least one screw boss into which a screw is insertable, the inlet tube adaptor means comprises at least one screw retaining means gripping a screw's shaft inserted into the screw boss, the head portion of the screw pressing on the screw retaining means, and the screw retaining means is designed to grip one of two end portions of a screw shaft being inserted into the screw boss, characterized in that the screw retaining means has two retaining arms extending parallel to the surface normal of the inlet tube adaptor means, and the retaining arms retain a screw in position, extending at opposite radial sides of the screw shaft.
A method for automatic process control during continuous generating grinding of pre-toothed workpieces with a generating grinding machine, the generating grinding machine comprising a tool spindle and at least one workpiece spindle, a grinding wheel having a worm-shaped profile with one or more worm threads being clamped onto the tool spindle, the grinding wheel being rotatable about a tool axis, and the workpieces being adapted to be clamped onto the at least one workpiece spindle, wherein the method comprises: machining the workpieces with the generating grinding machine, wherein for the machining the workpieces are clamped onto the at least one workpiece spindle and are successively moved into generating engagement with the grinding wheel; and monitoring at least one measured variable during the machining of the workpieces, wherein a warning indicator for an unacceptable process deviation is determined from the at least one monitored measured variable, characterized in that the warning indicator is a warning indicator for a grinding wheel breakout, and in that the grinding wheel is checked automatically for a grinding wheel breakout if the warning indicator indicates a grinding wheel breakout. the generating grinding machine comprising a tool spindle and at least one workpiece spindle, a grinding wheel having a worm-shaped profile with one or more worm threads being clamped onto the tool spindle, the grinding wheel being rotatable about a tool axis, and the workpieces being adapted to be clamped onto the at least one workpiece spindle, wherein the method comprises: machining the workpieces with the generating grinding machine, wherein for the machining the workpieces are clamped onto the at least one workpiece spindle and are successively moved into generating engagement with the grinding wheel; and monitoring at least one measured variable during the machining of the workpieces, wherein a warning indicator for an unacceptable process deviation is determined from the at least one monitored measured variable, characterized in that the warning indicator is a warning indicator for a grinding wheel breakout, and in that the grinding wheel is checked automatically for a grinding wheel breakout if the warning indicator indicates a grinding wheel breakout. machining the workpieces with the generating grinding machine, wherein for the machining the workpieces are clamped onto the at least one workpiece spindle and are successively moved into generating engagement with the grinding wheel; and monitoring at least one measured variable during the machining of the workpieces, wherein a warning indicator for an unacceptable process deviation is determined from the at least one monitored measured variable, characterized in that the warning indicator is a warning indicator for a grinding wheel breakout, and in that the grinding wheel is checked automatically for a grinding wheel breakout if the warning indicator indicates a grinding wheel breakout.
An austenitic stainless steel with increased workability, comprising, based on % by weight, silicon (Si): 0.1 to 0.65 %, manganese (Mn): 0.2 to 3.0 %, nickel (Ni): 6.5 to 10.0 %, chromium (Cr): 16.5 to 20.0 %, copper (Cu): 6.0 % or less excluding 0, the sum of carbon and nitrogen: 0.08 % or less excluding 0, and the remainder being Fe and unavoidable impurities, wherein the austenitic stainless steel has a work hardening rate of 1500 MPa or less within a true strain range of 0.15 to 0.4, the work hardening rate being tested by subjecting a plate worked into a tensile specimen in accordance with JIS13B and JIS5 standards to a uniaxial tensile test to failure.
Sealed package for food comprising i) a first parchment paper sealing and forming a volume for storage of food ii) a polysaccharide-based composition coated ii.a) on one side of said first parchment paper; or ii.b) on a bio-based binder coating which is coated directly on one side of said first parchment paper, the bio-based binder coating comprising latex, wax, polylactic acid modified polyester, derivatives and/or mixtures thereof, wherein the polysaccharide-based composition comprises hemicellulose, microfibrillar cellulose, nanofibrillar cellulose, or mixtures thereof, wherein the polysaccharide-based composition coating has a thickness ranging from 1 to 20 μm, and wherein the polysaccharide-based composition is coated on the side of the package facing away from the formed volume. i) a first parchment paper sealing and forming a volume for storage of food ii) a polysaccharide-based composition coated ii.a) on one side of said first parchment paper; or ii.b) on a bio-based binder coating which is coated directly on one side of said first parchment paper, the bio-based binder coating comprising latex, wax, polylactic acid modified polyester, derivatives and/or mixtures thereof, ii.a) on one side of said first parchment paper; or ii.b) on a bio-based binder coating which is coated directly on one side of said first parchment paper, the bio-based binder coating comprising latex, wax, polylactic acid modified polyester, derivatives and/or mixtures thereof, wherein the polysaccharide-based composition comprises hemicellulose, microfibrillar cellulose, nanofibrillar cellulose, or mixtures thereof, wherein the polysaccharide-based composition coating has a thickness ranging from 1 to 20 μm, and wherein the polysaccharide-based composition is coated on the side of the package facing away from the formed volume.
An electronic device comprising: a biometric authentication sensor; and a plurality of activation sensors (430, 440, 450, 460) adjacent to, and positioned about a periphery of the biometric authentication sensor, the activation sensors configured to: detect proximity of an object to the biometric authentication sensor and determine whether a threshold number of the activation sensors (430, 440, 450, 460) are covered by the object; and activate the biometric authentication sensor in response to detecting proximity of the object at a predetermined distance from the biometric authentication sensor and to determining that a threshold number of the activation sensors are covered by the object. a biometric authentication sensor; and a plurality of activation sensors (430, 440, 450, 460) adjacent to, and positioned about a periphery of the biometric authentication sensor, the activation sensors configured to: detect proximity of an object to the biometric authentication sensor and determine whether a threshold number of the activation sensors (430, 440, 450, 460) are covered by the object; and activate the biometric authentication sensor in response to detecting proximity of the object at a predetermined distance from the biometric authentication sensor and to determining that a threshold number of the activation sensors are covered by the object. detect proximity of an object to the biometric authentication sensor and determine whether a threshold number of the activation sensors (430, 440, 450, 460) are covered by the object; and activate the biometric authentication sensor in response to detecting proximity of the object at a predetermined distance from the biometric authentication sensor and to determining that a threshold number of the activation sensors are covered by the object.
Apparatus for cooling metallic rolling stock rolled in a roll train, - the apparatus having a plurality of cooling devices, to which water is fed via a respective branch line, and by means of which the water is applied to the rolling stock, - a valve being arranged in each of the branch lines, by means of which valve the water stream flowing through the respective branch line is set, - the valves each being assigned a drive, via which the respective valve is actuated, characterized - in that the cooling devices form a plurality of groups, each of which is proprietarily assigned a dedicated pressure vessel, - in that the respective pressure vessel is connected at a respective connection point to a respective feed line, via which the water is fed to the branch lines of the cooling devices of the corresponding group, with the result that, as viewed in the flow direction of the water, the respective connection point is arranged upstream of the valves of the respective group of cooling devices. - the apparatus having a plurality of cooling devices, to which water is fed via a respective branch line, and by means of which the water is applied to the rolling stock, - a valve being arranged in each of the branch lines, by means of which valve the water stream flowing through the respective branch line is set, - the valves each being assigned a drive, via which the respective valve is actuated, - in that the cooling devices form a plurality of groups, each of which is proprietarily assigned a dedicated pressure vessel, - in that the respective pressure vessel is connected at a respective connection point to a respective feed line, via which the water is fed to the branch lines of the cooling devices of the corresponding group, with the result that, as viewed in the flow direction of the water, the respective connection point is arranged upstream of the valves of the respective group of cooling devices.
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station, configuration information for a first cell within a frequency range 1, FR1, and a second cell within a frequency range 2, FR2, higher than the FR1, wherein a slot length of the first cell is longer than a slot length of the second cell; and identifying whether a second physical uplink control channel, PUCCH, associated with the second cell within the FR2 is configured to transmit uplink control information for the second cell or not, in response to determining that the second PUCCH is configured, transmitting first uplink control information for the first cell on a first PUCCH associated with the first cell and transmitting second uplink control information for the second cell on the second PUCCH; and in response to determining that the second PUCCH is not configured, transmitting the first uplink control information and the second uplink control information on the first PUCCH. receiving, from a base station, configuration information for a first cell within a frequency range 1, FR1, and a second cell within a frequency range 2, FR2, higher than the FR1, wherein a slot length of the first cell is longer than a slot length of the second cell; and identifying whether a second physical uplink control channel, PUCCH, associated with the second cell within the FR2 is configured to transmit uplink control information for the second cell or not, in response to determining that the second PUCCH is configured, transmitting first uplink control information for the first cell on a first PUCCH associated with the first cell and transmitting second uplink control information for the second cell on the second PUCCH; and in response to determining that the second PUCCH is not configured, transmitting the first uplink control information and the second uplink control information on the first PUCCH.
A system comprising: a surface including a laboratory instrument thereon; a rotating element coupled to the surface to allow the surface to rotate between a first position and a second position, wherein the first position is such that a front of the laboratory instrument faces an automated system and the second position is such that the front of the laboratory instrument faces away from the automated system, wherein the front of the laboratory instrument includes most of a user interface of the laboratory instrument; a sensor to detect a position of the surface; a member for locking the surface in a holding position; and a device for sending a signal indicating a position of the surface from the sensor to the automated system including a robotic arm for accessing the instrument when the surface is in the first position. a surface including a laboratory instrument thereon; a rotating element coupled to the surface to allow the surface to rotate between a first position and a second position, wherein the first position is such that a front of the laboratory instrument faces an automated system and the second position is such that the front of the laboratory instrument faces away from the automated system, wherein the front of the laboratory instrument includes most of a user interface of the laboratory instrument; a sensor to detect a position of the surface; a member for locking the surface in a holding position; and a device for sending a signal indicating a position of the surface from the sensor to the automated system including a robotic arm for accessing the instrument when the surface is in the first position.
Stator for an electric machine, the stator having axial grooves in which electrically conductive winding bars are deposited in a joining process step, bar ends of which winding bars protrude from at least one axial end face of the stator, wherein the bar ends are bent, in a bending process step, through a crossing angle (α) into contact positions in which the bar ends can be electrically interconnected in an interconnecting process step, wherein a bending aid disk having through-openings, through which the bar ends are guided, is provided as a bending aid in the bending process step, and wherein an opening edge of each disk through-opening acts as a bending edge around which the bar end in question can be bent into its contact position in the bending process step, wherein a tool carrier is associated with the stator in the joining process step and in the bending process step, and in that the tool carrier has at least one clamping jaw (29, 41) on each of the axially opposite end faces (11, 15) of the stator, and in that the stator together with its laminated core is clamped between the two clamping jaws (29, 41) with at least partial build-up of the laminated core pre-tensioning force (Fv).
A dental milling machine comprising a tool spindle with an exchangeable tool in the form of a milling cutter which is adjustable in at least one spatial axis, the adjustability comprising translational and/or rotational adjustability, and a workpiece holding device which is adjustable in another spatial axis, and the dental milling machine being designed such that it is convertible from normal operation to capsule operation, wherein the dental milling machine comprises a capsule equipped with a completely moisture-proof collar which, while being converted, forms a cavity which is completely closed to all sides and which surrounds a working area of the dental milling machine In a moisture-proof manner in the manner of a rubber bellows, the collar comprises two terminals and is made of an elastic material, and that the terminals are displaceable in relation to each other without the cavity becoming leaky, and the collar comprising a purge terminal for wet operation of the dental milling machine In the region where the collar is connected to the tool spindle.
A compound of formula I: or a deuterated compound or a pharmaceutically acceptable salt thereof for use in preventing or treating a disease mediated by lung epithelial cell injury in a subject, wherein R 1 is selected from H, -CN, fluoro, chloro, C 1-10 alkyl, fluoro or chloro substituted C 1-10 alkyl, C 1-10 alkoxy, fluoro or chloro substituted C 1-10 alkoxy, and C 3-10 cycloalkyl, wherein the disease mediated by lung epithelial cell injury is selected from one or more of acute lung injury, acute respiratory distress syndrome, pulmonary fibrosis, chronic lung disease in premature infants, chronic obstructive pulmonary disease, and pneumocystis disease. or a deuterated compound or a pharmaceutically acceptable salt thereof for use in preventing or treating a disease mediated by lung epithelial cell injury in a subject, wherein R 1 is selected from H, -CN, fluoro, chloro, C 1-10 alkyl, fluoro or chloro substituted C 1-10 alkyl, C 1-10 alkoxy, fluoro or chloro substituted C 1-10 alkoxy, and C 3-10 cycloalkyl, wherein the disease mediated by lung epithelial cell injury is selected from one or more of acute lung injury, acute respiratory distress syndrome, pulmonary fibrosis, chronic lung disease in premature infants, chronic obstructive pulmonary disease, and pneumocystis disease.
A hybrid vehicle comprising: a driving unit powered by electric power, mounted in a motor room of the vehicle, and having an output shaft oriented in a vehicle width direction to output driving force for driving the vehicle; a power-generating unit arranged adjacent to one side of the driving unit, spaced away from the same in a vehicle front-rear direction, and generating electric power for driving the driving unit; a vehicle body member separately supporting the driving unit and power-generating unit in the motor room in such a manner to isolate vibration and allow pivotal motion of the units (4, 1); and a mount bracket extending over the power-generating unit in the vehicle front-rear direction, a first end of the mount bracket being connected to the driving unit, a second end of the same being supported on a front or rear side of the vehicle body member in such a manner to isolate vibration and allow pivotal motion, characterised in that the mount bracket has a weakened part that induces a buckling distortion with respect to an external input acting in the vehicle front-rear direction. a driving unit powered by electric power, mounted in a motor room of the vehicle, and having an output shaft oriented in a vehicle width direction to output driving force for driving the vehicle; a power-generating unit arranged adjacent to one side of the driving unit, spaced away from the same in a vehicle front-rear direction, and generating electric power for driving the driving unit; a vehicle body member separately supporting the driving unit and power-generating unit in the motor room in such a manner to isolate vibration and allow pivotal motion of the units (4, 1); and a mount bracket extending over the power-generating unit in the vehicle front-rear direction, a first end of the mount bracket being connected to the driving unit, a second end of the same being supported on a front or rear side of the vehicle body member in such a manner to isolate vibration and allow pivotal motion, characterised in that the mount bracket has a weakened part that induces a buckling distortion with respect to an external input acting in the vehicle front-rear direction.
A system for monitoring a blood vessel, comprising: a processor; a memory coupled to the processor; a sensing and interpretation module stored in the memory and configured to interpret fiber optic shape sensing data from a fiber optic shape sensing device comprised by the system and insertable in the blood vessel, wherein the fiber optic shape sensing device includes an optical fiber and is configured to provide the fiber optic shape sensing data by measuring with the optical fiber a position of the blood vessel and a blood flow in the blood vessel, wherein the fiber optic shape sensing device is further configured to detect branches of the blood vessel based upon changes to the blood flow; an image generation module stored in the memory and configured to generate an overlay image based on the fiber optic shape sensing data indicating a shape of the blood vessel and locations of the branches of the blood vessel; and a display configured to render the overlay image over a rendering of the blood vessel to provide a guide for visualizing the branches of the blood vessel. a processor; a memory coupled to the processor; a sensing and interpretation module stored in the memory and configured to interpret fiber optic shape sensing data from a fiber optic shape sensing device comprised by the system and insertable in the blood vessel, wherein the fiber optic shape sensing device includes an optical fiber and is configured to provide the fiber optic shape sensing data by measuring with the optical fiber a position of the blood vessel and a blood flow in the blood vessel, wherein the fiber optic shape sensing device is further configured to detect branches of the blood vessel based upon changes to the blood flow; an image generation module stored in the memory and configured to generate an overlay image based on the fiber optic shape sensing data indicating a shape of the blood vessel and locations of the branches of the blood vessel; and a display configured to render the overlay image over a rendering of the blood vessel to provide a guide for visualizing the branches of the blood vessel.
A method of receiving a downlink signal based on a random access procedure by a terminal, the method comprising: transmitting only a physical random access channel, PRACH, preamble through a message A to a base station, without transmitting both the PRACH and a physical uplink shared channel, PUSCH, in the message A; receiving a random access response, RAR, through a message B from the base station, in response to the message A; receiving information on at least one discontinuous reception, DRX, timer for configuration of DRX operation from the base station; and receiving a downlink signal during an on duration based on the at least one DRX timer from the base station, wherein the PRACH preamble is mapped to a PUSCH occasion for the message A, wherein, for the transmission of only the PRACH preamble, a window for detecting the message B starts at least one symbol after a last symbol of the PUSCH occasion corresponding to the PRACH preamble transmission. transmitting only a physical random access channel, PRACH, preamble through a message A to a base station, without transmitting both the PRACH and a physical uplink shared channel, PUSCH, in the message A; receiving a random access response, RAR, through a message B from the base station, in response to the message A; receiving information on at least one discontinuous reception, DRX, timer for configuration of DRX operation from the base station; and receiving a downlink signal during an on duration based on the at least one DRX timer from the base station, wherein the PRACH preamble is mapped to a PUSCH occasion for the message A, wherein, for the transmission of only the PRACH preamble, a window for detecting the message B starts at least one symbol after a last symbol of the PUSCH occasion corresponding to the PRACH preamble transmission.