mhurhangee/ep-ind-claims huggingface dataset:
A pneumatic tire, comprising on a tread surface at least two circumferential main grooves (2, 2a, 2b) extending in a tread circumferential direction, and a rib-like land portion partitioned by the two circumferential main grooves (2, 2a, 2b) extending in the tread circumferential direction, wherein: the rib-like land portion has one or more circumferential sipes extending in the tread circumferential direction; and the rib-like land portion has one or more one-end opening lateral grooves and one or more first one-end opening sipes, the one-end opening lateral grooves extending from one of the two circumferential main grooves (2, 2a, 2b) in a tread widthwise direction until a position connecting to the circumferential sipes, and ending within the rib-like land portion; the first one-end opening sipes extending from the other of the two circumferential main grooves (2, 2a, 2b) in a tread widthwise direction, and ending within the rib-like land portion without connecting to the circumferential sipes; CHARACTERISED IN THAT: the first one-end opening sipes laterally cross a tire equatorial plain. the rib-like land portion has one or more circumferential sipes extending in the tread circumferential direction; and the rib-like land portion has one or more one-end opening lateral grooves and one or more first one-end opening sipes, the one-end opening lateral grooves extending from one of the two circumferential main grooves (2, 2a, 2b) in a tread widthwise direction until a position connecting to the circumferential sipes, and ending within the rib-like land portion; the first one-end opening sipes extending from the other of the two circumferential main grooves (2, 2a, 2b) in a tread widthwise direction, and ending within the rib-like land portion without connecting to the circumferential sipes; CHARACTERISED IN THAT: the first one-end opening sipes laterally cross a tire equatorial plain.
A wind turbine blade body manufacturing method, the method comprising the steps of: providing a mould having an elongated mould surface, placing a movable insert on the mould surface, in a first position, forming, with the insert in the first position, a first blade body having a first length, placing the insert on the mould surface, in a second position, and forming, with the insert in the second position, a second blade body having a second length which is different from the first length, characterized in that a difference, at the first position and at the second position, of the orientation of the insert around a longitudinal axis of the mould surface, is linearly dependent on the distance between the first position and the second position. providing a mould having an elongated mould surface, placing a movable insert on the mould surface, in a first position, forming, with the insert in the first position, a first blade body having a first length, placing the insert on the mould surface, in a second position, and forming, with the insert in the second position, a second blade body having a second length which is different from the first length, characterized in that a difference, at the first position and at the second position, of the orientation of the insert around a longitudinal axis of the mould surface, is linearly dependent on the distance between the first position and the second position.
Method for treating laundry in a laundry treatment appliance comprising a drum for receiving the laundry, wherein the drum has at least one drum wall made of a ferromagnetic material, and comprising at least one electrical coil, arranged so as to be adjacent to the drum, and comprising a process air fan, wherein the method comprises at least the following steps: inducing eddy currents in the at least one drum wall of the drum in order to heat the drum by applying an electrical signal to the at least one electrical coil; effecting a volume flow of process air through the drum by outputting a fan signal to the process air fan; and driving the drum between a speed at which laundry received in the drum rests against the drum wall upon rotational movement of the drum and a laundry-drop speed at which the laundry received in the drum drops from the drum wall upon rotational movement of the drum, by providing a drive signal to the drum, wherein, in the driving step, switching takes place in an alternating manner between the speed at which the laundry rests against the drum wall and the laundry-drop speed, and wherein a ratio of a duration of driving the drum at the speed at which the laundry rests against the drum wall to a duration of driving the drum at the laundry-drop speed is adjusted and/or varied at least depending on a laundry type and/or a load amount of the laundry in the drum. inducing eddy currents in the at least one drum wall of the drum in order to heat the drum by applying an electrical signal to the at least one electrical coil; effecting a volume flow of process air through the drum by outputting a fan signal to the process air fan; and driving the drum between a speed at which laundry received in the drum rests against the drum wall upon rotational movement of the drum and a laundry-drop speed at which the laundry received in the drum drops from the drum wall upon rotational movement of the drum, by providing a drive signal to the drum, wherein, in the driving step, switching takes place in an alternating manner between the speed at which the laundry rests against the drum wall and the laundry-drop speed, and wherein a ratio of a duration of driving the drum at the speed at which the laundry rests against the drum wall to a duration of driving the drum at the laundry-drop speed is adjusted and/or varied at least depending on a laundry type and/or a load amount of the laundry in the drum.
Hanger, in particular clothes hanger, trouser hanger, skirt hanger, transporting hanger and/or display hanger, having a hanger body for receiving an item of clothing which is to be hung up, and having a hanging-up element on an upper side of the hanger body, wherein the hanger body has at least one clamping element (60, 63, 77), by means of which is fastened, on its underside, an information carrier which extends downwards at least essentially in planar fashion and has display surfaces formed on one side, or on either side, for displaying advertising and/or other information, wherein the hanger body, at least in part, has a cross section with a U-shaped profile which is open in the downward direction, wherein the limbs of the U-shaped profile are connected to one another via a plurality of crosspieces (63, 67), and wherein the upper peripheral region of the information carrier has upwardly open clamping slots (64, 66, 76) formed in it, in each case one of the cross pieces (63, 67) being inserted, and clamped, into said clamping slots, wherein the clamping slots (66, 67) each have a recess which is open in the upward direction, characterized in that the base of the recess has formed in it a respective slot with a clear extent which is smaller than the recess, and in that the crosspieces (63, 67) are each inserted, and clamped, into one of the slots, wherein each crosspiece (63, 67) is inserted into the associated slot, with the latter being widened in the process, and wherein the crosspieces (63, 67) have a wall thickness which is larger than the clear extent of the slots.
Use of a lubricant oil composition for lubricating a low-friction sliding material being a diamond-like carbon wherein the lubricant oil composition comprises an organic molybdenum compound which contains at least one nitrogen atom in the molecule and which may optionally contain a sulfur atom, wherein a sulfur content of said organic molybdenum compound is 0.5% by mass or less based on said organic molybdenum compound, the blending amount of the organic molybdenum compound is 0.03 to 0.2% by mass in terms of molybdenum based on a total weight of the composition and a mass ratio (p/q) of a nitrogen content (p) to a molybdenum content (q) in said organic molybdenum compound is 0.05 or more and 1.0 or less. the lubricant oil composition comprises an organic molybdenum compound which contains at least one nitrogen atom in the molecule and which may optionally contain a sulfur atom, wherein a sulfur content of said organic molybdenum compound is 0.5% by mass or less based on said organic molybdenum compound, the blending amount of the organic molybdenum compound is 0.03 to 0.2% by mass in terms of molybdenum based on a total weight of the composition and a mass ratio (p/q) of a nitrogen content (p) to a molybdenum content (q) in said organic molybdenum compound is 0.05 or more and 1.0 or less.
Method for testing a pharmacon or a radiotherapeutic treatment, comprising at least the following steps: - preparation of a bioartificial, primarily vascularised test tissue by means of the following steps: at least partial decellularisation of an autologous, allogenic or xenogenic starting tissue with at least one vessel ramus to give a bioartificial, primarily vascularised, biological tissue matrix with at least one matrix of a vessel ramus and a capillary network, preservation of the functionality of the vessel ramus, perfusion of the tissue matrix with a first nutrient medium via the matrix of the at least one vessel ramus; lining of the vessel ramus and of the capillary network with endothelial cells, stem cells or precursor cells, and population of the tissue matrix with human tumour cells, stem cells, precursor cells or hepatocytes, - delivery of the pharmacon in a second nutrient medium, which is delivered to the at least one vessel ramus, or radiotherapeutic treatment of the test tissue, and - examination of the test tissue. - preparation of a bioartificial, primarily vascularised test tissue by means of the following steps: at least partial decellularisation of an autologous, allogenic or xenogenic starting tissue with at least one vessel ramus to give a bioartificial, primarily vascularised, biological tissue matrix with at least one matrix of a vessel ramus and a capillary network, preservation of the functionality of the vessel ramus, perfusion of the tissue matrix with a first nutrient medium via the matrix of the at least one vessel ramus; lining of the vessel ramus and of the capillary network with endothelial cells, stem cells or precursor cells, and population of the tissue matrix with human tumour cells, stem cells, precursor cells or hepatocytes, - delivery of the pharmacon in a second nutrient medium, which is delivered to the at least one vessel ramus, or radiotherapeutic treatment of the test tissue, and - examination of the test tissue.
An analysis device for performing a gas analysis, comprising a device for the controlled release of gases from a sample, at least one heatable interface and a gas chromatographic column with a downstream detector, wherein the at least one heatable interface is connected to the device, characterised in that an enrichment of the compounds released in a test chamber of the device and exiting in a gas flow with an enrichment medium on a carrier takes place in a tubular section in the interface, wherein the carrier is arranged perpendicular to the gas flow, and that the carrier which can be removed from the interface is formed by an SPME fibre or a plate coated with the enrichment medium.
At least one halogenated aryl ester of an unsaturated fatty acid, wherein the unsaturated fatty acid is cyclopropanated, and wherein the aryloxy group of the ester has at least one hydrogen atom replaced with a fluorine atom, and wherein the aryl group is moncyclic or multicyclic for use in treating one or more diseases, conditions, and disorders, said treatment comprising administering to a patient in need thereof an effective amount of said at least one halogenated aryl ester of an unsaturated fatty acid, wherein the unsaturated fatty acid is cyclopropanated, and wherein the aryloxy group of the ester has at least one hydrogen atom replaced with a fluorine atom, and wherein the aryl group is moncyclic or multicyclic, wherein the diseases, conditions and disorders are neurodegenerative diseases or conditions, neuroaffective disorders, stroke, mental retardation, and brain injury.
Side bracket for a link for a line-routing device, wherein the side bracket has a longitudinal periphery which extends in a longitudinal direction of the side bracket and on which a running surface is formed, wherein the side bracket has a roller which is mounted so as to be rotatable about an axle, wherein the axle is disposed so as to be parallel to the running surface and perpendicular to the longitudinal direction, wherein a spacing between the running surface and the axle is variable in a damped manner, and wherein the roller, at least in a first position, protrudes from the running surface, characterized in that a variability of the spacing between the running surface and the axle is restricted to the first position of the roller and to a second position of the roller, and wherein the roller in the second position protrudes from the running surface.
Rail (10, 30) for use at a rail discontinuity, such as a boom hinge of a crane, the rail extending longitudinally from one end to an opposite end, and comprising a rail head (13, 33) having a running surface for a wheel of a railway vehicle, a rail foot (14, 18, 38) for fastening the rail, and a web connecting the rail head to the rail foot and interposed between the rail head and the rail foot, wherein the rail head is continuous along the length of the rail, characterised in that the rail comprises a resilient member (16, 36) extending across the web from the one end of the rail over a length shorter than the length of the rail in order to provide a resiliency of the rail head (13, 33) relative to the rail foot (18, 38) over a length of extension of the resilient member.
A light source comprising: a chamber having a gas disposed therein; an ignition source for exciting the gas, the excited gas having at least one strong absorption line at an infrared wavelength; and at least one laser configured to provide energy to the excited gas at a first wavelength to produce a high brightness light, wherein the first wavelength is near the infrared wavelength of the at least one strong absorption line of the excited gas within the chamber, characterized in that the laser is further configured to be tuned to a second wavelength to provide energy at said second wavelength to the excited gas in the chamber to maintain the high brightness light, wherein the second wavelength is approximately 1 nm to approximately 10 nm displaced from the first wavelength, and wherein the first wavelength is nearer to the at least one strong absorption line than the second wavelength. a chamber having a gas disposed therein; an ignition source for exciting the gas, the excited gas having at least one strong absorption line at an infrared wavelength; and at least one laser configured to provide energy to the excited gas at a first wavelength to produce a high brightness light, wherein the first wavelength is near the infrared wavelength of the at least one strong absorption line of the excited gas within the chamber, characterized in that the laser is further configured to be tuned to a second wavelength to provide energy at said second wavelength to the excited gas in the chamber to maintain the high brightness light, wherein the second wavelength is approximately 1 nm to approximately 10 nm displaced from the first wavelength, and wherein the first wavelength is nearer to the at least one strong absorption line than the second wavelength.
An axle assembly comprising: a housing having a center portion and a first arm portion that extends from the center portion, wherein the first arm portion receives a first axle and a second arm portion that extends from the center portion, wherein the second arm portion received a second axle; a differential that is disposed in the center portion and that has a ring gear; and a dam module that includes a first dam that is disposed in the first arm portion, a second dam that is disposed in the second arm portion; and characterised in that the dam module further includes: said first dam having a first axle opening through which the first axle extends and a first inlet opening that is disposed above the first axle; said second dam having a second axle opening through which the second axle extends and a second inlet opening that is disposed above the second axle; an upper brace that is disposed above the ring gear and that has a channel that receives a lubricant and transports the lubricant to the first inlet opening; and a lower brace that is disposed below the ring gear and extends from the first dam to the second dam. a housing having a center portion and a first arm portion that extends from the center portion, wherein the first arm portion receives a first axle and a second arm portion that extends from the center portion, wherein the second arm portion received a second axle; a differential that is disposed in the center portion and that has a ring gear; and a dam module that includes a first dam that is disposed in the first arm portion, a second dam that is disposed in the second arm portion; and characterised in that the dam module further includes: said first dam having a first axle opening through which the first axle extends and a first inlet opening that is disposed above the first axle; said second dam having a second axle opening through which the second axle extends and a second inlet opening that is disposed above the second axle; an upper brace that is disposed above the ring gear and that has a channel that receives a lubricant and transports the lubricant to the first inlet opening; and a lower brace that is disposed below the ring gear and extends from the first dam to the second dam. said first dam having a first axle opening through which the first axle extends and a first inlet opening that is disposed above the first axle; said second dam having a second axle opening through which the second axle extends and a second inlet opening that is disposed above the second axle; an upper brace that is disposed above the ring gear and that has a channel that receives a lubricant and transports the lubricant to the first inlet opening; and a lower brace that is disposed below the ring gear and extends from the first dam to the second dam.
A method for wireless communications at a user equipment, UE, (115-c) comprising: transmitting, to a base station (105-b), a report indicating a beamforming capability of the UE (115-c); receiving, from the base station (105-b), a configuration for a plurality of control resource sets based at least in part on the report, characterised by selecting, based at least in part on the beamforming capability, multiple control resource sets of the plurality of control resource sets to monitor during a monitoring occasion; and monitoring the selected multiple control resource sets during the monitoring occasion. transmitting, to a base station (105-b), a report indicating a beamforming capability of the UE (115-c); receiving, from the base station (105-b), a configuration for a plurality of control resource sets based at least in part on the report, characterised by selecting, based at least in part on the beamforming capability, multiple control resource sets of the plurality of control resource sets to monitor during a monitoring occasion; and monitoring the selected multiple control resource sets during the monitoring occasion.
A RF, Radio Frequency, transceiver for short-range RF communication with a further RF transceiver, the RF transceiver comprising: a RF transmitter; a clock generator coupled to the RF transmitter, the clock generator comprising a crystal oscillator circuit including an amplifier, a distance monitor configured to monitor the distance between the RF transceiver and the further RF transceiver; a controller coupled to the distance monitor and the clock generator; characterized in that the controller is configured to vary the crystal oscillator swing amplitude dependent on the distance between the RF transceiver and the further RF transceiver. a RF transmitter; a clock generator coupled to the RF transmitter, the clock generator comprising a crystal oscillator circuit including an amplifier, a distance monitor configured to monitor the distance between the RF transceiver and the further RF transceiver; a controller coupled to the distance monitor and the clock generator; characterized in that the controller is configured to vary the crystal oscillator swing amplitude dependent on the distance between the RF transceiver and the further RF transceiver.
A method executable by a processor to schedule recording of a plurality of programming events with a plurality of recording resources, the method comprising: determining times during which each of the plurality of programming events will be available; generating an event list using the processor, wherein the event list comprises, for each of the programming events, at least one of a plurality of time slices in which the programming event will occur, wherein each time slice represents a period of time in which at least one resource is used in recording one or more of the programming events and in which the demand for recording resources remains consistent; identifying, with the processor, conflicts in each of the time slices during which the programming events will be available based on the event list; and creating a schedule using the processor by which each of the programming events is to be recorded, wherein the creating comprises automatically resolving the conflicts by scheduling one of the programming events to record during a different time slice other than the time slice of the conflict. determining times during which each of the plurality of programming events will be available; generating an event list using the processor, wherein the event list comprises, for each of the programming events, at least one of a plurality of time slices in which the programming event will occur, wherein each time slice represents a period of time in which at least one resource is used in recording one or more of the programming events and in which the demand for recording resources remains consistent; identifying, with the processor, conflicts in each of the time slices during which the programming events will be available based on the event list; and creating a schedule using the processor by which each of the programming events is to be recorded, wherein the creating comprises automatically resolving the conflicts by scheduling one of the programming events to record during a different time slice other than the time slice of the conflict.