mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communications at a user equipment, UE, comprising: receiving, from a base station, a grant for the UE that indicates a set of time-frequency resources configured for sidelink communications for the UE; receiving, from the base station, an indication instructing the UE to cancel transmissions having a priority less than a priority threshold during at least a portion of the set of time-frequency resources; determining whether to transmit one or more messages via at least the portion of the set of time-frequency resources based at least in part on the indication; determining to refrain from transmitting the one or more messages based at least in part on the one or more messages having a second priority less than the priority threshold; identifying additional resources scheduled for an uplink message from the UE, wherein the additional resources at least partially overlap the set of time-frequency resources indicated by the grant; and refraining from transmitting the uplink message based at least in part on the indication and the uplink message having the second priority. receiving, from a base station, a grant for the UE that indicates a set of time-frequency resources configured for sidelink communications for the UE; receiving, from the base station, an indication instructing the UE to cancel transmissions having a priority less than a priority threshold during at least a portion of the set of time-frequency resources; determining whether to transmit one or more messages via at least the portion of the set of time-frequency resources based at least in part on the indication; determining to refrain from transmitting the one or more messages based at least in part on the one or more messages having a second priority less than the priority threshold; identifying additional resources scheduled for an uplink message from the UE, wherein the additional resources at least partially overlap the set of time-frequency resources indicated by the grant; and refraining from transmitting the uplink message based at least in part on the indication and the uplink message having the second priority.
An inside mechanical seal comprising: a sleeve adapted to be fixed to a rotating shaft; a cartridge adapted to be fixed to a housing; a rotating-side seal ring provided at the sleeve via a cup gasket; and a stationary-side seal ring provided at the cartridge, the stationary-side seal ring sliding, facing the rotating-side seal ring, wherein, in use, a high-pressure fluid is present on an outside-diameter side of sealing faces of the rotating-side seal ring and the stationary-side seal ring, and the rotating-side seal ring is formed in a substantially pentagonal shape in cross section having a cut portion at which a corner portion on an inside-diameter side and a back-surface side is cut in a tapered shape, characterized in that the cup gasket is fitted over the inside-diameter side and the back-surface side of the rotating-side seal ring, and is formed in a substantially L shape in cross section including an axial portion in contact with the inside-diameter side of the rotating-side seal ring and an inner cylindrical portion of the sleeve and a radial portion in contact with the back-surface side of the rotating-side seal ring and a radial portion of the sleeve, and has the corner portion facing the cut portion formed in a shape along the cut portion, and in that the corner portion of the cup gasket has a thickness t set larger than a gap d between the inside-diameter side of the rotating-side seal ring and the inner cylindrical portion of the sleeve. a sleeve adapted to be fixed to a rotating shaft; a cartridge adapted to be fixed to a housing; a rotating-side seal ring provided at the sleeve via a cup gasket; and a stationary-side seal ring provided at the cartridge, the stationary-side seal ring sliding, facing the rotating-side seal ring, wherein, in use, a high-pressure fluid is present on an outside-diameter side of sealing faces of the rotating-side seal ring and the stationary-side seal ring, and the rotating-side seal ring is formed in a substantially pentagonal shape in cross section having a cut portion at which a corner portion on an inside-diameter side and a back-surface side is cut in a tapered shape, characterized in that the cup gasket is fitted over the inside-diameter side and the back-surface side of the rotating-side seal ring, and is formed in a substantially L shape in cross section including an axial portion in contact with the inside-diameter side of the rotating-side seal ring and an inner cylindrical portion of the sleeve and a radial portion in contact with the back-surface side of the rotating-side seal ring and a radial portion of the sleeve, and has the corner portion facing the cut portion formed in a shape along the cut portion, and in that the corner portion of the cup gasket has a thickness t set larger than a gap d between the inside-diameter side of the rotating-side seal ring and the inner cylindrical portion of the sleeve.
Multistation textile machine, which comprises one or more double spindle units, wherein the double spindle unit has a frame, which bears working and transport elements, including a package removal device (31, 33), the rear sides of the two workstations (1', 1") of the double spindle unit, which each have a winding device, face one another, and the multistation textile machine comprises feet, characterised in that the double spindle unit has a centrally arranged support, the support has a crossmember, which extends from one workstation to the other workstation of the double spindle unit and which is supported on the underlying surface by means of the feet, which are adjustable feet, the support also has a centrally arranged hollow profiled element, which extends vertically from the crossmember, and the hollow profiled element is designed at least for holding the package removal device (31, 33) and fastening the winding devices.
An accommodating intraocular lens, IOL, configured to be implanted within a capsular bag of a patient's eye, the lens comprising: a flexible optic membrane configured to be placed along the optical axis of the patient's eye; a flexible skirt extending from an outer periphery of the flexible optic membrane, the flexible skirt defining an outer periphery of the accommodating IOL; a capsular contact ring configured to be positioned along the optical axis of the patient's eye anterior to the flexible optic membrane, the capsular contact ring having a diameter less than a diameter at the outer periphery of the accommodating IOL; and a plurality of strut assemblies connecting the capsular contact ring and flexible skirt; wherein the lens is adapted such that when the capsular bag transitions from an accommodative state to a disaccomadative state, the capsular bag exerts a force on the capsular contact ring, at least a portion of that force being transferred to the flexible skirt by the plurality of strut assemblies, the transferred force causing a flattening of the flexible optic membrane in a manner that reduces the optical power of the accommodating IOL. a flexible optic membrane configured to be placed along the optical axis of the patient's eye; a flexible skirt extending from an outer periphery of the flexible optic membrane, the flexible skirt defining an outer periphery of the accommodating IOL; a capsular contact ring configured to be positioned along the optical axis of the patient's eye anterior to the flexible optic membrane, the capsular contact ring having a diameter less than a diameter at the outer periphery of the accommodating IOL; and a plurality of strut assemblies connecting the capsular contact ring and flexible skirt; wherein the lens is adapted such that when the capsular bag transitions from an accommodative state to a disaccomadative state, the capsular bag exerts a force on the capsular contact ring, at least a portion of that force being transferred to the flexible skirt by the plurality of strut assemblies, the transferred force causing a flattening of the flexible optic membrane in a manner that reduces the optical power of the accommodating IOL.
Method for positioning an output member of an electromotive drive, wherein the electromotive drive comprises at least one electric motor, a speed reduction gear coupled thereto, with which the output member is coupled in terms of drive and can be moved linearly and/or rotatably, and a power supply with a constant, highly stable DC voltage with a switched-mode power supply, wherein the output member actuates a limit switch (5, 6) and/or a reference switch and/or a switching means for an item of furniture when a predetermined position is reached, characterized by the following method steps: Determining a last stored position of the output member of the electromotive drive by reading a counter value and detecting a desired adjustment direction; Adjusting the counter value by adding or subtracting pulses which are processed from the back EMF of a commutation of the electromotive drive; wherein the pulses from the back EMF of the commutation of the electromotive drive are conditioned by filtering, averaging and comparing by simultaneously supplying the pulses to a filter and an averaging block which are connected in parallel on the input side, and wherein the filtered output signal of the filter and the average output signal of the averaging block are then compared by a comparator, Determining a correction value when the electromotive drive is stopped on the basis of boundary conditions; and Correcting the last counter value obtained on the basis of the correction value determined and storing the counter value thus corrected as the current position of the output member of the electromotive drive. Determining a last stored position of the output member of the electromotive drive by reading a counter value and detecting a desired adjustment direction; Adjusting the counter value by adding or subtracting pulses which are processed from the back EMF of a commutation of the electromotive drive; wherein the pulses from the back EMF of the commutation of the electromotive drive are conditioned by filtering, averaging and comparing by simultaneously supplying the pulses to a filter and an averaging block which are connected in parallel on the input side, and wherein the filtered output signal of the filter and the average output signal of the averaging block are then compared by a comparator, Determining a correction value when the electromotive drive is stopped on the basis of boundary conditions; and Correcting the last counter value obtained on the basis of the correction value determined and storing the counter value thus corrected as the current position of the output member of the electromotive drive.
A method of reshaping a workpiece, in which a reshaping force is exerted on the workpiece by means of a reshaping tool and the workpiece is heated during or before reshaping of the workpiece, wherein heating of the workpiece is effected by at least partial absorption of an ultrasonic vibration in the workpiece, characterised in that before the reshaping force is applied to the workpiece at least a first portion of the workpiece is brought to a temperature which differs from the temperature of a second portion of the workpiece, that comes into contact with the reshaping tool, wherein before the reshaping force is applied to the workpiece the first portion is brought to a temperature which is higher than the temperature of the second portion, preferably by at least 10°C and particularly preferably by at least 20°C and best by at least 30°C.
A paste multielectrode body for averaged simultaneous measurements, characterized in that it consists of a conductive electrode carrier in the shape of a disc made of stainless steel, a conductive electrode carrier in the roller-shape with a threaded one end made of stainless steel, a conductive electrode carrier in the shape of a cylinder with a threaded one end made of stainless steel, rods of the conductive electrode carrier in the roller-shape, with a threaded one end, made of stainless steel, a roller made of stainless steel, a housing made of a chemically resistant material, a lower insulating sleeve made of a chemically resistant material, an upper insulating sleeve made of a chemically resistant material, wherein the conductive electrode carrier in the shape of a disc has an outlet hole in its central part and n-threaded holes on the bottom side in which the rods of the conductive electrode carrier are placed, and in addition, the conductive electrode carrier in the roller-shape is turned in such a way that both of its ends are tapered, the upper end is the narrowest, adjusted in diameter to the upper insulating sleeve constituting an electrical contact connecting the electrode with the potentiostat/electric circuit, and the central part has the largest diameter adjusted to the upper insulating sleeve, in turn, the conductive electrode carrier in the shape of a cylinder has in its upper part a threaded hole adjusted to the electrode carrier, while its lower threaded part is adjusted in diameter to the roller, which in turn has from the top a threaded hole into which the conductive electrode carrier in the shape of a cylinder is screwed, wherein the roller itself is adjusted in diameter to the central hole of the housing into which it is screwed, and the housing itself has additionally outlet holes ideally matched in size to the diameter of the conductive carrier rods, and additionally, the lower insulating sleeve, which ensures chemical inertness and electrical insulation, has a scale applied on its surface to enable precise refreshing and a hole adjusted to the diameter of the conductive electrode carrier, while the upper insulating sleeve, which also ensures chemical inertness and electrical insulation during operation, has a marker applied on its surface to enable precise refreshing, but on one side it has an opening adjusted to the diameter of the contact with the conductive electrode carrier, and on the other side it has a hole adjusted in diameter to the central part of the conductive electrode carrier.
A die locking device, comprising: a press comprising: a top end; a bottom end; and a plurality of channels disposed around a perimeter of the press; a plurality of actuators, each of the plurality of actuators affixed to a first end of one of a plurality of locking arms that are each at least partially disposed in one of the plurality of channels; a plurality of locking clips, each affixed to a second end of each of the plurality of locking arms and each affixed to one of a plurality of hinges, wherein the plurality of hinges are pivotally affixed to the top end of the press; wherein the plurality of hinges are configured to receive and secure a die stack to the top end of the press. a press comprising: a top end; a bottom end; and a plurality of channels disposed around a perimeter of the press; a top end; a bottom end; and a plurality of channels disposed around a perimeter of the press; a plurality of actuators, each of the plurality of actuators affixed to a first end of one of a plurality of locking arms that are each at least partially disposed in one of the plurality of channels; a plurality of locking clips, each affixed to a second end of each of the plurality of locking arms and each affixed to one of a plurality of hinges, wherein the plurality of hinges are pivotally affixed to the top end of the press;
A balanced pressure regulator, comprising: a valve body having a fluid inlet and a fluid outlet connected by a fluid passageway; a valve seat disposed within the fluid passageway; a balanced plug assembly disposed within the fluid passageway, the balanced plug assembly comprising; a valve plug that cooperates with the valve seat to selectively open or close the fluid passageway; a retainer operatively connecting the valve plug to a valve stem; a diaphragm separating a chamber from the fluid passageway; a central balancing passage that fluidly connects the fluid passageway with the chamber; and a peripheral balancing passage that fluidly connects the fluid passageway with the chamber, the peripheral balancing passage being located between the retainer and the valve plug, characterized in that the retainer is movable relative to the valve plug along a longitudinal axis of the valve stem, a pressure sensing spring is disposed between the retainer and the valve plug, and the pressure sensing spring biases the retainer away from the valve plug. a valve body having a fluid inlet and a fluid outlet connected by a fluid passageway; a valve seat disposed within the fluid passageway; a balanced plug assembly disposed within the fluid passageway, the balanced plug assembly comprising; a valve plug that cooperates with the valve seat to selectively open or close the fluid passageway; a retainer operatively connecting the valve plug to a valve stem; a diaphragm separating a chamber from the fluid passageway; a central balancing passage that fluidly connects the fluid passageway with the chamber; and a peripheral balancing passage that fluidly connects the fluid passageway with the chamber, the peripheral balancing passage being located between the retainer and the valve plug, characterized in that the retainer is movable relative to the valve plug along a longitudinal axis of the valve stem, a pressure sensing spring is disposed between the retainer and the valve plug, and the pressure sensing spring biases the retainer away from the valve plug.
A network system comprising: a controller; and a plurality of switches including edge switches, including a port for communication to the outside of the network system, and core switches, arranged on a path between the edge switches, for receiving and transmitting a reception packet, each switch containing a flow table having an entry and being configured to execute an action defined in the entry, said controller comprising: a means for detecting a physical topology of a network before the network system receives the reception packet; a means for assigning an unique identifier to each of the edge switches before the network system receives the reception packet; a means for calculating a path between the edge switches before the network system receives the reception packet; and a means for registering the entry in each of the plurality of switches before the network system receives the reception packet, the entry defining a rule to identify the reception packet and an action, the rule having the unique identifier. a controller; and a plurality of switches including edge switches, including a port for communication to the outside of the network system, and core switches, arranged on a path between the edge switches, for receiving and transmitting a reception packet, each switch containing a flow table having an entry and being configured to execute an action defined in the entry, said controller comprising: a means for detecting a physical topology of a network before the network system receives the reception packet; a means for assigning an unique identifier to each of the edge switches before the network system receives the reception packet; a means for calculating a path between the edge switches before the network system receives the reception packet; and a means for registering the entry in each of the plurality of switches before the network system receives the reception packet, the entry defining a rule to identify the reception packet and an action, the rule having the unique identifier. a means for detecting a physical topology of a network before the network system receives the reception packet; a means for assigning an unique identifier to each of the edge switches before the network system receives the reception packet; a means for calculating a path between the edge switches before the network system receives the reception packet; and a means for registering the entry in each of the plurality of switches before the network system receives the reception packet, the entry defining a rule to identify the reception packet and an action, the rule having the unique identifier.
A plant extract comprising at least one of cyclo-alanyl-glutamine, cyclo-alanyl-alanine, cyclo-seryl-tyrosine, cyclo-glycyl-leucine, cyclo-glycyl-tryptophan, cyclo-valyl-valine, cyclo-tryptophanyl-tyrosine, cyclo-leucyl-tryptophan, and cyclo-phenylalanyl-phenylalanine at a concentration of 10 μg/100 g/Bx or more, wherein the plant extract is a tea extract, a soybean extract, a malt extract or a sesame extract and the total amount of diketopiperazine(s) per Bx is 900 μg/100 g/Bx or more.
A transport and/or storage container for accommodating radioactive components, particularly for accommodating radioactive wastes, wherein the container has a container base, a container jacket and a container main lid, wherein at least one first sealing component is arranged between container main lid and container jacket, wherein at least one sealing element, connected in a materially-bonded manner to the container main lid on one side and connected in a materially-bonded manner to the container jacket on the other side, is provided between the container main lid and the container jacket characterised in that the container main lid is connected to the container jacket by means of screw connections, in that the at least one sealing element is inserted in a sealing groove, which is open at the top at least in certain areas, and in that the sealing element is connected to the container main lid in a materially-bonded manner on one side and to the container jacket in a materially-bonded manner on the other side in this sealing groove and in that the sealing groove is arranged directly above the screws for the screw fastening of the container main lid on the container jacket.
A tubular handling system, comprising: a power tong configured to engage and rotate an add-on tubular by applying a torque thereto, the power tong defining a central opening configured to receive the add-on tubular therethrough; a spider disposed at a rig floor, the spider being configured to support a tubular string; a back-up tong configured to engage the tubular string above the spider and transmit a reactionary torque to the tubular string, the reactionary torque being generated in reaction to the torque applied by the power tong; and a lifting assembly coupled to the power tong and configured to move the power tong and the back-up tong vertically with respect to the tubular string and the spider, wherein the lifting assembly comprises a scissor jack arrangement or a four-bar linkage arrangement, a base plate of which is centered on a wellbore. a power tong configured to engage and rotate an add-on tubular by applying a torque thereto, the power tong defining a central opening configured to receive the add-on tubular therethrough; a spider disposed at a rig floor, the spider being configured to support a tubular string; a back-up tong configured to engage the tubular string above the spider and transmit a reactionary torque to the tubular string, the reactionary torque being generated in reaction to the torque applied by the power tong; and a lifting assembly coupled to the power tong and configured to move the power tong and the back-up tong vertically with respect to the tubular string and the spider, wherein the lifting assembly comprises a scissor jack arrangement or a four-bar linkage arrangement, a base plate of which is centered on a wellbore.
(Meth)acrylate-based 2-component reactive resin which comprises, in one or both components, at least 0.5% by weight of crosslinking agent, at least 10% by weight of (meth)acrylate monomers, at least 3% by weight of prepolymers and optional other additional substances, characterized in that one component comprises at least one initiator, and that the other component comprises, as accelerator, at least one tertiary amine having an aromatic group and two alkyl groups differing from one another which can optionally have an OH group.