mhurhangee/ep-ind-claims huggingface dataset:
A method for repairing a memory device, comprising: performing error detection on memory units of the memory device; temporarily storing each of unit addresses of detected error units in registers until a number of the detected error units reaches a first preset number, wherein the detected error units are damaged memory units, each of the detected error units occupies a respective one of the registers, each of the registers corresponds to a respective switch unit from a number of switch units equal to the number of registers, wherein the first preset number is equal to the number of registers, and each of the unit addresses comprises a row address; successively selecting one of the registers, as a target register; determining whether a row address in the target register exists in a reference storage module, wherein a repaired row address or an unrepaired row address is stored in the reference storage module; and repairing error units that are not repaired through the row address according to a result of the determination; characterised in that successively selecting one of the registers, as a target register is performed in response to the number of the detected error units reaching the first preset number by controlling the number of switch units to be opened one by one in a successive order such as to enable each of the corresponding registers to successively become the target register, while maintaining every switch other than the one corresponding to the target register closed. performing error detection on memory units of the memory device; temporarily storing each of unit addresses of detected error units in registers until a number of the detected error units reaches a first preset number, wherein the detected error units are damaged memory units, each of the detected error units occupies a respective one of the registers, each of the registers corresponds to a respective switch unit from a number of switch units equal to the number of registers, wherein the first preset number is equal to the number of registers, and each of the unit addresses comprises a row address; successively selecting one of the registers, as a target register; determining whether a row address in the target register exists in a reference storage module, wherein a repaired row address or an unrepaired row address is stored in the reference storage module; and repairing error units that are not repaired through the row address according to a result of the determination; characterised in that successively selecting one of the registers, as a target register is performed in response to the number of the detected error units reaching the first preset number by controlling the number of switch units to be opened one by one in a successive order such as to enable each of the corresponding registers to successively become the target register, while maintaining every switch other than the one corresponding to the target register closed.
An in vitro method for prognosis for a patient having an acute coronary syndrome, the method comprising: determining the level of procalcitonin or fragments thereof of more than 110 amino acids in length, in a sample obtained from said patient; and correlating said level of procalcitonin or fragments thereof to a predisposition to an adverse outcome of said acute coronary syndrome and wherein said correlating step comprises comparing said level of procalcitonin or fragments thereof to a threshold level, whereby, when said level of procalcitonin or fragments thereof exceeds said threshold level, said patient is predisposed to said adverse outcome wherein said threshold level is at about 0.045 (+/- 0.010) μg/L.
A device for purifying exhaust gas provided to purify the exhaust gas in an engine, the device comprising: an exhaust line through which the exhaust gas discharged from the engine is configured to pass; a warm-up catalytic converter (WCC, 110) that is disposed in the exhaust line; and a catalyst device disposed in a rear of the warm-up catalytic converter for reducing a nitrogen oxide of the exhaust gas passing through the warm-up catalytic converter, wherein the catalyst device includes an LTA zeolite catalyst, characterized in that: a mole ratio of silicon and aluminum of the LTA zeolite catalyst is 5 to 50, the LTA zeolite catalyst is a copper type LTA zeolite including copper, and a mole ratio of copper and aluminum in the LTA zeolite is 0.32 to 0.48. an exhaust line through which the exhaust gas discharged from the engine is configured to pass; a warm-up catalytic converter (WCC, 110) that is disposed in the exhaust line; and a catalyst device disposed in a rear of the warm-up catalytic converter for reducing a nitrogen oxide of the exhaust gas passing through the warm-up catalytic converter, wherein the catalyst device includes an LTA zeolite catalyst, characterized in that: a mole ratio of silicon and aluminum of the LTA zeolite catalyst is 5 to 50, the LTA zeolite catalyst is a copper type LTA zeolite including copper, and a mole ratio of copper and aluminum in the LTA zeolite is 0.32 to 0.48. a mole ratio of silicon and aluminum of the LTA zeolite catalyst is 5 to 50, the LTA zeolite catalyst is a copper type LTA zeolite including copper, and a mole ratio of copper and aluminum in the LTA zeolite is 0.32 to 0.48.
A pharmaceutical combination for use in the treatment of cancer comprising a DNA ligase IV inhibitor and a PARP inhibitor in synergistically effective amounts for simultaneous, separate or sequential administration to a subject in need thereof, wherein the cancer is a drug resistant cancer, wherein the DNA ligase IV inhibitor comprises L189 or SCR7 and the PARP inhibitor comprises Talazoparib or Olaparib.
Locking and unlocking system having reversible triggering, comprising - at least one locking/unlocking element, which is movable between a locking position and an unlocking position, - at least one actuation member, and - at least one transmission linkage which acts on the at least one locking/locking element, the transmission linkage having at least one linkage member and being formed in such a way that it can take on at least two dead-point positions, the transmission linkage being formed in such a way that it takes on a first dead-point position in the locking position and a second dead-point position in the unlocking position, and at least one of the linkage members being dimensioned in such a way, in at least one kinematically effective direction, that the transmission linkage can move beyond the associated dead-point position thereof, characterised in that at least one linkage member of the transmission linkage is alterable in a defined manner in terms of an effective kinematic dimension, the defined alterability of the effective kinematic dimension being brought about by a predetermined longitudinal rigidity of the linkage member, at least one stop being provided for the linkage member and delimiting a movement of the linkage member permitted by the defined alterability of the kinematically effective dimension, and a plurality of transmission linkages being provided which can be forcibly synchronised by way of at least one connection member. - at least one locking/unlocking element, which is movable between a locking position and an unlocking position, - at least one actuation member, and - at least one transmission linkage which acts on the at least one locking/locking element, the transmission linkage having at least one linkage member and being formed in such a way that it can take on at least two dead-point positions,
A drill comprising: a chip discharge flute opened in a tip surface; and a cutting edge formed at an intersecting portion between an inner wall surface of the chip discharge flute on a side of a drill rotation direction and a tip flank (32, 34) formed on the tip surface, the cutting edge being made up of a concavely-curved cutting edge portion formed on an inner circumferential side and a convexly-curved cutting edge portion formed on an outer circumferential side, characterised in that the cross section shape of the chip discharge flute in a cross section orthogonal to a center axis has a first convex curve corresponding to the convexly-curved cutting edge portion and a first concave curve corresponding to the concavely-curved cutting edge portion intersecting with each other at an intersection, and a ridgeline is formed at the intersection.
A turbocharger comprising: a turbine wheel provided with a concave portion having a center matching with a shaft center of the turbine wheel; a compressor wheel; a rotor shaft having a first end facing the turbine wheel and a second end opposite to the first end and facing the compressor wheel, wherein the rotor shaft couples the turbine wheel and the compressor wheel and is rotatably supported in a bearing housing; and a joint collar having a groove portion on an outer periphery surface thereof and an insertion portion facing the turbine wheel, wherein the first end of the rotor shaft is inserted into the joint collar and the insertion portion of the joint collar is inserted into the concave portion of the turbine wheel, wherein the depth of the concave portion is slightly larger than the length of the insertion portion in the shaft direction, such that the joint collar is interposed between the rotor shaft and the turbine wheel and couples the rotor shaft and the turbine wheel, wherein the joint collar and the turbine wheel are welded on a boundary portion between an edge of the concave portion and the joint collar, wherein the rotor shaft is made of a material having high Young's modulus, and wherein the joint collar is made of a material having Young's modulus lower than that of the rotor shaft. a turbine wheel provided with a concave portion having a center matching with a shaft center of the turbine wheel; a compressor wheel; a rotor shaft having a first end facing the turbine wheel and a second end opposite to the first end and facing the compressor wheel, wherein the rotor shaft couples the turbine wheel and the compressor wheel and is rotatably supported in a bearing housing; and a joint collar having a groove portion on an outer periphery surface thereof and an insertion portion facing the turbine wheel, wherein the first end of the rotor shaft is inserted into the joint collar and the insertion portion of the joint collar is inserted into the concave portion of the turbine wheel, wherein the depth of the concave portion is slightly larger than the length of the insertion portion in the shaft direction, such that the joint collar is interposed between the rotor shaft and the turbine wheel and couples the rotor shaft and the turbine wheel, wherein the joint collar and the turbine wheel are welded on a boundary portion between an edge of the concave portion and the joint collar, wherein the rotor shaft is made of a material having high Young's modulus, and wherein the joint collar is made of a material having Young's modulus lower than that of the rotor shaft.
A status expression system for a mobile phone, comprising: a memory for storing a plurality of character quotients, information on at least one state transition model, and resources for presenting the character; a character controller for updating the plurality of character quotients according to mobile phone events and user feedback events in response to the mobile phone events, determining a state by analyzing the character quotients and referring to the at least one state transition model, and formatting the state using the resources assigned for a state of the character; and a display for presenting the character with the resources in the state, wherein the character controller comprises: a quotient reflection module for checking kinds and values of quotients associated with the mobile phone events and the user feedback events and accumulating the values so as to update the character quotients; a state determination module for determining the state of the character with reference to the quotients and the at least one state transition model; and a character presentation module for presenting the character in the state determined by the state determination module using the resources assigned for the state of the character. a memory for storing a plurality of character quotients, information on at least one state transition model, and resources for presenting the character; a character controller for updating the plurality of character quotients according to mobile phone events and user feedback events in response to the mobile phone events, determining a state by analyzing the character quotients and referring to the at least one state transition model, and formatting the state using the resources assigned for a state of the character; and a display for presenting the character with the resources in the state, a quotient reflection module for checking kinds and values of quotients associated with the mobile phone events and the user feedback events and accumulating the values so as to update the character quotients; a state determination module for determining the state of the character with reference to the quotients and the at least one state transition model; and a character presentation module for presenting the character in the state determined by the state determination module using the resources assigned for the state of the character.
A coating method of coating a surface of an object with a paint containing a glitter pigment, the coating method comprising: spraying the paint onto the surface of the object; and controlling a color shade of the paint on the object by adjusting a particle size of paint particles to be sprayed, characterized by setting the particle size of paint particles according to a spray width indicating a width of a spread of the paint particles, wherein a spray width for the first portion being set larger than a spray width for the second portion, and a particle size of the paint particles to be sprayed on a first portion of the object is set to be smaller than a particle size of the paint particles to be sprayed on a second portion of the object. spraying the paint onto the surface of the object; and controlling a color shade of the paint on the object by adjusting a particle size of paint particles to be sprayed, characterized by setting the particle size of paint particles according to a spray width indicating a width of a spread of the paint particles, wherein a spray width for the first portion being set larger than a spray width for the second portion, and a particle size of the paint particles to be sprayed on a first portion of the object is set to be smaller than a particle size of the paint particles to be sprayed on a second portion of the object.
Solar energy system having at least one solar panel which is fixedly accommodated in a frame which is aligned in a substantially vertical or upright default position and which holds the solar panel in a substantially vertical or upright position, the frame can be tilted out of the default position about a substantially horizontal tilting axis extending in the vertically lower region of the solar panel or about a substantially horizontal tilting axis extending below the solar panel when a deflection force acts on the solar panel transversely to the tilting axis, and the frame automatically returns about the tilting axis in the direction of the default position by means of a restoring weight arranged in the gravitational direction below the tilting axis when the deflection force is released, wherein the solar energy system is intended for use for elevation in the east-west orientation and the at least one solar panel is a bi-facial solar panel.
A subcutaneous implantable cardioverter-defibrillator (SICD) (100; 200; 300) implantable in a subject comprising: a case (102; 202; 302) comprising a controller; and at least one conductive lead (104, 106; 204, 206; 304) extending from the case (102; 202; 302), the at least one conductive lead (104, 106; 204, 206; 304) comprising a plurality of coil electrodes (108, 110, 112, 114; 208, 210, 212, 214; 308, 310, 312), wherein the SICD (100; 200; 300) is configured, via the controller, to apply anti-tachycardia pacing to the subject using the at least one conductive lead (104, 106; 204, 206; 304), characterized in that the controller is configured to select an electrode combination for applying the ATP based on at least one of i) an accelerometer signal and ii) a previously detected evoked response. a case (102; 202; 302) comprising a controller; and at least one conductive lead (104, 106; 204, 206; 304) extending from the case (102; 202; 302), the at least one conductive lead (104, 106; 204, 206; 304) comprising a plurality of coil electrodes (108, 110, 112, 114; 208, 210, 212, 214; 308, 310, 312), wherein the SICD (100; 200; 300) is configured, via the controller, to apply anti-tachycardia pacing to the subject using the at least one conductive lead (104, 106; 204, 206; 304), characterized in that the controller is configured to select an electrode combination for applying the ATP based on at least one of i) an accelerometer signal and ii) a previously detected evoked response.
A method in a wireless device for detecting and measuring impacts of the wireless device, the wireless device having a processor coupled to a memory and an acoustic transducer, the method comprising: acquiring data from the acoustic transducer, the data acquisition including receiving a signal supplied at an input of the processor; saving the acquired data in the memory; detecting whether an impact has occurred; and wherein upon impact of the wireless device with an object, the acquiring comprises receiving an electrical pulse proportional to the severity of the impact from the acoustic transducer and saving the acquired data in the memory comprises saving the data representing the electrical pulse in the memory. acquiring data from the acoustic transducer, the data acquisition including receiving a signal supplied at an input of the processor; saving the acquired data in the memory; detecting whether an impact has occurred; and wherein upon impact of the wireless device with an object, the acquiring comprises receiving an electrical pulse proportional to the severity of the impact from the acoustic transducer and saving the acquired data in the memory comprises saving the data representing the electrical pulse in the memory.
A method, comprising: obtaining, with an analytics engine of a server structure of an adaptive bit rate content delivery system, historical data corresponding to one or more channels offered by the server structure, the server structure comprising a multicast server; receiving, with the analytics engine, at least some near-real-time data corresponding to content offerings available on the one or more channels; determining, with the analytics engine, one or more channel maps as a function of both the historical data and the at least some near-real-time data, the one or more channel maps identifying a group of channels of the one or more channels that will be delivered by the multicast server; determining, with a flap detector of the analytics engine, at least one flapping threshold for the group of channels that will be delivered by the multicast server, the flapping threshold representing a threshold frequency at which a channel flaps; and reducing flapping of the one or more channels by comparing the flapping frequency of at least one of the group of channels to the flapping threshold and determining whether the at least one of the group of channels should remain in the group of channels that will be delivered by the multicast server based on the comparison. obtaining, with an analytics engine of a server structure of an adaptive bit rate content delivery system, historical data corresponding to one or more channels offered by the server structure, the server structure comprising a multicast server; receiving, with the analytics engine, at least some near-real-time data corresponding to content offerings available on the one or more channels; determining, with the analytics engine, one or more channel maps as a function of both the historical data and the at least some near-real-time data, the one or more channel maps identifying a group of channels of the one or more channels that will be delivered by the multicast server; determining, with a flap detector of the analytics engine, at least one flapping threshold for the group of channels that will be delivered by the multicast server, the flapping threshold representing a threshold frequency at which a channel flaps; and reducing flapping of the one or more channels by comparing the flapping frequency of at least one of the group of channels to the flapping threshold and determining whether the at least one of the group of channels should remain in the group of channels that will be delivered by the multicast server based on the comparison.
Method for axial joining of a hybrid joining component to a workpiece, wherein the joining component has a thermoplastic joining section (16, 17) and a metal section which can be heated, having the following steps: a) axial lowering of the joining component onto a surface of the workpiece; b) heating of the metal section such that the joining section (16, 17) at least partially melts; c) ending the heating of the metal section such that the joining component makes a force-fitting, interlocking and/or integral connection with the surface of the workpiece; wherein the joining component is held force-regulated and/or position-regulated with respect to the workpiece at least during the heating of the metal section, in such a manner that the joining component can be joined to the surface of the workpiece without any opposing support, wherein the workpiece is elastically deformable in the axial direction, wherein the joining component is lowered onto the surface of the workpiece before the metal section is heated, such that the workpiece is deformed in the axial direction, wherein a zero point is determined at the start of or in the course of the lowering to the surface, in order to determine the axial position of the surface of the workpiece in the undeformed state. a) axial lowering of the joining component onto a surface of the workpiece; b) heating of the metal section such that the joining section (16, 17) at least partially melts; c) ending the heating of the metal section such that the joining component makes a force-fitting, interlocking and/or integral connection with the surface of the workpiece;
A tape for masking a surface to be protected from a liquid, having a length and a width (w), comprising an adhesive side at least partially coated with an adhesive that is removably adhesive to the surface; a non-adhesive side, opposite to the adhesive side, coated with a liquid impermeable coating; and perforations extending from the adhesive side to the non-adhesive side, characterized in that the perforations are impermeable to the liquid and can be torn in a preferential manner, wherein the perforations are made impermeable to liquid by covering the perforations with liquid impermeable tape pieces or by the presence of a tab covering the perforations.