mhurhangee/ep-ind-claims huggingface dataset:
A draw-and-buffer gear for central buffer couplings of track-guided vehicles, wherein the draw-and-buffer gear comprises the following: - a damper housing which is connected or connectable to a railcar body of the vehicle; - a force transmission element for transmitting tractive or impact forces to the damper housing as needed, wherein the force transmission element is movable relative to the damper housing both in the direction of pull as well as in the direction of impact; and - a damping mechanism at least partially accommodated in the damper housing and designed to dampen the movement of the force transmission element relative to the damper housing during the transmission of tractive/impact force, wherein the damping mechanism comprises a spring system designed to perform the damping and cushioning function by means of pneumatics and/or hydraulics when transmitting both tractive force as well as impact force, wherein the spring system comprises a piston rod assembly and a cylinder arrangement, wherein the piston rod assembly comprises a piston which is movable relative to the cylinder arrangement to at least partially retract and extend the piston in/out of an interior of the cylinder arrangement, and characterized in that the damping mechanism comprises a force deflection designed such that the piston retracts into the interior of the cylinder assembly during the transmission of tractive force, wherein the retracting motion is thereby dampened. - a damper housing which is connected or connectable to a railcar body of the vehicle; - a force transmission element for transmitting tractive or impact forces to the damper housing as needed, wherein the force transmission element is movable relative to the damper housing both in the direction of pull as well as in the direction of impact; and - a damping mechanism at least partially accommodated in the damper housing and designed to dampen the movement of the force transmission element relative to the damper housing during the transmission of tractive/impact force,
A method of selecting a subject for treatment with a receptor tyrosine kinase inhibitor, the method comprising the steps of: (i) providing a test sample obtained from the subject wherein the sample contains cells expressing the RTK; (ii) imaging RTK molecules at the cell surface; (iii) determining the nanometre (nm) spatial separation between RTK molecules assembled in any RTK oligomer(s) located at the cell surface; (iv) comparing the nanometre (nm) spatial separation determined in (iii) with the nanometre (nm) spatial separation determined for equivalent RTK molecules assembled in any RTK oligomer(s) located at the cell surface in a control sample, wherein the comparison between control and test sample is used to determine the presence of one or more mutations in the RTK in the test sample, wherein the one or more mutations is substitution of one or more amino acids; and wherein the subject is selected for treatment if one or more mutations in the RTK are present. (i) providing a test sample obtained from the subject wherein the sample contains cells expressing the RTK; (ii) imaging RTK molecules at the cell surface; (iii) determining the nanometre (nm) spatial separation between RTK molecules assembled in any RTK oligomer(s) located at the cell surface; (iv) comparing the nanometre (nm) spatial separation determined in (iii) with the nanometre (nm) spatial separation determined for equivalent RTK molecules assembled in any RTK oligomer(s) located at the cell surface in a control sample, wherein the comparison between control and test sample is used to determine the presence of one or more mutations in the RTK in the test sample, wherein the one or more mutations is substitution of one or more amino acids; and wherein the subject is selected for treatment if one or more mutations in the RTK are present.
A handover method, comprising: when an access mode of a micro cell base station is a closed mode, where access is permitted only to user equipment that is member of an associated closed subscriber group, receiving, by the micro cell base station, a Handover Request message sent by a core network node of a first domain of either a packet switched domain or a circuit switched domain, wherein the Handover Request message carries a member state indication of a user equipment indicating a non-member of the CSG and indicates the user equipment has service in multiple domains and an emergency service in the first domain; and rejecting, by the micro cell base station, a bearer of a non-emergency service of the user equipment in the first domain, and handing over, by the micro cell base station, the emergency service of the user equipment in the first domain to a cell in which the micro cell base station is located; characterized in that the core network node of the first domain sends the handover request message without performing access control on the user equipment or after access control on the user equipment fails. when an access mode of a micro cell base station is a closed mode, where access is permitted only to user equipment that is member of an associated closed subscriber group, receiving, by the micro cell base station, a Handover Request message sent by a core network node of a first domain of either a packet switched domain or a circuit switched domain, wherein the Handover Request message carries a member state indication of a user equipment indicating a non-member of the CSG and indicates the user equipment has service in multiple domains and an emergency service in the first domain; and rejecting, by the micro cell base station, a bearer of a non-emergency service of the user equipment in the first domain, and handing over, by the micro cell base station, the emergency service of the user equipment in the first domain to a cell in which the micro cell base station is located; characterized in that the core network node of the first domain sends the handover request message without performing access control on the user equipment or after access control on the user equipment fails.
A deconfinement device for the casing of a piece of ammunition enclosing an explosive load able to be ignited by a priming fuse, device comprising at least one unblockable vent enabling the explosive load to communicate with the free air, device characterised in that the vent opens into a chamber located between the fuse and the explosive load.
A self tapping implant comprising: a) a body having a proximal and a distal end and an outer circumference, b) external helical threads which wind several times around the outer circumference of the body starting at the distal end, c) a helical groove winding several times around the outer circumference of the body in an opposite direction to the helical threads, d) the intersection of the helical threads and the helical groove forming a sharp cutting edge for cutting into bone, leading into a narrow plateau on the helical thread, wherein said helical threads contain at least one cutting edge for each turn. a) a body having a proximal and a distal end and an outer circumference, b) external helical threads which wind several times around the outer circumference of the body starting at the distal end, c) a helical groove winding several times around the outer circumference of the body in an opposite direction to the helical threads, d) the intersection of the helical threads and the helical groove forming a sharp cutting edge for cutting into bone, leading into a narrow plateau on the helical thread,
A battery pack system to supply current necessary to operate an external device, the battery pack system comprising: a battery module comprising a plurality of battery cells which can be charged and discharged, the battery module to supply power to the external device; a temperature sensor to detect a temperature of the battery module; an auxiliary power unit to supply a charge and discharge pulse current to the battery module; and a controller to connect the auxiliary power unit to the battery module so that the charge and discharge pulse current is supplied to the battery module when a measured temperature (T bat) of the battery module is less than a set temperature (T crit) based on information detected by the temperature sensor before the battery module is electrically connected to the external device and to interrupt the supply of the charge and discharge pulse current to the battery module when the temperature of the battery module becomes equal to or greater than the set temperature (T crit), characterized in that the auxiliary power unit is a low-capacity auxiliary battery, and the capacity of the auxiliary battery is 3 to 15% of that of the battery module, and further comprising a bidirectional converter disposed between the battery module and the auxiliary power unit to drive the charge and discharge pulse current. a battery module comprising a plurality of battery cells which can be charged and discharged, the battery module to supply power to the external device; a temperature sensor to detect a temperature of the battery module; an auxiliary power unit to supply a charge and discharge pulse current to the battery module; and a controller to connect the auxiliary power unit to the battery module so that the charge and discharge pulse current is supplied to the battery module when a measured temperature (T bat) of the battery module is less than a set temperature (T crit) based on information detected by the temperature sensor before the battery module is electrically connected to the external device and to interrupt the supply of the charge and discharge pulse current to the battery module when the temperature of the battery module becomes equal to or greater than the set temperature (T crit), characterized in that the auxiliary power unit is a low-capacity auxiliary battery, and the capacity of the auxiliary battery is 3 to 15% of that of the battery module, and further comprising a bidirectional converter disposed between the battery module and the auxiliary power unit to drive the charge and discharge pulse current.
A method for detecting a mature small RNA, the method comprising: providing a sample comprising a small RNA molecule comprising about 20-30 nucleotides that was processed from a larger RNA precursor (mature small RNA); polyadenylating the 3' end of the mature small RNA; reverse transcribing the polyadenylated mature small RNA using a universal reverse transcription primer, thereby forming a cDNA of the mature small RNA, wherein the universal reverse transcription primer comprises a poly portion and a tail portion, wherein the tail portion comprises a universal primer portion; ligating a universal ligation adaptor to the 3' end of the cDNA in the presence of a ligation splint, wherein the ligation splint comprises a 3' terminal region that contains from about 3 nucleotides to about 6 nucleotides that hybridize with the 3' end of the cDNA of the mature small RNA and a 5' terminal region that hybridizes with the 5' end of the ligation adaptor, whereby a cDNA ligation product is formed; amplifying the cDNA ligation product using a universal forward and reverse primer pair to form an amplification product; and detecting the amplification product. providing a sample comprising a small RNA molecule comprising about 20-30 nucleotides that was processed from a larger RNA precursor (mature small RNA); polyadenylating the 3' end of the mature small RNA; reverse transcribing the polyadenylated mature small RNA using a universal reverse transcription primer, thereby forming a cDNA of the mature small RNA, wherein the universal reverse transcription primer comprises a poly portion and a tail portion, wherein the tail portion comprises a universal primer portion; ligating a universal ligation adaptor to the 3' end of the cDNA in the presence of a ligation splint, wherein the ligation splint comprises a 3' terminal region that contains from about 3 nucleotides to about 6 nucleotides that hybridize with the 3' end of the cDNA of the mature small RNA and a 5' terminal region that hybridizes with the 5' end of the ligation adaptor, whereby a cDNA ligation product is formed; amplifying the cDNA ligation product using a universal forward and reverse primer pair to form an amplification product; and detecting the amplification product.
A compound of formula IF or a pharmaceutically acceptable salt thereof, wherein: z represents 0 to 2; wherein when z represents 0 then m represents 1 to 5, or when z represents 1 then m represents 1 to 7, or when z represents 2 then m represents 1 to 9; each R 1 independently represents saturated C 2-6 alkyl; each X independently represents F, Cl, R a, -NH 2 or -OH; R a represents C 1-2 alkyl, C 2 alkenyl or C 2 alkynyl optionally substituted by one or more F; and n represents 0 to 5, wherein alkyl, alkenyl and alkynyl groups may be straight-chain or, when there is a sufficient number of carbon atoms, be branched-chain, and/or cyclic or part cyclic, and wherein the compound is present in an enantiomeric excess (e.e.) of at least 90%. z represents 0 to 2; wherein when z represents 0 then m represents 1 to 5, or when z represents 1 then m represents 1 to 7, or when z represents 2 then m represents 1 to 9; each R 1 independently represents saturated C 2-6 alkyl; each X independently represents F, Cl, R a, -NH 2 or -OH; R a represents C 1-2 alkyl, C 2 alkenyl or C 2 alkynyl optionally substituted by one or more F; and n represents 0 to 5, wherein alkyl, alkenyl and alkynyl groups may be straight-chain or, when there is a sufficient number of carbon atoms, be branched-chain, and/or cyclic or part cyclic, and wherein the compound is present in an enantiomeric excess (e.e.) of at least 90%.
An open baffle loudspeaker comprising: a front panel; one or more drivers mounted in said front panel; a single panel extending rearwardly from the front panel; characterised in that said rearwardly-extending panel has an outside edge of which at least a portion is curved such that the portion of the soundwave that is reflected by the rearwardly extending panel is substantially in phase with the soundwave from the front panel. a front panel; one or more drivers mounted in said front panel; a single panel extending rearwardly from the front panel; characterised in that said rearwardly-extending panel has an outside edge of which at least a portion is curved such that the portion of the soundwave that is reflected by the rearwardly extending panel is substantially in phase with the soundwave from the front panel.
Flat slide valve, in particular liquid valve, which has at least two flat slides (10a, 10b) and at least two valve plates (15a, 15b), wherein a first flat slide interacts with a first valve plate and a second flat slide interacts with a second valve plate, wherein a first flow channel is opened or blocked depending on the position of the first flat slide, and/or a second flow channel is opened or blocked depending on the position of the second flat slide, and wherein the flat slides (10a, 10b) are connected to each other via a connecting element, characterized in that the connecting element is arranged substantially in a common flow region of the flat sides (10a, 10b) of the flat slide valve.
A software update device connected to an in-vehicle network including a plurality of in-vehicle devices (11, 12, 21, 22) comprising one or a plurality of processors configured to: perform an update of software of at least one of the in-vehicle devices (11, 12, 21, 22) in which a body control function is one of the vehicle functions restricted during software update; and perform a control of setting a door of a vehicle in an unlocked state before performing predetermined processing included in processing for the update, when performing the update. perform an update of software of at least one of the in-vehicle devices (11, 12, 21, 22) in which a body control function is one of the vehicle functions restricted during software update; and perform a control of setting a door of a vehicle in an unlocked state before performing predetermined processing included in processing for the update, when performing the update.
A system comprising: processing circuitry; memory including instructions that, when executed by the processing circuitry, cause the processing circuitry to perform operations for custom wake word selection, the operations comprising: determining one or more characteristics of a custom wake word, wherein determining one or more characteristics of the custom wake word includes determining whether the custom wake word is a proper subset of another word; determining that use of the custom wake word will cause more than a threshold rate of false detections based on the characteristics; rejecting the custom wake word as the wake word for accessing a personal assistant in response to determining that the custom wake word is a proper subset of another word; and setting the custom wake word as the wake word in response to determining that use of the custom wake word will not cause more than the threshold rate of false detections. processing circuitry; memory including instructions that, when executed by the processing circuitry, cause the processing circuitry to perform operations for custom wake word selection, the operations comprising: determining one or more characteristics of a custom wake word, wherein determining one or more characteristics of the custom wake word includes determining whether the custom wake word is a proper subset of another word; determining that use of the custom wake word will cause more than a threshold rate of false detections based on the characteristics; rejecting the custom wake word as the wake word for accessing a personal assistant in response to determining that the custom wake word is a proper subset of another word; and setting the custom wake word as the wake word in response to determining that use of the custom wake word will not cause more than the threshold rate of false detections. determining one or more characteristics of a custom wake word, wherein determining one or more characteristics of the custom wake word includes determining whether the custom wake word is a proper subset of another word; determining that use of the custom wake word will cause more than a threshold rate of false detections based on the characteristics; rejecting the custom wake word as the wake word for accessing a personal assistant in response to determining that the custom wake word is a proper subset of another word; and setting the custom wake word as the wake word in response to determining that use of the custom wake word will not cause more than the threshold rate of false detections.
A pharmaceutical composition for use in the treatment of a fibrotic condition, the composition comprising: (a) a peptide consisting of the amino acid sequence FTTFTVT (SEQ ID NO: 1), or a pharmaceutically acceptable salt thereof, or (b) a peptide comprising repeating units of the amino acid sequence FTTFTVT (SEQ ID NO: 1), or a pharmaceutically acceptable salt thereof. (a) a peptide consisting of the amino acid sequence FTTFTVT (SEQ ID NO: 1), or a pharmaceutically acceptable salt thereof, or (b) a peptide comprising repeating units of the amino acid sequence FTTFTVT (SEQ ID NO: 1), or a pharmaceutically acceptable salt thereof.
Method of locating an electrostatic discharge that has occurred on an exterior surface of an aircraft in flight, the method including: ∘ a step during the flight of the aircraft of recording electromagnetic signals stemming from electrostatic discharges and received by a plurality of detectors Di arranged at various locations on the exterior surface of said aircraft; ∘ a step of analyzing the signals recorded during the flight, in which analysis step characteristics of each of the signals received by the various detectors and corresponding to said electrostatic discharge to be located are processed to identify at least one zone of an exterior surface of the aircraft determining a structure part in which the electrostatic discharge probably occurred; and in which analysis step inverse electromagnetic wave propagation algorithms are applied to the recorded data of the signals received by the detectors in order to determine the zone on the exterior surface of the aircraft where the electrostatic discharge from which said electromagnetic signals stem probably occurred, or recorded data of said signals are compared with data simulated by direct electromagnetic wave propagation algorithms applied to electromagnetic emission sources at chosen locations on the structure of the aircraft in order to determine by a process of comparison the zone on the exterior surface of the aircraft where the electrostatic discharge from which said electromagnetic signals stem probably occurred. ∘ a step during the flight of the aircraft of recording electromagnetic signals stemming from electrostatic discharges and received by a plurality of detectors Di arranged at various locations on the exterior surface of said aircraft; ∘ a step of analyzing the signals recorded during the flight, in which analysis step characteristics of each of the signals received by the various detectors and corresponding to said electrostatic discharge to be located are processed to identify at least one zone of an exterior surface of the aircraft determining a structure part in which the electrostatic discharge probably occurred;
A process for manufacturing a magnetic tunnel junction device, comprising: depositing a second insulating layer around a bottom metal and on a first insulating layer; patterning the second insulating layer to expose the bottom metal, wherein said patterning of the second insulating layer comprises etching the second insulating layer until an underlying etch stop layer is exposed; depositing a bottom electrode on the bottom metal to cover the bottom metal after patterning the second insulating layer; planarizing the bottom electrode; and depositing MTJ layers on the bottom electrode after planarizing the bottom electrode. depositing a second insulating layer around a bottom metal and on a first insulating layer; patterning the second insulating layer to expose the bottom metal, wherein said patterning of the second insulating layer comprises etching the second insulating layer until an underlying etch stop layer is exposed; depositing a bottom electrode on the bottom metal to cover the bottom metal after patterning the second insulating layer; planarizing the bottom electrode; and depositing MTJ layers on the bottom electrode after planarizing the bottom electrode.
A lead frame comprising: a lead part that includes an inner lead and an outer lead connected to the inner lead; and a frame unit that supports the lead part, wherein the inner lead has a terminal portion having a facing surface and a back surface in the opposite side from the facing surface, the facing surface facing a conductive pattern of a wiring board, and an outer region of the terminal portion is provided with a solder thickness ensuring portion where the facing surface is depressed toward the back surface, the solder thickness ensuring portion being thinner than a center region of the facing surface, the back surface being flat without a depression, characterized in that the solder thickness ensuring portion forms a U shape along an outer edge of the terminal portion. a lead part that includes an inner lead and an outer lead connected to the inner lead; and a frame unit that supports the lead part, wherein the inner lead has a terminal portion having a facing surface and a back surface in the opposite side from the facing surface, the facing surface facing a conductive pattern of a wiring board, and an outer region of the terminal portion is provided with a solder thickness ensuring portion where the facing surface is depressed toward the back surface, the solder thickness ensuring portion being thinner than a center region of the facing surface, the back surface being flat without a depression, characterized in that the solder thickness ensuring portion forms a U shape along an outer edge of the terminal portion.