mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station, a radio resource control, RRC, message including information on a priority for a plurality of reference signals, RSs; identifying activated transmission configuration indicator, TCI, states for control resource sets, CORESETs; identifying one or more RSs associated with the activated TCI states; determining a beam failure detection, BFD, RS set that includes at least one RS among the one or more RSs, based on the information on the priority for the one or more RSs; identifying whether a beam failure is detected based on the at least one RS included in the BFD RS set; and in case that the beam failure is detected, transmitting, to the base station, a beam failure recovery, BFR, request message. receiving, from a base station, a radio resource control, RRC, message including information on a priority for a plurality of reference signals, RSs; identifying activated transmission configuration indicator, TCI, states for control resource sets, CORESETs; identifying one or more RSs associated with the activated TCI states; determining a beam failure detection, BFD, RS set that includes at least one RS among the one or more RSs, based on the information on the priority for the one or more RSs; identifying whether a beam failure is detected based on the at least one RS included in the BFD RS set; and in case that the beam failure is detected, transmitting, to the base station, a beam failure recovery, BFR, request message.
Motor vehicle door latch, in particular a motor vehicle front hood latch, comprising a locking mechanism which substantially consists of a catch and pawl and interacts with a latch holder bracket on a hood , and comprising a retaining element which, during an unlocking process of the hood , holds the pawl in a retaining position in which it is raised from the catch , the latch holder bracket continuing to engage in the catch in the retaining position, and, during a first opening process which proceeds from the retaining position, the retaining element transferring into a release position which releases the pawl , characterized by a switch lever which is designed as a two-arm lever having a stop arm abutting the latch holder bracket , and a bearing arm supporting the retaining element , on which switch lever the retaining element is mounted, the retaining element being designed as a retaining lever having a blocking arm which interacts with the pawl , and a control arm which interacts with the switch lever .
A system, comprising: an ablation device including a proximal portion, a distal portion, and a central portion , the central portion including a set of electrodes disposed thereon, the set of electrodes includes subsets of electrodes, each subset of electrodes having a first length and adjacent subsets of electrodes being spaced from each other by a second length, the ablation device including first and second sets of fiducials, fiducials of the first and second sets of fiducials being alternately disposed along a length of the ablation device , the first set of fiducials differing from the second set of fiducials by one or more characteristics, and at least one of: adjacent fiducials of the first set of fiducials are spaced apart by a sum of the first and second lengths, or a fiducial of the first set of fiducials is spaced from an adjacent fiducial of the second set of fiducials by a third length equal to a width of an electrode of the set of electrodes ; and a cinch device defining a first lumen configured to slidably receive the proximal portion of the ablation device and a second lumen extending parallel to the first lumen and configured to slidably receive the distal portion of the ablation device , such that the central portion of the ablation device forms an adjustable loop when the proximal and distal portions of the ablation device are received in the first and second lumens of the cinch device . an ablation device including a proximal portion, a distal portion, and a central portion , the central portion including a set of electrodes disposed thereon, the set of electrodes includes subsets of electrodes, each subset of electrodes having a first length and adjacent subsets of electrodes being spaced from each other by a second length, the ablation device including first and second sets of fiducials, fiducials of the first and second sets of fiducials being alternately disposed along a length of the ablation device , the first set of fiducials differing from the second set of fiducials by one or more characteristics, and at least one of: adjacent fiducials of the first set of fiducials are spaced apart by a sum of the first and second lengths, or a fiducial of the first set of fiducials is spaced from an adjacent fiducial of the second set of fiducials by a third length equal to a width of an electrode of the set of electrodes ; and adjacent fiducials of the first set of fiducials are spaced apart by a sum of the first and second lengths, or a fiducial of the first set of fiducials is spaced from an adjacent fiducial of the second set of fiducials by a third length equal to a width of an electrode of the set of electrodes ; and a cinch device defining a first lumen configured to slidably receive the proximal portion of the ablation device and a second lumen extending parallel to the first lumen and configured to slidably receive the distal portion of the ablation device , such that the central portion of the ablation device forms an adjustable loop when the proximal and distal portions of the ablation device are received in the first and second lumens of the cinch device .
A padlock comprising a lock body and a hoop , in particular a flexible hoop, which has a first hoop end , wherein the lock body has a first hoop receiver in order to selectively receive the first hoop end therein; wherein the lock body comprises a blocking element which is displaceable between a blocked position in which it blocks the first hoop end against an exiting from the first hoop receiver and a release position in which it releases the first hoop end for an exiting from the first hoop receiver ; and wherein the lock body comprises a drive element which is rotatable between a locked position in which it locks the blocking element in its blocked position and an unlocked position in which it permits a displacement of the blocking element into its release position, characterized in that the drive element comprises a rotary body and a latch element which is displaceably supported at the rotary body relative to the rotary body , with the latch element being preloaded toward the blocking element in the unlocked position in order to secure the blocking element against an automatic displacement into the release position.
Method for operating a security module (SE), in which - a command (CMD) is received in the security module (SE) and processed by the security module (SE); - in addition to the processing of the command (CMD), an operation (KG) in the security module (SE) is executed early; characterized in that the early operation (KG) comprises at least one sub-process of a key generation which is triggered internally in the security module (SE), and the early operation (KG) is aborted by the security module (SE) if it is not completed after expiry of a time criterion, wherein the early operation (KG), in the event of its abortion when it is executed for the first time after an initialization of the security module (SE) or a usage of a result of a previously executed early operation (KG), is executed again for each subsequently received command (CMD) or for subsequently received commands (CMD) of one or more specific command types until it is completed at least once without abortion. - a command (CMD) is received in the security module (SE) and processed by the security module (SE); - in addition to the processing of the command (CMD), an operation (KG) in the security module (SE) is executed early;
An external adjustment device , for magnetically generating rotational motion of a permanent magnet of a distraction device , the external adjustment device comprising: a first driver magnet , having a first elongate rotational axis, a north pole on a first side of the rotational axis, a south pole on a second side of the rotational axis and a first central magnetic axis extending transversely to the rotational axis and through the centers of the north and south poles ; a second driver magnet , having a second elongate rotational axis, a north pole on a first side of the rotational axis, a south pole on a second side of the rotational axis and a second central magnetic axis extending transversely to the rotational axis and through the centers of the north and south poles ; wherein the first and second elongate rotational axes are parallel to each other; a handle coupled to the first and second driver magnets ; and a drive system mounted in the handle configured for synchronous rotation of the first and second driver magnets about the first and second rotational axes; characterized in that the first and second central magnetic axes are oriented at an angular offset relative to each other during synchronous rotation of the first and second driver magnets , so as to increase or decrease a flux density for a given gap distance between the first driver magnet and the second driver magnet , and further comprising a control for adjusting the angle between the first and second magnetic axes . a first driver magnet , having a first elongate rotational axis, a north pole on a first side of the rotational axis, a south pole on a second side of the rotational axis and a first central magnetic axis extending transversely to the rotational axis and through the centers of the north and south poles ; a second driver magnet , having a second elongate rotational axis, a north pole on a first side of the rotational axis, a south pole on a second side of the rotational axis and a second central magnetic axis extending transversely to the rotational axis and through the centers of the north and south poles ; wherein the first and second elongate rotational axes are parallel to each other; a handle coupled to the first and second driver magnets ; and a drive system mounted in the handle configured for synchronous rotation of the first and second driver magnets about the first and second rotational axes;
A method for producing a diamine precursor compound represented by the formula 3, which comprises reacting, in accordance with the following reaction formula , a dinitro compound represented by the formula 1 and a compound represented by the formula 2 in the absence of a base, while discharging generated hydrogen chloride in the form of gas to the outside of the reaction system: where R 1 is a monovalent organic group.
A method of freeze protection for a chiller , the chiller configured to circulate a first fluid and a second fluid therethrough, and the chiller including a compressor configured to circulate the first fluid, a controller in communication with a first sensor , a second sensor , and a metering device , a condenser in flow communication with the metering device and an evaporator in flow communication with the metering device and the compressor, wherein the evaporator is configured to allow the first fluid and the second fluid to flow therethrough, the method comprising: (a) operating the first sensor to measure a fluid characteristic of the first fluid as it flows through the evaporator and operating the second sensor to measure a fluid characteristic of the second fluid as it flows through the evaporator; characterised by : (b) operating the controller to determine whether the difference between the fluid characteristic of the first fluid and the fluid characteristic of the second fluid is greater than a freezing limit; and (c) operating the controller to enter a freeze protection mode if the difference between the fluid characteristic of the first fluid and the fluid characteristic of the second fluid is greater than the freezing limit, wherein entering the freeze protection mode comprises: (i) operating a third sensor to measure a liquid volume of the first fluid within the condenser; and (ii) operating the metering device to increase the liquid volume of the first fluid within the condenser to a first protection volume equal to or below a maximum protection volume. (a) operating the first sensor to measure a fluid characteristic of the first fluid as it flows through the evaporator and operating the second sensor to measure a fluid characteristic of the second fluid as it flows through the evaporator; (b) operating the controller to determine whether the difference between the fluid characteristic of the first fluid and the fluid characteristic of the second fluid is greater than a freezing limit; and (c) operating the controller to enter a freeze protection mode if the difference between the fluid characteristic of the first fluid and the fluid characteristic of the second fluid is greater than the freezing limit, (i) operating a third sensor to measure a liquid volume of the first fluid within the condenser; and (ii) operating the metering device to increase the liquid volume of the first fluid within the condenser to a first protection volume equal to or below a maximum protection volume.
A temperature-sensing RFID device suitable for securing to an article, comprising: an RFID chip including a temperature sensor; an antenna electrically coupled to the RFID chip and adapted to receive energy from an RF field and produce a signal; and a thermally conductive or absorbent structure associated with the RFID chip , oriented so as to be positioned between at least a portion of the RFID chip and the article to which the temperature-sensing RFID device is to be secured, configured to be in direct contact with the RFID chip and said article, and configured to enhance thermal coupling between the temperature sensor and said article, characterized in that the thermally conductive or absorbent structure includes an adhesive comprising particles having a greater thermal conductivity than the remainder of the adhesive, and that the thermally conductive or absorbent structure has a thermal mass selected for enhanced tracking of the temperature of said article, wherein the thermal mass tends to average the internal temperature of the article. an RFID chip including a temperature sensor; an antenna electrically coupled to the RFID chip and adapted to receive energy from an RF field and produce a signal; and a thermally conductive or absorbent structure associated with the RFID chip , oriented so as to be positioned between at least a portion of the RFID chip and the article to which the temperature-sensing RFID device is to be secured, configured to be in direct contact with the RFID chip and said article, and configured to enhance thermal coupling between the temperature sensor and said article, characterized in that the thermally conductive or absorbent structure includes an adhesive comprising particles having a greater thermal conductivity than the remainder of the adhesive, and that the thermally conductive or absorbent structure has a thermal mass selected for enhanced tracking of the temperature of said article, wherein the thermal mass tends to average the internal temperature of the article.