mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station, configuration information corresponding to a synchronization signal block, SSB, including a SSB index, a random access preamble index and a random access channel mask index; determining a random access channel occasion, RO, associated with a SSB determined by the SSB index, based on the random access channel mask index; determining a random access preamble based on the random access preamble index; and transmitting, to the base station, the random access preamble on a random access resource corresponding to the RO, wherein in case that the random access preamble is transmitted for handover to a target cell, absolute time difference between a radio frame of a serving cell and a radio frame of the target cell is determined based on configuration information corresponding to a SSB of the target cell. receiving, from a base station, configuration information corresponding to a synchronization signal block, SSB, including a SSB index, a random access preamble index and a random access channel mask index; determining a random access channel occasion, RO, associated with a SSB determined by the SSB index, based on the random access channel mask index; determining a random access preamble based on the random access preamble index; and transmitting, to the base station, the random access preamble on a random access resource corresponding to the RO, wherein in case that the random access preamble is transmitted for handover to a target cell, absolute time difference between a radio frame of a serving cell and a radio frame of the target cell is determined based on configuration information corresponding to a SSB of the target cell.
A battery pack, comprising: a cell assembly having a plurality of secondary batteries; a pack housing having an inner space to accommodate the cell assembly therein; a terminal bolt configured to protrude out of the pack housing; a center plate located at an upper portion of the cell assembly in the inner space of the pack housing and having an insert groove formed therein; and a bus bar having one end electrically connected to an electrode terminal of the cell assembly and the other end connected to the terminal bolt by contact, the bus bar being inserted into the insert groove of the center plate, characterized in that the bus bar has a bent portion, and the bent portion is inserted into the insert groove of the center plate, and the terminal bolt has a cover protrusion inserted into the insert groove together with the bent portion to surround at least a part of the bent portion. a cell assembly having a plurality of secondary batteries; a pack housing having an inner space to accommodate the cell assembly therein; a terminal bolt configured to protrude out of the pack housing; a center plate located at an upper portion of the cell assembly in the inner space of the pack housing and having an insert groove formed therein; and a bus bar having one end electrically connected to an electrode terminal of the cell assembly and the other end connected to the terminal bolt by contact, the bus bar being inserted into the insert groove of the center plate, characterized in that the bus bar has a bent portion, and the bent portion is inserted into the insert groove of the center plate, and the terminal bolt has a cover protrusion inserted into the insert groove together with the bent portion to surround at least a part of the bent portion.
A cooling device attached to a power transmitting device that is adapted to perform wireless power supply using a coil to a movable power receiving device, said cooling device cooling a coil provided on the power receiving device, characterized in that said cooling is achieved by spraying a coolant toward said coil, wherein the cooling device comprises: a coolant jetting member where a coolant jet port is provided; a coolant flow line configured to supply the coolant to the coolant jetting member; an electromagnetic valve configured to open and close a flow path of the coolant flow line; an inclination adjusting device configured to adjust an angle of the coolant jetting member; and a control unit configured to drive the inclination adjusting device in accordance with a size of the coil, wherein the cooling device is configured to spray the coolant when an amount of heat generated by the coil exceeds a threshold by driving the electromagnetic valve to be opened and closed. said cooling is achieved by spraying a coolant toward said coil, wherein the cooling device comprises: a coolant jetting member where a coolant jet port is provided; a coolant flow line configured to supply the coolant to the coolant jetting member; an electromagnetic valve configured to open and close a flow path of the coolant flow line; an inclination adjusting device configured to adjust an angle of the coolant jetting member; and a control unit configured to drive the inclination adjusting device in accordance with a size of the coil, a coolant jetting member where a coolant jet port is provided; a coolant flow line configured to supply the coolant to the coolant jetting member; an electromagnetic valve configured to open and close a flow path of the coolant flow line; an inclination adjusting device configured to adjust an angle of the coolant jetting member; and a control unit configured to drive the inclination adjusting device in accordance with a size of the coil, wherein the cooling device is configured to spray the coolant when an amount of heat generated by the coil exceeds a threshold by driving the electromagnetic valve to be opened and closed.
A system for treating skin tissue with radio-frequency energy, comprising a radio-frequency source and an applicator, wherein the applicator comprises a manipulator and a roller (107, 107A-C), which is rotatable about an axis of rotation and comprises at least one radio-frequency electrode (115, 115A-D) for contacting a skin surface at successive contact areas of the skin surface, wherein the radio-frequency electrode is couplable or coupled with the radiofrequency source, and wherein the roller is rotatable and configured for, in use, causing the radio-frequency electrode to contact the successive contact areas of the skin surface by rotation of the roller over the skin surface, wherein the system comprises at least one sensor configured to provide a signal indicative of contact between the radio-frequency electrode (115, 115A-D) and the skin tissue, and wherein the system is configured to apply the radio-frequency energy to the skin tissue only via direct mechanical contact between the radio-frequency electrode and the skin surface when the roller is in direct mechanical contact with the skin surface, wherein the roller (107, 107A-C) is rotatable about the axis of rotation over a first angular range and characterized in that the radio-frequency electrode (115, 115A-D) has a contact surface (121A-D) for contacting the skin surface continuously extending about the axis of rotation over a second angular range equal to or larger than the first angular range. wherein the applicator comprises a manipulator and a roller (107, 107A-C), which is rotatable about an axis of rotation and comprises at least one radio-frequency electrode (115, 115A-D) for contacting a skin surface at successive contact areas of the skin surface, wherein the radio-frequency electrode is couplable or coupled with the radiofrequency source, and wherein the roller is rotatable and configured for, in use, causing the radio-frequency electrode to contact the successive contact areas of the skin surface by rotation of the roller over the skin surface, wherein the system comprises at least one sensor configured to provide a signal indicative of contact between the radio-frequency electrode (115, 115A-D) and the skin tissue, and wherein the system is configured to apply the radio-frequency energy to the skin tissue only via direct mechanical contact between the radio-frequency electrode and the skin surface when the roller is in direct mechanical contact with the skin surface, wherein the roller (107, 107A-C) is rotatable about the axis of rotation over a first angular range and characterized in that the radio-frequency electrode (115, 115A-D) has a contact surface (121A-D) for contacting the skin surface continuously extending about the axis of rotation over a second angular range equal to or larger than the first angular range.
A detector comprising: an elongated, rigid light guide with a hemispherical optical input end, an optical output end and a tapered body portion tapering out from the input end to the output end; first and second different, optical flame sensors located adjacent to the output end where each sensor (16a, 16b) responds to an optical, flame related, signal of a respective frequency; and control circuits (20-1, 20-2), responsive to at least outputs from the sensors, to detect the presence of flames of a fire. an elongated, rigid light guide with a hemispherical optical input end, an optical output end and a tapered body portion tapering out from the input end to the output end; first and second different, optical flame sensors located adjacent to the output end where each sensor (16a, 16b) responds to an optical, flame related, signal of a respective frequency; and control circuits (20-1, 20-2), responsive to at least outputs from the sensors, to detect the presence of flames of a fire.
Door for a motor vehicle with a door body, a window opening which is delimited by a window frame and on an underside by the door body, and a height-adjustable window pane which is attached to a shaft strip between an open position that is at least partially recessed in the door body and a closed position that covers the window opening, the window pane being movable between the slot strip lying on its outside and on its inside above and is clamped below the shaft strip bearing surfaces (18, 26) and of the bearing surfaces (18, 26) and the shaft strip at least one is elastically resilient, the adjustable window pane being framed laterally by guide rails (12, 13) of the window frame which extend in its direction of adjustment, characterized in that one of the guide rails with a L- or Z-shaped cross section with approximately right angles clashing legs (26, 27) is performed, wherein the one Leg the inner leg and the other leg the base bar of the professional guide upwards over the belt line addition extended and one of the legs on the way Window pane forms a further contact surface for the window pane in the closed position, to which the window pane is always fixed is pressed, so that it does not lose contact with the leg under the influence of the wind.
A non-transitory storage medium storing instructions readable and executable by an electronic processor to perform a ransomware attack, RWA, detection method comprising: receiving incremental or differential backup metadata for a computer or network of computers via an electronic network, the incremental or differential backup metadata identifying files of the computer or network of computers which are new, modified, or deleted since a last incremental or last full backup of the computer or network of computers; extracting file metadata from the received incremental or differential backup metadata for the files which are new or deleted since the last incremental or last full backup of the computer or network of computers; identifying candidate new files and candidate deleted files in which the candidate new files are candidates for being encrypted copies of the candidate deleted files, the candidate new files and the candidate deleted files being identified using the extracted file metadata; generating a RWA alert if the identified candidate new files and the candidate deleted files meet a RWA alert criterion computed using the extracted file metadata; performing a RWA alert verification in response to the RWA alert wherein the RWA verification uses at least a sample of the candidate new files; and performing RWA remediation including at least disabling the computer or network of computers via the electronic network in response to the RWA verification satisfying a RWA alert verification criterion. receiving incremental or differential backup metadata for a computer or network of computers via an electronic network, the incremental or differential backup metadata identifying files of the computer or network of computers which are new, modified, or deleted since a last incremental or last full backup of the computer or network of computers; extracting file metadata from the received incremental or differential backup metadata for the files which are new or deleted since the last incremental or last full backup of the computer or network of computers; identifying candidate new files and candidate deleted files in which the candidate new files are candidates for being encrypted copies of the candidate deleted files, the candidate new files and the candidate deleted files being identified using the extracted file metadata; generating a RWA alert if the identified candidate new files and the candidate deleted files meet a RWA alert criterion computed using the extracted file metadata; performing a RWA alert verification in response to the RWA alert wherein the RWA verification uses at least a sample of the candidate new files; and performing RWA remediation including at least disabling the computer or network of computers via the electronic network in response to the RWA verification satisfying a RWA alert verification criterion.
A method for transmitting feedback information, comprising: determining, by terminal equipment, at least one Physical Uplink Control Channel, PUCCH, resource; in a first downlink subframe set, receiving, by the terminal equipment, data on at least one licensed carrier and at least one unlicensed carrier, and obtaining feedback information for the data on the at least one licensed carrier and feedback information for the data on the at least one unlicensed carrier, wherein the feedback information comprises Acknowledgement, ACK, information or Negative Acknowledgement, NACK, information; and determining, by the terminal equipment, a PUCCH resource for transmitting the feedback information for the data on the at least one licensed carrier and transmitting the feedback information for the data on the at least one unlicensed carrier, from the at least one PUCCH resource according to a number of bits of the feedback information for the data on the at least one unlicensed carrier. determining, by terminal equipment, at least one Physical Uplink Control Channel, PUCCH, resource; in a first downlink subframe set, receiving, by the terminal equipment, data on at least one licensed carrier and at least one unlicensed carrier, and obtaining feedback information for the data on the at least one licensed carrier and feedback information for the data on the at least one unlicensed carrier, wherein the feedback information comprises Acknowledgement, ACK, information or Negative Acknowledgement, NACK, information; and determining, by the terminal equipment, a PUCCH resource for transmitting the feedback information for the data on the at least one licensed carrier and transmitting the feedback information for the data on the at least one unlicensed carrier, from the at least one PUCCH resource according to a number of bits of the feedback information for the data on the at least one unlicensed carrier.
Wiping system, notably for a motor vehicle, comprising at least one blade configured to move in linear translation over a window and in a direction parallel to two opposite sides of this window, the said at least one blade having a first end and a second end, the wiping system further comprising at least a first rail and a second rail which are arranged at the sides of the window, the said at least first rail and second rail respectively having a curvature intended to espouse the shape of the window, the system being characterized in that the first rail and the second rail are intended to house a first runner and a second runner which are respectively connected to the first and to the second ends of the blade, and in that the wiping system further comprises at least one first drive motor and one second drive motor arranged respectively at the first rail and at the second rail in order respectively to drive the first runner and the second runner via a first associated coupling mechanism and second associated coupling mechanism, the said at least first drive motor and second drive motor being operated by a control unit configured to allow the movements of the first runner and of the second runner to be synchronized.
A container for a blender comprising a base surface, a blade rotatable on an axis and positioned above said base surface, an arcuate wall extending upwardly from said base surface, wherein said arcuate wall is formed as one continuous curve, and first and second generally straight walls (15, 16) extending upwardly from said base surface and intersecting each other, said first and second walls (15, 16) each intersecting said arcuate wall, said arcuate wall and said first and second walls (15, 16) being positioned such that the axis of rotation of said blade is closer to said arcuate wall than to said first and second walls (15, 16).
An electric power cable, which is characterized in that said electric power cable comprises an organic silicon insulating coating layer capable of being cured at room temperature, wherein said electric power cable comprises a cable conductor capable of transmitting electric energy, and said organic silicon insulating coating layer is coated to the exterior surface of said cable conductor, wherein said cable conductor is an exposed overhead bare conductive wire.
A cochlear lead, comprising: a plurality of electrode assemblies partially embedded in a flexible body, the plurality of electrode assemblies being configured to stimulate an auditory nerve from within a cochlea, each of the electrode assemblies comprising: a support structure comprising flexible electrically-conductive material; and an electrode pad attached to the support structure, the electrode pad having a surface configured to be exposed to cochlear tissue and fluid, the surface having a charge transfer to the cochlear tissue and fluid that is higher than that of the flexible electrically-conductive material, characterized in that the support structure comprises a plurality of winged tabs, each winged tab having a central aperture. a plurality of electrode assemblies partially embedded in a flexible body, the plurality of electrode assemblies being configured to stimulate an auditory nerve from within a cochlea, each of the electrode assemblies comprising: a support structure comprising flexible electrically-conductive material; and an electrode pad attached to the support structure, the electrode pad having a surface configured to be exposed to cochlear tissue and fluid, the surface having a charge transfer to the cochlear tissue and fluid that is higher than that of the flexible electrically-conductive material, a support structure comprising flexible electrically-conductive material; and an electrode pad attached to the support structure, the electrode pad having a surface configured to be exposed to cochlear tissue and fluid, the surface having a charge transfer to the cochlear tissue and fluid that is higher than that of the flexible electrically-conductive material,
A plunger for a dispenser, the plunger being configured to be slidably fitted in a syringe, wherein the plunger is made of an elastic resin material and includes a large diameter body portion provided with a ring-shaped contact surface (24, 25) that is configured to contact an inner wall surface of the syringe, a rear opening formed in a backside of the large diameter body portion, and a small diameter body portion provided with a front opening, and wherein the front opening is formed in a size allowing a liquid material to be directly pressed by pressurized air, and allowing at least the plunger to move following a fall in water head position, which is caused with discharge and consumption of the liquid material, characterized in that the front opening is made up of a plurality of openings that are divided by one or more bridging members. wherein the plunger is made of an elastic resin material and includes a large diameter body portion provided with a ring-shaped contact surface (24, 25) that is configured to contact an inner wall surface of the syringe, a rear opening formed in a backside of the large diameter body portion, and a small diameter body portion provided with a front opening, and wherein the front opening is formed in a size allowing a liquid material to be directly pressed by pressurized air, and allowing at least the plunger to move following a fall in water head position, which is caused with discharge and consumption of the liquid material, characterized in that the front opening is made up of a plurality of openings that are divided by one or more bridging members.
An air conditioner indoor unit configured to cause the wind direction of conditioned air blown out from an outlet port to change upward and downward, generating a fluctuating airflow, the air conditioner indoor unit being provided with: a wind direction adjusting blade for changing the blowout angle of the conditioned air in relation to a horizontal plane; a Coanda blade provided in the vicinity of the outlet port; and a control portion, configured to, during a fluctuating airflow control, control the fluctuating airflow of the conditioned air using the wind direction adjusting blade and/or the Coanda blade and to control the operation of the Coanda blade in a first mode that includes a Coanda generating condition in which the Coanda blade, by the Coanda effect, changes the flow of conditioned air instantaneously to a Coanda airflow, following a lower face of the Coanda blade itself and guided in a predetermined direction, and a Coanda airflow not generated condition in which the Coanda airflow instantaneously switches to the original flow of conditioned air. a wind direction adjusting blade for changing the blowout angle of the conditioned air in relation to a horizontal plane; a Coanda blade provided in the vicinity of the outlet port; and a control portion, configured to, during a fluctuating airflow control, control the fluctuating airflow of the conditioned air using the wind direction adjusting blade and/or the Coanda blade and to control the operation of the Coanda blade in a first mode that includes a Coanda generating condition in which the Coanda blade, by the Coanda effect, changes the flow of conditioned air instantaneously to a Coanda airflow, following a lower face of the Coanda blade itself and guided in a predetermined direction, and a Coanda airflow not generated condition in which the Coanda airflow instantaneously switches to the original flow of conditioned air.