mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: receiving a radio resource control, RRC, message for a serving cell including a random access channel, RACH, resource configuration for one or more uplink bandwidth parts, BWPs for the serving cell, wherein the RRC message for the serving cell includes information indicating a default uplink BWP for a secondary cell, SCell; receiving an SCell activation command; activating the default uplink BWP based on the SCell activation command; transmitting a random access preamble on the activated default uplink BWP among the one or more uplink BWPs, receiving a random access response, RAR, including an indication of a timing advance, TA, value, wherein the TA value is indicated relative to a subcarrier spacing, SCS, of an uplink transmission to be performed from the UE after the reception of the RAR; and performing the uplink transmission after the reception of the RAR according to the TA value, based on a timing alignment corresponding to the TA value, wherein the timing alignment is identified based on the TA value and a step size associated with a granularity, wherein the step size is inversely proportional to the identified SCS of the uplink transmission after the reception of the RAR, and wherein the random access preamble is transmitted based on a RACH resource configuration associated with the activated default uplink BWP. receiving a radio resource control, RRC, message for a serving cell including a random access channel, RACH, resource configuration for one or more uplink bandwidth parts, BWPs for the serving cell, wherein the RRC message for the serving cell includes information indicating a default uplink BWP for a secondary cell, SCell; receiving an SCell activation command; activating the default uplink BWP based on the SCell activation command; transmitting a random access preamble on the activated default uplink BWP among the one or more uplink BWPs, receiving a random access response, RAR, including an indication of a timing advance, TA, value, wherein the TA value is indicated relative to a subcarrier spacing, SCS, of an uplink transmission to be performed from the UE after the reception of the RAR; and performing the uplink transmission after the reception of the RAR according to the TA value, based on a timing alignment corresponding to the TA value, wherein the timing alignment is identified based on the TA value and a step size associated with a granularity, wherein the step size is inversely proportional to the identified SCS of the uplink transmission after the reception of the RAR, and wherein the random access preamble is transmitted based on a RACH resource configuration associated with the activated default uplink BWP.
A system for delivering an implantable fixation device for grasping, approximating and fixating cardiac valve tissue comprising: the implantable fixation device having an attachment portion at a proximal end thereof, said attachment portion having an interior; an interventional catheter having an attachment portion configured to engage the attachment portion of said fixation device , said attachment portion of the interventional catheter having an interior; at least one of said attachment portions of said fixation device and said interventional catheter being biased to disengage from the other attachment portion; and a rod at least partially disposed within both interiors and regulating engagement between the attachment portions of the interventional catheter and the fixation device , wherein the rod and the fixation device are provided with mating threaded portions. the implantable fixation device having an attachment portion at a proximal end thereof, said attachment portion having an interior; an interventional catheter having an attachment portion configured to engage the attachment portion of said fixation device , said attachment portion of the interventional catheter having an interior; at least one of said attachment portions of said fixation device and said interventional catheter being biased to disengage from the other attachment portion; and a rod at least partially disposed within both interiors and regulating engagement between the attachment portions of the interventional catheter and the fixation device , wherein the rod and the fixation device are provided with mating threaded portions.
A safety device for preventing injuries to the hips, the pelvis, the buttocks and the coccyx by inflation of an airbag adapted for wearer , said device comprising: - a portable inflatable bag ; - at least one source of releasable gas coupled to the bag ; - a belt buckle in which a plurality of sensors are arranged, for determining the angular movement and the acceleration of a wearer during a fall of the wearer; - a microcontroller adapted to analyse data received by different functional blocks in order to define the time to trigger the gas source; and - means for discharging the source to release the gas into the bag according to a determination by the microcontroller that the wearer is falling; characterised in that two of the sensors arranged in the buckle are a first thermal sensor measuring the ambient temperature and a second thermal sensor measuring the body temperature of a wearer , the first and second thermal sensors being arranged for triggering of the airbag in case of a fall only when the device is worn by a wearer, by measuring the temperature difference measured by the two thermal sensors thus ensuring the presence of a wearer of the device and in that it comprises a wireless communication module for transmitting information relative to a state of the device corresponding to the presence or not of a wearer and to the triggering of the airbag or not to a person other than the wearer of said device. - a portable inflatable bag ; - at least one source of releasable gas coupled to the bag ; - a belt buckle in which a plurality of sensors are arranged, for determining the angular movement and the acceleration of a wearer during a fall of the wearer; - a microcontroller adapted to analyse data received by different functional blocks in order to define the time to trigger the gas source; and - means for discharging the source to release the gas into the bag according to a determination by the microcontroller that the wearer is falling;
A coating composition comprising - a plurality of high aspect ratio flakes with an aspect ratio (L/T) from 2 to 31 and - a radiation-curable binder suitable for creating a rough tactile structure on a substrate, whereby the tactile structure is characterized by - including upwardly-projecting elements with their longest dimension L being larger than the applied thickness of the binder on the substrate and - having a surface roughness with a relief structure over 12 microns in height (as defined in the experimental part). - a plurality of high aspect ratio flakes with an aspect ratio (L/T) from 2 to 31 and - a radiation-curable binder suitable for creating a rough tactile structure on a substrate, whereby the tactile structure is characterized by - including upwardly-projecting elements with their longest dimension L being larger than the applied thickness of the binder on the substrate and - having a surface roughness with a relief structure over 12 microns in height (as defined in the experimental part).
Method for damping a side-side oscillation of a tower of a wind turbine having a generator connected to a converter , the method comprising: measuring an acceleration value of the tower ; determining, based on the acceleration value , at least one frequency value of at least one tower oscillation mode, including a second tower oscillation mode; and controlling the converter of the wind turbine based at least on the acceleration value and the frequency value . measuring an acceleration value of the tower ; determining, based on the acceleration value , at least one frequency value of at least one tower oscillation mode, including a second tower oscillation mode; and controlling the converter of the wind turbine based at least on the acceleration value and the frequency value .
A computing apparatus comprising a processor coupled to a main memory , and a write only memory module , wherein the processor is configured to: execute an application under test , wherein the application under test is configured to write output data to the main memory ; and direct the output data to the write only memory module ; wherein the write only memory module is configured to accept memory write operations, or output data , from the application under test , and to store the output data in a protected memory cache ; the processor is further configured to: transfer the output data from the cache to the main memory when the execution of the application under test is successful; or erase the output data from the cache when the execution of the application under test is unsuccessful; wherein the processor is configured to detect that the execution of the application under test is unsuccessful when the output data is written to an invalid location in the write only memory module . execute an application under test , wherein the application under test is configured to write output data to the main memory ; and direct the output data to the write only memory module ; wherein the write only memory module is configured to accept memory write operations, or output data , from the application under test , and to store the output data in a protected memory cache ; the processor is further configured to: transfer the output data from the cache to the main memory when the execution of the application under test is successful; or erase the output data from the cache when the execution of the application under test is unsuccessful; wherein the processor is configured to detect that the execution of the application under test is unsuccessful when the output data is written to an invalid location in the write only memory module .
An information processing system comprising: an excitation light source that irradiates a respective plurality of samples belonging to a sample group with excitation light; a measurement unit that measures fluorescence generated by irradiation of the sample with the excitation light; and an information processing unit that generates differential data based on a difference between similar fluorescence signals among fluorescence signals based on the fluorescence measured for the respective samples; characterised in that the fluorescence signal includes spectrum information of light generated by irradiating the sample labeled with a fluorescent dye with excitation light and fluorescent dye information of the fluorescent dye obtained from the spectrum information through spectrum un-mixing, and the information processing unit specifies the similar fluorescent dye information based on a combination of the samples of the respective similar spectrum information specified when a difference between the similar spectrum information is calculated and calculates a difference between the specified similar fluorescent dye information. an excitation light source that irradiates a respective plurality of samples belonging to a sample group with excitation light; a measurement unit that measures fluorescence generated by irradiation of the sample with the excitation light; and an information processing unit that generates differential data based on a difference between similar fluorescence signals among fluorescence signals based on the fluorescence measured for the respective samples; characterised in that the fluorescence signal includes spectrum information of light generated by irradiating the sample labeled with a fluorescent dye with excitation light and fluorescent dye information of the fluorescent dye obtained from the spectrum information through spectrum un-mixing, and the information processing unit specifies the similar fluorescent dye information based on a combination of the samples of the respective similar spectrum information specified when a difference between the similar spectrum information is calculated and calculates a difference between the specified similar fluorescent dye information.
Treatment device comprising: - a first implant comprising a body , preferably tubular, defining a window ; and - an elastic ring , arranged in the window , the elastic ring defining an inner opening , an outer contour and an annular bearing surface between the inner opening and the outer contour , the ring being deformable between a rest position and an introduction position, in which the inner opening has a diameter greater than its diameter in the rest position, the ring being elastically biased towards the rest position, characterized in that the ring comprises at least three strands passing through the ring , each strand comprising a first end and a second end positioned on the outer contour , the contour of the opening being defined by a portion of each strand and having a pseudo-polygon shape. - a first implant comprising a body , preferably tubular, defining a window ; and - an elastic ring , arranged in the window , the elastic ring defining an inner opening , an outer contour and an annular bearing surface between the inner opening and the outer contour , the ring being deformable between a rest position and an introduction position, in which the inner opening has a diameter greater than its diameter in the rest position, the ring being elastically biased towards the rest position, characterized in that the ring comprises at least three strands passing through the ring , each strand comprising a first end and a second end positioned on the outer contour , the contour of the opening being defined by a portion of each strand and having a pseudo-polygon shape.
A surgical suture comprising: a) an elongate tubular sleeve surrounding an elongate tubular cavity, the suture lacking a core; b) the sleeve comprising a plurality of multifilament strands braided together, the sleeve lacking any monofilament strands; c) the multifilament strand comprising a plurality of filaments, a filament comprising a plurality of polymer chains, where the polymer chains in at least some of the filaments are ultra-high molecular weight polyethylene (UHMWPE); d) the multifilament strands are braided together at 8 to 24 plaits per centimeter; and e) the strands in the sleeve are twisted at 150 to 350 turns per meter. a) an elongate tubular sleeve surrounding an elongate tubular cavity, the suture lacking a core; b) the sleeve comprising a plurality of multifilament strands braided together, the sleeve lacking any monofilament strands; c) the multifilament strand comprising a plurality of filaments, a filament comprising a plurality of polymer chains, where the polymer chains in at least some of the filaments are ultra-high molecular weight polyethylene (UHMWPE); d) the multifilament strands are braided together at 8 to 24 plaits per centimeter; and e) the strands in the sleeve are twisted at 150 to 350 turns per meter.
A battery apparatus comprising: a battery module ; a cooling device used for cooling the battery module ; and a processing circuitry configured to determine an estimated naturally-decreasing temperature, which is a temperature at which the temperature of the battery module is estimated to decrease due to ambient influences, based on a difference between a temperature of the battery module and an atmospheric temperature in response to the temperature of the battery module being higher than the atmospheric temperature, determine a stop temperature based on a reference temperature of the stop temperature and the estimated naturally-decreasing temperature, and stop an operation of the cooling device in response to the temperature of the battery module being lower than the stop temperature. a battery module ; a cooling device used for cooling the battery module ; and a processing circuitry configured to determine an estimated naturally-decreasing temperature, which is a temperature at which the temperature of the battery module is estimated to decrease due to ambient influences, based on a difference between a temperature of the battery module and an atmospheric temperature in response to the temperature of the battery module being higher than the atmospheric temperature, determine a stop temperature based on a reference temperature of the stop temperature and the estimated naturally-decreasing temperature, and stop an operation of the cooling device in response to the temperature of the battery module being lower than the stop temperature. determine an estimated naturally-decreasing temperature, which is a temperature at which the temperature of the battery module is estimated to decrease due to ambient influences, based on a difference between a temperature of the battery module and an atmospheric temperature in response to the temperature of the battery module being higher than the atmospheric temperature, determine a stop temperature based on a reference temperature of the stop temperature and the estimated naturally-decreasing temperature, and stop an operation of the cooling device in response to the temperature of the battery module being lower than the stop temperature.
A hydraulic cylinder unit for a motor vehicle clutch, which has a cylinder housing which has at least one bayonet-type fastening geometry on a lateral surface for connecting the cylinder unit to a motor vehicle-side or clutch-side holding structure , wherein a separately formed plate is attached to the fastening geometry and can be fixed in an axial direction, characterised in that a clip formed separately from the cylinder housing is attached as an axial end stop for the plate and can be arranged in different axial positions along the cylinder housing .
Composition for the stabilisation of at least one photosensitive compound chosen from colorants, perfumes, ultraviolet filters and antioxidants against the effects of ultraviolet radiation, said composition comprising an association of ethylhexyl salicylate (A), butyl methoxybenzoylmethane (B) and diethylhexyl syringylidenemalonate (C) in proportions of: - from 70% to 75% by weight of (A), based on the total weight of (A), (B) and (C); - from 15% to 20% by weight of (B), based on the total weight of (A), (B) and (C); and - from 9% to 13% by weight of (C), based on the total weight of (A), (B) and (C). - from 70% to 75% by weight of (A), based on the total weight of (A), (B) and (C); - from 15% to 20% by weight of (B), based on the total weight of (A), (B) and (C); and - from 9% to 13% by weight of (C), based on the total weight of (A), (B) and (C).
A multiple input-multiple output, MIMO, antenna assembly for an antenna module , the antenna assembly comprising: a planar dielectric member ; and at least one MIMO antenna formed on a surface of the planar dielectric member , wherein the at least one MIMO antenna comprises: a slot antenna , the slot antenna being formed as a first conductive pattern on a surface of the planar dielectric member ; and a monopole antenna , the monopole antenna being formed as a second conductive pattern on the surface of the planar dielectric member and being disposed in a slot portion of the slot antenna , wherein a shape of the slot portion of the slot antenna is tapered. a planar dielectric member ; and at least one MIMO antenna formed on a surface of the planar dielectric member , wherein the at least one MIMO antenna comprises: a slot antenna , the slot antenna being formed as a first conductive pattern on a surface of the planar dielectric member ; and a monopole antenna , the monopole antenna being formed as a second conductive pattern on the surface of the planar dielectric member and being disposed in a slot portion of the slot antenna , wherein a shape of the slot portion of the slot antenna is tapered. a slot antenna , the slot antenna being formed as a first conductive pattern on a surface of the planar dielectric member ; and a monopole antenna , the monopole antenna being formed as a second conductive pattern on the surface of the planar dielectric member and being disposed in a slot portion of the slot antenna , wherein a shape of the slot portion of the slot antenna is tapered.
A method of wireless communication by a first wireless device , comprising: determining a data link attribute for scheduling a data link with a second wireless device , characterized in that the data link attribute comprises a control field comprising an availability map indicator that indicates whether a map control field and an availability map are present in the data link attribute , the availability map indicating an availability of the first wireless device for the data link ; the method further comprising transmitting the determined data link attribute in a frame to the second wireless device . determining a data link attribute for scheduling a data link with a second wireless device , characterized in that the data link attribute comprises a control field comprising an availability map indicator that indicates whether a map control field and an availability map are present in the data link attribute , the availability map indicating an availability of the first wireless device for the data link ; the method further comprising transmitting the determined data link attribute in a frame to the second wireless device .
A bolting device for manufacturing a battery pack provided with a pack housing having a box shape with an open upper portion and a module case accommodating a plurality of secondary batteries , the bolting device comprising: an electric screwdriver provided with a rotation motor; a driver bit connected to the rotation motor to enable a rotation movement and configured to rotate a bolt head; a bit guide member provided with a hollow tube such that the driver bit is inserted into an inside of the hollow tube to be movable; and a guide jig provided with a main body mounted on an upper portion of the pack housing , comprising at least one through hole (H1), and having a plate shape, and a fixing member inserted into the through hole (H1) and mounted therein, comprising an insertion hole (H2) that is perforated such that the bit guide member is inserted, and protruding in a direction in which the module case is located, characterized in that the bit guide member is configured such that a part of the hollow tube is inserted into and coupled to the insertion hole (H2) of the fixing member , wherein at least one mounting groove (G2) extending from the insertion hole (H2) and indented in a lower direction is provided in an upper surface of the fixing member , and wherein the bit guide member is provided with a fixing protrusion (P1) protruding and extending in an outer direction from an upper end of the hollow tube so as to be inserted into and fixed to the mounting groove (G2). an electric screwdriver provided with a rotation motor; a driver bit connected to the rotation motor to enable a rotation movement and configured to rotate a bolt head; a bit guide member provided with a hollow tube such that the driver bit is inserted into an inside of the hollow tube to be movable; and a guide jig provided with a main body mounted on an upper portion of the pack housing , comprising at least one through hole (H1), and having a plate shape, and a fixing member inserted into the through hole (H1) and mounted therein, comprising an insertion hole (H2) that is perforated such that the bit guide member is inserted, and protruding in a direction in which the module case is located, characterized in that the bit guide member is configured such that a part of the hollow tube is inserted into and coupled to the insertion hole (H2) of the fixing member , wherein at least one mounting groove (G2) extending from the insertion hole (H2) and indented in a lower direction is provided in an upper surface of the fixing member , and wherein the bit guide member is provided with a fixing protrusion (P1) protruding and extending in an outer direction from an upper end of the hollow tube so as to be inserted into and fixed to the mounting groove (G2).