mhurhangee/ep-ind-claims huggingface dataset:
A suspension assembly for a heavy-duty vehicle, the suspension assembly configured to be supported by a frame of the heavy-duty vehicle, the suspension assembly comprising: a hanger made up of two hanger side portions configured to be fixed to the frame; a beam including a top plate, a pair of outboard and inboard sidewalls and a bottom wall, the beam having a front end portion, a rear end portion and an extension, the front end portion being operatively connected to the hanger at a pivotal connection; an axle supported by the front end portion of the beam for pivotal movement relative to the hanger at the pivotal connection, the front end portion of the beam being located on a first side of the pivotal connection; an air spring configured to be connected to the frame and to the rear end portion of the beam; and a bumper or lift bag fixed to the extension of the beam, the extension of the beam located on an opposite, second side of the pivotal connection to the front end portion, the bumper or lift bag having a portion for contacting an engagement member fixed to the hanger to limit relative pivotal movement of the beam and the axle in one direction, the configuration and relative positioning of the bumper or lift bag and the engagement member determining the range of pivotal movement of the beam, the bumper or lift bag functioning to limit the pivotal movement of the axle when exposed to compressive force in the one direction, the bumper or lift bag being spaced apart from the engagement member when the beam and axle are at neutral ride-height. a hanger made up of two hanger side portions configured to be fixed to the frame; a beam including a top plate, a pair of outboard and inboard sidewalls and a bottom wall, the beam having a front end portion, a rear end portion and an extension, the front end portion being operatively connected to the hanger at a pivotal connection; an axle supported by the front end portion of the beam for pivotal movement relative to the hanger at the pivotal connection, the front end portion of the beam being located on a first side of the pivotal connection; an air spring configured to be connected to the frame and to the rear end portion of the beam; and a bumper or lift bag fixed to the extension of the beam, the extension of the beam located on an opposite, second side of the pivotal connection to the front end portion, the bumper or lift bag having a portion for contacting an engagement member fixed to the hanger to limit relative pivotal movement of the beam and the axle in one direction, the configuration and relative positioning of the bumper or lift bag and the engagement member determining the range of pivotal movement of the beam, the bumper or lift bag functioning to limit the pivotal movement of the axle when exposed to compressive force in the one direction, the bumper or lift bag being spaced apart from the engagement member when the beam and axle are at neutral ride-height.
A method of manufacturing a marine hose that includes at least a base hose, a sponge layer, a foam rubber layer, and a cover rubber layer, the method comprising the steps of: wrapping a sponge layer around the outside of the base hose; wrapping a foam rubber layer around the outside of the sponge layer, the foam rubber layer containing an unvulcanized foam rubber composition; wrapping a cover rubber layer around the outside of the foam rubber layer; and vulcanizing the wrapped assembly; wherein the foam rubber composition includes a rubber component containing as a main component at least one selected from the group consisting of natural rubber, styrene butadiene rubber, chloroprene rubber, ethylene propylene rubber, ethylene propylene diene rubber, and reclaimed rubber; and, per 100 parts by mass of the rubber component, from 1.1 to 50 parts by mass of a blowing agent and from 1.1 to 50 parts by mass of a blowing aid; and a blow ratio of the foam rubber composition after vulcanization is 1.1 or greater. wrapping a sponge layer around the outside of the base hose; wrapping a foam rubber layer around the outside of the sponge layer, the foam rubber layer containing an unvulcanized foam rubber composition; wrapping a cover rubber layer around the outside of the foam rubber layer; and vulcanizing the wrapped assembly; wherein
A method of buffering tiles of frames in a wireless communication system comprising: setting a partition number M and a temporal sub-sampling rate, N, that specifies a rate at which frames are discarded; receiving a video frame from a sequence of video frames (920, 922, 924, 926, 928, 930); partitioning the received video frame into M tiles, tile(k) with k an index from 1 through M, where k and M are integers; for each k from 1 through M, buffering tile(k) in a buffer provided the buffer has capacity for tile(k) and tile(k) has no corresponding tile in a composite frame, wherein the composite frame is made up of buffered constituent tiles of more than one frame; for each k from 1 through M, in case tile(k) is not buffered discarding tile(k); and wherein if every tile(k) for k from 1 to M is buffered, discarding a next N-1 video frames in the sequence of video frames, where N is an integer greater than one. setting a partition number M and a temporal sub-sampling rate, N, that specifies a rate at which frames are discarded; receiving a video frame from a sequence of video frames (920, 922, 924, 926, 928, 930); partitioning the received video frame into M tiles, tile(k) with k an index from 1 through M, where k and M are integers; for each k from 1 through M, buffering tile(k) in a buffer provided the buffer has capacity for tile(k) and tile(k) has no corresponding tile in a composite frame, wherein the composite frame is made up of buffered constituent tiles of more than one frame; for each k from 1 through M, in case tile(k) is not buffered discarding tile(k); and wherein if every tile(k) for k from 1 to M is buffered, discarding a next N-1 video frames in the sequence of video frames, where N is an integer greater than one.
Abrasive medium, having at least one medium for mechanically treating surfaces, more particularly steel or cast iron beads, wherein an additive is provided for degreasing and cleaning the surface which is to be blasted, and/or the abrasive medium, which comprises a granular material which under the mechanical stresses to which the abrasive medium is subjected during the blasting process, has a lower breaking strength than the at least one medium for mechanically treating the surfaces themselves, characterised in that the additive is perlite stone, more particularly expanded perlite stone.
A method for detecting sleep cycles, said method comprising: - obtaining a heart rate signal of a subject; - processing said heart rate signal for obtaining at least one of a low frequency heart rate variability signal and a very low frequency heart rate variability signal; - obtaining at least one heart rate variability value representing a characteristic of respective one of said obtained low frequency heart rate variability signal and very low frequency heart rate variability signal; - simultaneously with obtaining the heart rate signal, obtaining a stroke volume signal of the heart of the subject; - processing said stroke volume signal for obtaining a stroke volume variability signal; - obtaining a stroke volume variability value representing a characteristic of the stroke volume variability signal by calculating a root mean square value of said stroke volume signal over a moving or a fixed time window; - using said at least one heart rate variability value and said stroke volume variability value for detecting a currently occurring sleep cycle; and - providing a monitoring result in response to detection of the currently occurring sleep cycle, characterized in that the method comprises: - obtaining a respiration depth free high frequency heart rate variability by dividing a high frequency heart rate variability value with the stroke volume variability value, and - detecting sleep cycles from a heart rate variability ratio signal representing ratio of the respiration depth free high frequency heart rate variability value and the low frequency heart rate variability value. - obtaining a heart rate signal of a subject; - processing said heart rate signal for obtaining at least one of a low frequency heart rate variability signal and a very low frequency heart rate variability signal; - obtaining at least one heart rate variability value representing a characteristic of respective one of said obtained low frequency heart rate variability signal and very low frequency heart rate variability signal; - simultaneously with obtaining the heart rate signal, obtaining a stroke volume signal of the heart of the subject; - processing said stroke volume signal for obtaining a stroke volume variability signal; - obtaining a stroke volume variability value representing a characteristic of the stroke volume variability signal by calculating a root mean square value of said stroke volume signal over a moving or a fixed time window; - using said at least one heart rate variability value and said stroke volume variability value for detecting a currently occurring sleep cycle; and - providing a monitoring result in response to detection of the currently occurring sleep cycle, - obtaining a respiration depth free high frequency heart rate variability by dividing a high frequency heart rate variability value with the stroke volume variability value, and - detecting sleep cycles from a heart rate variability ratio signal representing ratio of the respiration depth free high frequency heart rate variability value and the low frequency heart rate variability value.
A single crystal diamond grown by microwave plasma chemical vapour deposition, and having a thickness greater than 1mm, annealed at pressures in excess of 4.0 GPa and at a temperature in excess of 1500 degrees C, such that the single crystal diamond has a hardness greater than 120 GPa and a fracture toughness in the range 6-10 MPa m 1/2.
Extender for mounting a rotor blade to a rotor hub housing of a wind turbine, wherein the extender is produced with cylindrical or conical contours in the axial direction, comprising a first connection region for a connection of the extender with a rotor-hub-side rotational connection and a second connection region for a connection of the extender with the rotor blade, wherein the second connection region is arranged opposite the first connection region and has an annular flange with a number of axial bores which are arranged distributed over the circumference of the annular flange, and wherein the second connection region has stiffening ribs arranged in the interior of the extender, characterized in that the stiffening ribs are distributed circumferentially between the bores, are oriented in the direction of the first connection region and are solidly joined to the second connection region such that one stiffening rib is arranged between every two bores, and such that the stiffening ribs are provided with axial bores.
A processor comprising: a first vector register to store, in each of a plurality of n data fields, an element of a first data type; each data field either to be masked or to be unmasked; a second vector register or memory storage set to store, in each of a plurality of n data fields, a corresponding element of the first data type; a decode stage to decode a first instruction specifying a vector packed tuple cross-comparison operation and a tuple size; and one or more execution units, responsive to the decoded first instruction, to: for each tuple-sized portion of said plurality of n data fields in the first vector register, compare, for each unmasked data field of the tuple-sized portion, its corresponding element with every element of a corresponding tuple-sized portion of the plurality of n data fields of said second vector register or memory storage set, and set, in a bit-mask corresponding to each unmasked element, a mask bit corresponding to each element of said second vector register or memory storage set tuple-sized portion, according to the corresponding comparison. a first vector register to store, in each of a plurality of n data fields, an element of a first data type; each data field either to be masked or to be unmasked; a second vector register or memory storage set to store, in each of a plurality of n data fields, a corresponding element of the first data type; a decode stage to decode a first instruction specifying a vector packed tuple cross-comparison operation and a tuple size; and one or more execution units, responsive to the decoded first instruction, to: for each tuple-sized portion of said plurality of n data fields in the first vector register, compare, for each unmasked data field of the tuple-sized portion, its corresponding element with every element of a corresponding tuple-sized portion of the plurality of n data fields of said second vector register or memory storage set, and set, in a bit-mask corresponding to each unmasked element, a mask bit corresponding to each element of said second vector register or memory storage set tuple-sized portion, according to the corresponding comparison. for each tuple-sized portion of said plurality of n data fields in the first vector register, compare, for each unmasked data field of the tuple-sized portion, its corresponding element with every element of a corresponding tuple-sized portion of the plurality of n data fields of said second vector register or memory storage set, and set, in a bit-mask corresponding to each unmasked element, a mask bit corresponding to each element of said second vector register or memory storage set tuple-sized portion, according to the corresponding comparison.
A pharmaceutical composition comprising the TNP (N2-(m-Trifluorobenzyl), N6-(p-nitrobenzyl)purine) compound represented by formula 1 below, or a pharmaceutically acceptable salt or a pharmaceutical composition thereof, for use in suppressing appetite in a subject in need thereof.
A method for channel state indication-reference signal, CSI-RS, configuration update and spatial indication switch, comprising: receiving an aperiodic CSI-RS by user equipment in a network according to a delay of CSI-RS configuration or trigger update; receiving first data by the user equipment according to an updated transmission configuration indication, TCI, state; and transmitting second data by the UE according to whether a known condition of the second data is fulfilled and according to a corresponding spatial relation, SR, switch delay for the second data; characterized in that the first data comprises a physical downlink shared channel, PDSCH, and a physical downlink control channel, PDCCH, quasi co-located, QCLed, to the aperiodic CSI-RS, and the second data comprises a sounding reference signal, SRS; wherein the UE applies the updated TCI of the aperiodic CSI-RS to the PDCCH and the PDSCH according to a corresponding aperiodic report received at the network. receiving an aperiodic CSI-RS by user equipment in a network according to a delay of CSI-RS configuration or trigger update; receiving first data by the user equipment according to an updated transmission configuration indication, TCI, state; and transmitting second data by the UE according to whether a known condition of the second data is fulfilled and according to a corresponding spatial relation, SR, switch delay for the second data; characterized in that the first data comprises a physical downlink shared channel, PDSCH, and a physical downlink control channel, PDCCH, quasi co-located, QCLed, to the aperiodic CSI-RS, and the second data comprises a sounding reference signal, SRS; wherein the UE applies the updated TCI of the aperiodic CSI-RS to the PDCCH and the PDSCH according to a corresponding aperiodic report received at the network.
A shuttering device for constructing a concrete component, comprising at least one formwork plate having a substantial layer made of a form-stable, pressure-resistant material, said formwork plate being configured to limit a viscous concrete mass, and a reinforcement which increases the bending stability, wherein the formwork plate comprises breakable areas which are configured as weak spots, characterized in that the weak spots of the formwork plate are arranged in material-free areas of the reinforcement.
A method of selecting a patient for treatment for disease-related reduced cognitive function caused by reduced neuronal metabolismassociated with Alzheimer's disease, the method comprising: a. selecting a patient having disease-related reduced cognitive function caused by reduced neuronal metabolismassociated with Alzheimer's disease; b. determining in the patient the presence of heterozygosity for A/C of Apolipoprotein E (ApoE) rs405509 at relevant portion shown by SEQ ID NO:21; and c. selecting a patient having the specific genotype in (b) for treatment, wherein the treatment comprises administering to the patient at least one medium chain triglyceride in an amount effective for the treatment of or prevention of disease-related reduced cognitive function caused by reduced neuronal metabolism associated with Alzheimer's disease. a. selecting a patient having disease-related reduced cognitive function caused by reduced neuronal metabolismassociated with Alzheimer's disease; b. determining in the patient the presence of heterozygosity for A/C of Apolipoprotein E (ApoE) rs405509 at relevant portion shown by SEQ ID NO:21; and c. selecting a patient having the specific genotype in (b) for treatment, wherein the treatment comprises administering to the patient at least one medium chain triglyceride in an amount effective for the treatment of or prevention of disease-related reduced cognitive function caused by reduced neuronal metabolism associated with Alzheimer's disease.
A composition or kit comprising at least first and second amplification oligomers, wherein: the first amplification oligomer and second amplification oligomer are configured to amplify an HPIV-3 amplicon of at least about 50 nucleotides in length comprising at least one Human Parainfluenza Virus 3 (HPIV-3) position located in the range of positions 1350-1360 and/or 1380-1390, wherein the first amplification oligomer comprises the sequence of SEQ ID NO:28: CATGGCATAATGTGUTATCAAGA.
A DNA construct, comprising a gene encoding a fusion protein of OLE1 and a fluorescent protein, the gene being operably linked to an oleosin promoter consisting of a base sequence represented by SEQ ID NO: 6, the OLE1 consisting of an amino acid sequence represented by SEQ ID NO:1. the OLE1 consisting of an amino acid sequence represented by SEQ ID NO:1.
An interconnected lock for use on a door, where the lock has adjustable offset spacing between a deadbolt and a latchbolt, comprising: a latchbolt mechanism mountable in a first bore through a door and including the latchbolt and an interior actuator operable to move the latchbolt between latched and unlatched positions along a first axis; a deadbolt lock mechanism mountable in a second bore through the door, the second bore being spaced from the first bore, and including a deadbolt moveable by the deadbolt lock mechanism along a second axis between latched and unlatched positions, a distance between the latchbolt first axis and the deadbolt second axis defining the offset spacing, the offset spacing being adjustable between a first offset spacing from the first axis and a second, greater offset spacing from the first axis; first and second shafts (112, 122) for actuating the deadbolt lock mechanism, the first shaft being disposed at the first offset spacing from the latchbolt first axis and the second shaft being disposed at a second, greater offset spacing from the latchbolt first axis; and a driver member connected to and moveable by the interior actuator, characterised in that: the driver member being alternately connectable to rotate either the first deadbolt-actuating shaft or the second deadbolt-actuating shaft, depending on the offset spacing between the latchbolt first axis and the deadbolt second axis. a latchbolt mechanism mountable in a first bore through a door and including the latchbolt and an interior actuator operable to move the latchbolt between latched and unlatched positions along a first axis; a deadbolt lock mechanism mountable in a second bore through the door, the second bore being spaced from the first bore, and including a deadbolt moveable by the deadbolt lock mechanism along a second axis between latched and unlatched positions, a distance between the latchbolt first axis and the deadbolt second axis defining the offset spacing, the offset spacing being adjustable between a first offset spacing from the first axis and a second, greater offset spacing from the first axis; first and second shafts (112, 122) for actuating the deadbolt lock mechanism, the first shaft being disposed at the first offset spacing from the latchbolt first axis and the second shaft being disposed at a second, greater offset spacing from the latchbolt first axis; and a driver member connected to and moveable by the interior actuator, characterised in that: the driver member being alternately connectable to rotate either the first deadbolt-actuating shaft or the second deadbolt-actuating shaft, depending on the offset spacing between the latchbolt first axis and the deadbolt second axis.