mhurhangee/ep-ind-claims huggingface dataset:
A method for providing an object prediction representation, which method comprises: - establishing a host vehicle in a longitudinal-lateral coordinate system at a starting time, the host vehicle being represented by at least one reference point (10a, 10b) in the coordinate system; - detecting an object, and establishing the object in the coordinate system at the starting time, the object being represented by a plurality of object reference points (12a-d) along the perimeter of the object, wherein movement of the object is determined; - simulating movement of the host vehicle and the object in the longitudinal-lateral coordinate system based on their initial positions at the starting time and a movement of the host vehicle, which movement is the host vehicle's speed and heading, and the determined movement of the object, wherein points in time (t0-n) when the at least one reference point of the host vehicle and an object reference point of the plurality of object reference points have the same longitudinal position are detected, and wherein for each detected point in time an associated lateral position (y1-n) of the object reference point at the detected point in time is detected; and - establishing the object prediction representation in a time-lateral domain based on the detected points in time and the associated lateral positions. - establishing a host vehicle in a longitudinal-lateral coordinate system at a starting time, the host vehicle being represented by at least one reference point (10a, 10b) in the coordinate system; - detecting an object, and establishing the object in the coordinate system at the starting time, the object being represented by a plurality of object reference points (12a-d) along the perimeter of the object, wherein movement of the object is determined; - simulating movement of the host vehicle and the object in the longitudinal-lateral coordinate system based on their initial positions at the starting time and a movement of the host vehicle, which movement is the host vehicle's speed and heading, and the determined movement of the object, wherein points in time (t0-n) when the at least one reference point of the host vehicle and an object reference point of the plurality of object reference points have the same longitudinal position are detected, and wherein for each detected point in time an associated lateral position (y1-n) of the object reference point at the detected point in time is detected; and - establishing the object prediction representation in a time-lateral domain based on the detected points in time and the associated lateral positions.
A polyolefin composition comprising: T1)70-95wt%, a polyolefin component containing: a1) from 30 wt% to 70 wt% of a propylene based polymer having a propylene content higher than 60 wt%; a2) from 30 wt% to 70 wt% of an ethylene based polymer having an ethylene content higher than 70; the sum of a1) and a2), being referred to the total weight of a1) and a2), being 100; T2) 5-30 wt% of a propylene ethylene copolymer containing from 2.0 wt% to 10.0 wt%; of ethylene derived units and having the melt flow rate (230°C/2.16 kg) ranging from 0.5 to 20.0 g/10 min, and having a fraction soluble in xylene at 25°C lower than 20 wt%. the sum of the amount of T1) and T2), being referred to the total weight of T1) and T2), being 100; a1) from 30 wt% to 70 wt% of a propylene based polymer having a propylene content higher than 60 wt%; a2) from 30 wt% to 70 wt% of an ethylene based polymer having an ethylene content higher than 70; the sum of a1) and a2), being referred to the total weight of a1) and a2), being 100; T2) 5-30 wt% of a propylene ethylene copolymer containing from 2.0 wt% to 10.0 wt%; of ethylene derived units and having the melt flow rate (230°C/2.16 kg) ranging from 0.5 to 20.0 g/10 min, and having a fraction soluble in xylene at 25°C lower than 20 wt%. the sum of the amount of T1) and T2), being referred to the total weight of T1) and T2), being 100;
Use of implanted ions to decrease the invading ion concentration in a surface layer of a chemically strengthened glass, wherein a. the ions are selected from one or more of the ions of N, H, O, He, Ne, Ar, and Kr, b. are implanted in the substrate with a dosage comprised between 1014 ions/cm 2 and 10 18 ions/cm 2, and an acceleration voltage comprised between 5 kV and 100 kV, c. the invading ion is K +, and d. the surface layer starts at the substrate surface and reaches down to a depth d, where 100 nm < d < 900nm. a. the ions are selected from one or more of the ions of N, H, O, He, Ne, Ar, and Kr, b. are implanted in the substrate with a dosage comprised between 1014 ions/cm 2 and 10 18 ions/cm 2, and an acceleration voltage comprised between 5 kV and 100 kV, c. the invading ion is K +, and d. the surface layer starts at the substrate surface and reaches down to a depth d, where 100 nm < d < 900nm.
A silicide-based composite material comprising - a silicide of Mo, B, W, Nb, Ta, Ti, Cr, Co, Y, or a combination thereof, - 20-40 wt% of Si 3 N 4, - 0.5-8 wt% of Y 2 O 3, - 0.5-6 wt% of CeO 2, - up to 4 wt% of impurities, said impurities comprising Al, C, Fe, Ca, O, N, or a combination thereof. - a silicide of Mo, B, W, Nb, Ta, Ti, Cr, Co, Y, or a combination thereof, - 20-40 wt% of Si 3 N 4, - 0.5-8 wt% of Y 2 O 3, - 0.5-6 wt% of CeO 2, - up to 4 wt% of impurities, said impurities comprising Al, C, Fe, Ca, O, N, or a combination thereof.
A method of controlling an electrical system, the electrical system comprising a primary charging device comprising a rechargeable power supply, and a portable device comprising a rechargeable power supply, the method comprising: monitoring the ambient temperature adjacent the primary charging device; determining a charging current, for charging the rechargeable power supply of the primary charging device, in dependence on the ambient temperature; and charging the rechargeable power supply of the primary charging device at the determined charging current, wherein: when the ambient temperature is within a first pre-determined temperature range, the charging current is less than about 0.1 C; when the ambient temperature is within a second pre-determined temperature range, the charging current is greater than about 0.1 C; and when the ambient temperature is above a pre-determined temperature, preventing charging of the rechargeable power of the charging device. monitoring the ambient temperature adjacent the primary charging device; determining a charging current, for charging the rechargeable power supply of the primary charging device, in dependence on the ambient temperature; and charging the rechargeable power supply of the primary charging device at the determined charging current, wherein: when the ambient temperature is within a first pre-determined temperature range, the charging current is less than about 0.1 C; when the ambient temperature is within a second pre-determined temperature range, the charging current is greater than about 0.1 C; and when the ambient temperature is above a pre-determined temperature, preventing charging of the rechargeable power of the charging device. when the ambient temperature is within a first pre-determined temperature range, the charging current is less than about 0.1 C; when the ambient temperature is within a second pre-determined temperature range, the charging current is greater than about 0.1 C; and when the ambient temperature is above a pre-determined temperature, preventing charging of the rechargeable power of the charging device.
Rotary encoder apparatus comprising; an encoder scale comprising an incremental scale and one or more reference marks (32,34); and an encoder scale reader comprising at least first and second readheads (4,6;46,48) that each produce a reference mark signal when passed over a reference mark (32,34) of the encoder scale, each of the first and second readheads also producing incremental signals (Sin_1,Cos_1,Sin_2, Cos_2) indicative of relative movement between the encoder scale and the encoder scale reader, the apparatus being arranged to generate a series of first incremental pulses (Count 1) indicative of relative movement between the first readhead and the incremental scale and a series of second incremental pulses (Count 2) indicative of relative movement between the second readhead and the incremental scale, characterised in that the apparatus comprises a first counter to count said first incremental pulses and a second counter to count said second incremental pulses, the apparatus also comprising an incremental signal blender comprising an adder for adding the counts of the first and second counters (62,64) to provide a resultant incremental count, wherein, as the encoder scale is rotated relative to the encoder scale reader, a first reference mark of the one or more reference marks (32,34) initially passes the first readhead (4;46) thereby generating a first reference mark signal and further rotation of the encoder scale relative to the encoder scale reader causes the first reference mark or a second reference mark of the one or more reference marks (32,34) to subsequently pass the second readhead (6;48) thereby generating a second reference mark signal, wherein the apparatus comprises a reference position setter arranged to use the first and second reference mark signals to correct or offset the resultant incremental count so that the resultant incremental count is related to at least one angularly repeatable reference position of the encoder scale relative to the encoder scale reader, the at least one angularly repeatable reference position being resistant to angular errors due to bearing wander, wherein the reference position setter corrects or offsets the resultant incremental count using the difference in the count (Ct) of the second counter between generation of the first reference mark signal and the second reference mark signal, the difference in the count (Ct) being dependent on the bearing wander induced error that is present when the first reference mark passes the first readhead thereby allowing the resultant incremental count to be related to the at least one angularly repeatable reference position.
STRO-1 bright multipotential cells for use in reconstituting and/or repairing an intervertebral disc in a subject, wherein the cells are administered to the intervertebral disc space.
A composite material web with elastic and non-elastic areas, from which nappy closure elements can be cut off or punched out off, comprising a nonwoven web forming a first outer side of the composite material web, elastically extendable strips spaced-apart from each other and arranged on the nonwoven web, a nonwoven material covering the elastically extendable strips on the second outer side of the composite material web and at least one non-elastic strip from a hook material, which bridges an area between two adjacent elastically extendable strips, characterised in that the nonwoven material overlaps edges of the strips from the hook material, and in that the strip from the hook material comprises projections on its edges which are overlapped by the nonwoven material, wherein the projections extend into the non-woven material.
A compact hydraulic module for providing driving power to a vehicle, including a casing in which a first and second hydraulic engine, mounted opposite each other, are accommodated, one of the two engines being rotatably supported by the other, each engine including a valve plate, a cylinder, a plate, and axial pistons on knuckles (6, 7) which are arranged between the plate and the cylinder and which engage therewith; said hydraulic engines converting the energy from a pressurized fluid into mechanical energy in the form of torque driving a differential, which is contained in the same housing and the output shafts of which are coupled to the drive wheels of the vehicle; said differential comprising an axial coupling member which is capable of coupling the hydraulic engines together and which is configured so as to distribute the torque to the output shafts, wherein the differential is rotatably mounted inside the hydraulic engine, and the rotational axis (XX') of the hydraulic engine coincides with the rotational axis of the differential.
A method for the production of a biopharmaceutical product, comprising: (a) infecting a biopharmaceutical-producing insect cell with at least one baculovirus, said at least one baculovirus comprising a genome coding for said biopharmaceutical product, and (b) maintaining the biopharmaceutical-producing insect cell under conditions such that the biopharmaceutical product is produced, wherein the genome of said at least one baculovirus is deficient for the p6.9 gene, or wherein said biopharmaceutical-producing insect cell comprises an expression control system allowing the inactivation of the p6.9 gene. (a) infecting a biopharmaceutical-producing insect cell with at least one baculovirus, said at least one baculovirus comprising a genome coding for said biopharmaceutical product, and (b) maintaining the biopharmaceutical-producing insect cell under conditions such that the biopharmaceutical product is produced,
Valve carrier ring for carrying a self-closing dispensing valve and adapted to be assembled with a closure body of a container, wherein the self-closing dispensing valve comprises a valve head having a dispensing orifice, a peripheral retaining portion and a connecting portion interconnecting the valve head and the retaining portion, the valve carrier ring comprising an annular seat portion comprising a support surface for supporting the retaining portion of the valve and a circumferential wall located radially outwards of the support surface and extending coaxially with the support surface, wherein the circumferential wall has a preformed radial protrusion adapted to extend over the retaining portion of the valve, thereby providing a preliminary retention of the retaining portion in the seat portion, wherein one or more snap beads are formed at a radial outer side of the valve carrier ring adapted to cooperate with snap means of the closure body to provide a snap connection between the valve carrier ring and the closure body, characterized in that the radial protrusion is constituted by a flexible inwardly inclined extremity of the circumferential wall. the valve carrier ring comprising an annular seat portion comprising a support surface for supporting the retaining portion of the valve and a circumferential wall located radially outwards of the support surface and extending coaxially with the support surface, wherein the circumferential wall has a preformed radial protrusion adapted to extend over the retaining portion of the valve, thereby providing a preliminary retention of the retaining portion in the seat portion, wherein one or more snap beads are formed at a radial outer side of the valve carrier ring adapted to cooperate with snap means of the closure body to provide a snap connection between the valve carrier ring and the closure body, characterized in that the radial protrusion is constituted by a flexible inwardly inclined extremity of the circumferential wall.
A composition comprising: a. a transesterified furan-based polyester comprising first-alkylene furandicarboxylate repeat units (R 1 F) and one or more of a second-alkylene furandicarboxylate repeat unit (R 2 F), a first-alkylene terephthalate repeat unit (R 1 T), and a second-alkylene terephthalate repeat unit (R 2 T); and b. a transesterified terephthalate-based polyester comprising second-alkylene terephthalate repeat unit (R 2 T) and one or more of a first-alkylene terephthalate repeat unit (R 1 T), a second-alkylene furandicarboxylate repeat unit (R 2 F), and a first-alkylene furandicarboxylate repeat units (R 1 F); wherein the first-alkylene group (R 1) and the second-alkylene group (R 2) are independently selected from a C 2 to C 12 aliphatic group, and wherein the composition has an NMR blockiness index of 0.35 to less than 1.00, determined using the method described in the present specification. a. a transesterified furan-based polyester comprising first-alkylene furandicarboxylate repeat units (R 1 F) and one or more of a second-alkylene furandicarboxylate repeat unit (R 2 F), a first-alkylene terephthalate repeat unit (R 1 T), and a second-alkylene terephthalate repeat unit (R 2 T); and b. a transesterified terephthalate-based polyester comprising second-alkylene terephthalate repeat unit (R 2 T) and one or more of a first-alkylene terephthalate repeat unit (R 1 T), a second-alkylene furandicarboxylate repeat unit (R 2 F), and a first-alkylene furandicarboxylate repeat units (R 1 F); wherein the first-alkylene group (R 1) and the second-alkylene group (R 2) are independently selected from a C 2 to C 12 aliphatic group, and wherein the composition has an NMR blockiness index of 0.35 to less than 1.00, determined using the method described in the present specification.
An uplink transmission method, applied to user equipment, comprising: receiving a scheduling instruction transmitted by a network-side device, wherein the scheduling instruction comprises a set of interlace indices of resource blocks and a scheduled bandwidth, and an interlace of resource blocks in the scheduled bandwidth indicated by the set of interlace indices of resource blocks comprises a guard band physical resource block, PRB; performing clear channel detection for the scheduled bandwidth; determining a PRB for data transmission in the interlace of resource blocks based on a detection result of the clear channel detection; and transmitting data by using the PRB for data transmission; wherein a plurality of interlaces of resource blocks are indexed in terms of all PRBs on an entire carrier bandwidth; and the determining a PRB for data transmission in the interlace of resource blocks based on a detection result of the clear channel detection comprises: selecting, from the interlace of resource blocks indicated by the set of interlace indices of resource blocks in the entire carrier bandwidth, candidate PRBs in the scheduled bandwidth; and determining the PRB for data transmission from the candidate PRBs based on the detection result of the clear channel detection. receiving a scheduling instruction transmitted by a network-side device, wherein the scheduling instruction comprises a set of interlace indices of resource blocks and a scheduled bandwidth, and an interlace of resource blocks in the scheduled bandwidth indicated by the set of interlace indices of resource blocks comprises a guard band physical resource block, PRB; performing clear channel detection for the scheduled bandwidth; determining a PRB for data transmission in the interlace of resource blocks based on a detection result of the clear channel detection; and transmitting data by using the PRB for data transmission; wherein a plurality of interlaces of resource blocks are indexed in terms of all PRBs on an entire carrier bandwidth; and the determining a PRB for data transmission in the interlace of resource blocks based on a detection result of the clear channel detection comprises: selecting, from the interlace of resource blocks indicated by the set of interlace indices of resource blocks in the entire carrier bandwidth, candidate PRBs in the scheduled bandwidth; and determining the PRB for data transmission from the candidate PRBs based on the detection result of the clear channel detection. selecting, from the interlace of resource blocks indicated by the set of interlace indices of resource blocks in the entire carrier bandwidth, candidate PRBs in the scheduled bandwidth; and determining the PRB for data transmission from the candidate PRBs based on the detection result of the clear channel detection.
A display apparatus comprising: a substrate comprising a display area; and a first conductive line outside the display area of the substrate; a passivation layer covering a portion of the first conductive line; a first connection line on the passivation layer, the first connection line contacting the first conductive line; an insulation layer on the passivation layer and the first connection line, the insulation layer comprising at least one opening; a second connection line on the insulation layer, the second connection line contacting the first connection line via the at least one opening and having an end portion that contacts the first conductive line; characterized by a second conductive line between the display area and the first conductive line, the first connection line overlapping the second conductive line and the second conductive line comprising a hole (H1, H2) in a location corresponding to the at least one opening of the insulation layer so that one of the at least one opening of the insulation layer overlaps the hole of the second conductive line, wherein the passivation layer is interposed between the second conductive line and the first connection line. a substrate comprising a display area; and a first conductive line outside the display area of the substrate; a passivation layer covering a portion of the first conductive line; a first connection line on the passivation layer, the first connection line contacting the first conductive line; an insulation layer on the passivation layer and the first connection line, the insulation layer comprising at least one opening; a second connection line on the insulation layer, the second connection line contacting the first connection line via the at least one opening and having an end portion that contacts the first conductive line; characterized by a second conductive line between the display area and the first conductive line, the first connection line overlapping the second conductive line and the second conductive line comprising a hole (H1, H2) in a location corresponding to the at least one opening of the insulation layer so that one of the at least one opening of the insulation layer overlaps the hole of the second conductive line,
System for fastening and actuating a concealed valve arranged behind an installation wall, comprising a fastening arrangement for fixing the concealed valve with respect to the installation wall, wherein the fastening arrangement has an outer tube for fastening the concealed valve, and an actuating arrangement for actuating the concealed valve, wherein the actuating arrangement comprises an actuating rod and a hand wheel, wherein the outer tube is formed in one piece and the actuating rod is arranged between the concealed valve and the hand wheel so as to be releaseably fastened in the outer tube, characterized in that a clamping connection for fastening the outer tube to the installation wall is provided, and the clamping connection on the installation wall comprises a closed tension flange formed from plastic and an open clamping ring formed from plastic that fits between the tension flange and the outer wall of the outer tube, and in that, for further fastening of the outer tube to the installation wall, a wall terminating flange and a plastic terminating nut are provided, wherein the terminating nut has an internal thread with a thread profile engaging in the outer wall of the outer tube.
A compound or pharmaceutically acceptable salt thereof having the structure of Formula I: wherein R 1 is selected from the group consisting of substituted or unsubstituted heteroaryl and substituted or unsubstituted heterocyclyl with the proviso that a carbon atom is attached to the carbonyl; wherein the heteroaryl or heterocyclyl is selected from the group consisting of R 2 is selected from the group consisting of substituted or unsubstituted aryl, and R 3, R 4, R 5 and R 6 are H.