mhurhangee/ep-ind-claims huggingface dataset:
A method for increasing yield of a seeded area as compared to yield per seeded area using a small seed lot in Brassica, said method comprising: a. providing Brassica seeds which have been sorted so that the seed population has a thousand seed weight of at least 4.0 g; and b. seeding said Brassica seeds at a seeding rate sufficient to establish a population of Brassica plants having the following characteristics: 1) a density of 40 to 95 plants per m 2 when the plants are at any one or more of phenological growth stages: a. BBCH stage 11 - first leaf unfolded b. BBCH stage 12 - 2nd leaf unfolded c. BBCH stage 13 - 3rd leaf unfolded d. BBCH stage 14 - 4th leaf unfolded e. BBCH stage 15 - 5th leaf unfolded 2) an establishment rate of at least 40%. a. providing Brassica seeds which have been sorted so that the seed population has a thousand seed weight of at least 4.0 g; and b. seeding said Brassica seeds at a seeding rate sufficient to establish a population of Brassica plants having the following characteristics: 1) a density of 40 to 95 plants per m 2 when the plants are at any one or more of phenological growth stages: a. BBCH stage 11 - first leaf unfolded b. BBCH stage 12 - 2nd leaf unfolded c. BBCH stage 13 - 3rd leaf unfolded d. BBCH stage 14 - 4th leaf unfolded e. BBCH stage 15 - 5th leaf unfolded 2) an establishment rate of at least 40%. 1) a density of 40 to 95 plants per m 2 when the plants are at any one or more of phenological growth stages: a. BBCH stage 11 - first leaf unfolded b. BBCH stage 12 - 2nd leaf unfolded c. BBCH stage 13 - 3rd leaf unfolded d. BBCH stage 14 - 4th leaf unfolded e. BBCH stage 15 - 5th leaf unfolded a. BBCH stage 11 - first leaf unfolded b. BBCH stage 12 - 2nd leaf unfolded c. BBCH stage 13 - 3rd leaf unfolded d. BBCH stage 14 - 4th leaf unfolded e. BBCH stage 15 - 5th leaf unfolded 2) an establishment rate of at least 40%.
Torque transmission arrangement for the drive train of a vehicle, comprising a drive region which is to be coupled to a drive element, in particular driveshaft, for rotation about a rotating axis, an output region which is coupled or can be coupled to the drive region by a damper element arrangement (26, 28) and in the coupling state can be rotated about the rotational axis with respect to the drive region counter to the restoring effect of the damper element arrangement (26, 28), and at least one spring-mass pendulum unit with a spring arrangement and a mass arrangement which can be deflected counter to the restoring effect of the spring arrangement, and at least one centrifugal-force mass pendulum unit with a deflection mass carrier which can be rotated about the rotational axis, and with at least one deflection mass which is supported on the deflection mass carrier so as to be displaceable with respect thereto, wherein when the at least one deflection mass is deflected from a basic relative position with respect to the deflection mass carrier a radial position of the at least one deflection mass with respect to the rotational axis changes, wherein at least one spring-mass pendulum unit comprises a central disc element (104; 142), and on at least one side thereof, a cover disc element (108, 110), preferably cover disc elements (108, 110) which are connected to one another on both sides of said central disc element (104; 142), wherein the at least one cover disc element (108, 110) can be rotated with respect to the central disc element counter to the effect of a spring arrangement, and wherein the at least one spring-mass pendulum unit is coupled to an assembly of the central disc element and cover disc element (108, 110), preferably central disc element, and at least part of the mass arrangement is supported on another assembly of the cover disc element and the central disc element (108, 110), preferably cover disc element (108, 110), wherein in the case of at least one centrifugal-force mass pendulum unit the deflection mass carrier comprises a carrier disc element (118, 120), characterized in that in the case of at least one spring-mass pendulum unit and at least one centrifugal-force mass pendulum unit at least one carrier disc element (118, 120) comprises a cover disc element (108, 116) or a central disc element, with the result that at least one deflection mass of a centrifugal-force mass pendulum unit and at least one mass arrangement and/or at least one spring arrangement of a spring-mass pendulum unit are stacked radially with respect to one another and are arranged at least partially overlapping axially.
An RFID reader comprising a housing and at least one antenna arranged in the housing, wherein the antenna is formed from at least one conductor loop, wherein the conductor loop has a central axis and a height (h) running in a longitudinal direction perpendicular to the central axis and a width b running in a transverse direction perpendicular to the central axis and perpendicular to the longitudinal direction, wherein - an open structure is formed by at least one through-opening arranged inside the conductor loop, wherein the conductor loop runs around the through-opening, characterized in that the height h is greater than the width b, wherein the width b of the conductor loop is between 40 millimetres and 100 millimetres (40 millimetres ≤ b ≤ 100 millimetres) and the height h of the conductor loop is between 200 millimetres and 1000 millimetres (200 millimetres ≤ h ≤ 1000 millimetres) and the reader comprises a stand base and/or means for mounting the reader on a wall or a component. - an open structure is formed by at least one through-opening arranged inside the conductor loop, wherein the conductor loop runs around the through-opening, the height h is greater than the width b, wherein the width b of the conductor loop is between 40 millimetres and 100 millimetres (40 millimetres ≤ b ≤ 100 millimetres) and the height h of the conductor loop is between 200 millimetres and 1000 millimetres (200 millimetres ≤ h ≤ 1000 millimetres) and the reader comprises a stand base and/or means for mounting the reader on a wall or a component.
A resin composition comprising from 20 to 80 parts by mass of a polyamide resin and from 20 to 80 parts by mass of a polyamide resin; wherein more than 35 mol% of all the constituent units of the polyamide resin are constituent units including an alkylene chain having from 2 to 6 carbons; the polyamide resin includes constituent units derived from a diamine and constituent units derived from a dicarboxylic acid, wherein 70 mol% or more of the constituent units derived from a diamine are derived from a xylylenediamine; from 30 to 70 mol% of the constituent units derived from a dicarboxylic acid are derived from an α,ω-linear aliphatic dicarboxylic acid having from 4 to 8 carbons; from 30 to 70 mol% of the constituent units derived from a dicarboxylic acid are derived from isophthalic acid, with the proviso that the total does not exceed 100 mol%; and the polyamide resin further includes phosphorus atoms in a ratio of 3 to 300 mass ppm, and calcium atoms so as to be the ratio that phosphorus atoms:calcium atoms of 1:0.3 to 0.7, and the polyamide resin is an amorphous resin. wherein more than 35 mol% of all the constituent units of the polyamide resin are constituent units including an alkylene chain having from 2 to 6 carbons; the polyamide resin includes constituent units derived from a diamine and constituent units derived from a dicarboxylic acid, wherein 70 mol% or more of the constituent units derived from a diamine are derived from a xylylenediamine; from 30 to 70 mol% of the constituent units derived from a dicarboxylic acid are derived from an α,ω-linear aliphatic dicarboxylic acid having from 4 to 8 carbons; from 30 to 70 mol% of the constituent units derived from a dicarboxylic acid are derived from isophthalic acid, with the proviso that the total does not exceed 100 mol%; and the polyamide resin further includes phosphorus atoms in a ratio of 3 to 300 mass ppm, and calcium atoms so as to be the ratio that phosphorus atoms:calcium atoms of 1:0.3 to 0.7, and the polyamide resin is an amorphous resin.
Electrical connection device for at least one bar belonging to a busbar with an electric feedthrough belonging to the insulating enclosure of an electric breaking apparatus, said feedthrough comprising a conductive insert surrounded at least partially by an insulating part, said device comprising means for producing the electrical connection between an end part of the bar and said conductive insert, and a deflector formed by a conductive screen intended to be linked electrically to the bar and placed around the electrical connection zone between the bar and said insert, said deflector being overmoulded in a flexible material, said material forming a sleeve of substantially cylindrical form, suitable for being pressed, under the effect of the rigidity of said deflector, by its end part situated on the side of the apparatus, and with a certain pressure, onto the abovementioned insulating part of the feedthrough having a complementary form, so as to produce a perfect seal between said flexible material and said insulating part of the feedthrough, so as to ensure a better dielectric seal over substantially all the circumference of the abovementioned bottom part of the sleeve, the outer surface of the deflector being coated substantially totally by the flexible material, said material constituting a solid insulator, with absence of gas between the deflector and the material, so as to reinforce the effectiveness of the deflector-screen, in that the abovementioned deflector has a substantially tapered outer form of which the larger diameter part is located towards the interior of the apparatus, said deflector comprising a first part of annular form situated on the outside of the apparatus followed by a second part in disc form, said second part being followed by a third part of annular form of reduced thickness relative to the thickness of the first part and situated on the side of the apparatus, characterized in that the abovementioned connection means comprising a screw and a bore formed in the insert, the second part of the deflector, in disc form, and the end of the bar respectively comprising two orifices facing one another intended to allow the passage of the abovementioned fixing screw, the screw head being intended to come to bear on said second part of the deflector, after the screw has been screwed into the insert, the deflector being interposed between the screw head and the end part of the bar, said end part bearing on the end part of the insert, the edge of the top part of the sleeve being folded towards the Y axis of the sleeve then towards the interior of the apparatus along the surface of the deflector, so as to form a tubular orifice allowing for the passage of the screw head.
A method comprising: in a communication system comprising a first network operatively coupled to a second network, wherein the first network comprises a first security edge protection proxy element operatively coupled to a second security edge protection proxy element of the second network; configuring at least one of the first and second security edge protection proxy elements to determine whether to apply at least one security operation at the transport level or application level for incoming packets based at least in part on source and destination networks for the incoming packets, wherein determining whether to apply the at least one security operation at the transport level comprises: determining whether the incoming packet is from i) an evolved packet system core, or from ii) a 5G core network; in response to determining that the incoming packet is from an evolved packet system core, applying evolved packet system security to the incoming packet; and in response to determining that the incoming packet is from a 5G core network, determining whether transport layer security is configured between a source public land mobile network and a destination public land mobile network for the incoming packet. in a communication system comprising a first network operatively coupled to a second network, wherein the first network comprises a first security edge protection proxy element operatively coupled to a second security edge protection proxy element of the second network; configuring at least one of the first and second security edge protection proxy elements to determine whether to apply at least one security operation at the transport level or application level for incoming packets based at least in part on source and destination networks for the incoming packets, wherein determining whether to apply the at least one security operation at the transport level comprises: determining whether the incoming packet is from i) an evolved packet system core, or from ii) a 5G core network; in response to determining that the incoming packet is from an evolved packet system core, applying evolved packet system security to the incoming packet; and in response to determining that the incoming packet is from a 5G core network, determining whether transport layer security is configured between a source public land mobile network and a destination public land mobile network for the incoming packet. determining whether the incoming packet is from i) an evolved packet system core, or from ii) a 5G core network; in response to determining that the incoming packet is from an evolved packet system core, applying evolved packet system security to the incoming packet; and in response to determining that the incoming packet is from a 5G core network, determining whether transport layer security is configured between a source public land mobile network and a destination public land mobile network for the incoming packet.
A variant herpes simplex virus McKrae strain whose genome contains a disruption or deletion of the ICP4 gene such that the variant fails to express a functional protein characterized by an amino acid sequence of SEQ ID NO: 16.
A method for determining a relation between an initial saturation (Sgi) and a residual saturation (Sgr) in a first fluid in a porous sample, the method comprising the following steps: - providing a porous sample; - substantially saturating the porous sample with a second fluid; - measuring a local volume of the second fluid in a plurality of regions of the porous sample, the regions being transversal slices of the porous sample taken in succession longitudinally along the length of the porous sample, each slice being delimited by two parallel transverse planes which are perpendicular to the central axis of the porous sample; - establishing a steady state profile of a saturation in the first fluid in the porous sample, by applying a mechanical load, creating in each region of the plurality of regions a different initial saturation (Sgi) in the first fluid; - measuring an initial local volume of the second fluid in each region of the porous sample; - generating a rise of a capillary ascension flow of the second fluid through the porous sample; - during the rise of the capillary ascension flow, simultaneously measuring, in each region of the plurality of regions, a local volume of the second fluid and/or of the first fluid, at successive instants, advantageously until the local volume is substantially steady; - determining the relation between the initial saturation (Sgi) in the first fluid and the residual saturation (Sgr) in the first fluid based on the local volume measured at successive instants in each region of the plurality of regions. - providing a porous sample; - substantially saturating the porous sample with a second fluid; - measuring a local volume of the second fluid in a plurality of regions of the porous sample, the regions being transversal slices of the porous sample taken in succession longitudinally along the length of the porous sample, each slice being delimited by two parallel transverse planes which are perpendicular to the central axis of the porous sample; - establishing a steady state profile of a saturation in the first fluid in the porous sample, by applying a mechanical load, creating in each region of the plurality of regions a different initial saturation (Sgi) in the first fluid; - measuring an initial local volume of the second fluid in each region of the porous sample; - generating a rise of a capillary ascension flow of the second fluid through the porous sample; - during the rise of the capillary ascension flow, simultaneously measuring, in each region of the plurality of regions, a local volume of the second fluid and/or of the first fluid, at successive instants, advantageously until the local volume is substantially steady; - determining the relation between the initial saturation (Sgi) in the first fluid and the residual saturation (Sgr) in the first fluid based on the local volume measured at successive instants in each region of the plurality of regions.
A transfer method for transferring a first mask layer and a second mask layer on a target object using a fine-pattern-forming film provided with a cover film having a nanoscale concavo-convex structure formed on one surface thereof, a second mask layer provided in a recess of said concavo-convex structure, and a first mask layer provided so as to cover said concavo-convex structure and said second mask layer; said transfer method including, at least in the stated order: a pressing step for pressing a surface of said fine-pattern-forming film on which said first mask layer is provided toward a surface of said target object; an energy-ray irradiation step for irradiating energy rays to said first mask layer; and a release step for removing said cover film from said second mask layer and said first mask layer; said pressing step and said energy-ray irradiation step each being performed independently. a pressing step for pressing a surface of said fine-pattern-forming film on which said first mask layer is provided toward a surface of said target object; an energy-ray irradiation step for irradiating energy rays to said first mask layer; and a release step for removing said cover film from said second mask layer and said first mask layer; said pressing step and said energy-ray irradiation step each being performed independently.
A method performed by a communications network security element, the method comprising the steps of: establishing a first security association with a first access node of a communications network; establishing a second security association with a second access node of the communications network; generating a first session key for communications between the first access node and a mobile terminal; generating a second session key for communications between the second access node and the mobile terminal; encrypting the first session key with a first key associated with the first security association; encrypting the second session key with a second key associated with the second security association; transmitting the first and second encrypted session keys to the first access node; generating a common session protection key associated with a mobile terminal; encrypting the common session protection key with the first key associated with the first security association for producing a first encrypted common session protection key; encrypting the common session protection key with the second key associated with the second security association for producing a second encrypted common session protection key; and transmitting the first encrypted common session protection key to the first access node. establishing a first security association with a first access node of a communications network; establishing a second security association with a second access node of the communications network; generating a first session key for communications between the first access node and a mobile terminal; generating a second session key for communications between the second access node and the mobile terminal; encrypting the first session key with a first key associated with the first security association; encrypting the second session key with a second key associated with the second security association; transmitting the first and second encrypted session keys to the first access node; generating a common session protection key associated with a mobile terminal; encrypting the common session protection key with the first key associated with the first security association for producing a first encrypted common session protection key; encrypting the common session protection key with the second key associated with the second security association for producing a second encrypted common session protection key; and transmitting the first encrypted common session protection key to the first access node.
An austenitic stainless steel for an article having a tubular structure, consisting of, in mass%, C: from 0.001 to 0.2%, Si: from 0.01 to 1.5%, Mn: from 0.01 to 1.5%, Cr: from 20.0 to 26.0%, Ni: from 15.0 to 23.0%, N: from 0.001 to 0.07%, Al: from 0.003 to 0.05%, and Ca: from 0.0003 to 0.005%, and optionally further one member or two or more members of, in mass%, Cu: from 0.001 to 0.3%, Mo: from 0.001 to 0.3%, Sn: from 0.001 to 0.05%, W: from 0.001 to 0.10%, Co: from 0.001 to 0.10%, Ti: from 0.001 to 0.03%, Nb: from 0.001 to 0.03%, V: from 0.001 to 0.2%, Zr: from 0.001 to 0.03%, B: from 0.00001 to 0.001%, Mg: from 0.00001 to 0.001%, and REM: from 0.00001 to 0.01%, with the balance being Fe and unavoidable impurities, wherein the contents of P and S as impurities are limited to, in mass%, P: ≤ 0.022%, and S: ≤ 0.004%, and Al and Ca satisfy the following formula: 0.015 ≤ 0.29 % Al + 17.92 % Ca ≤ 0.093
A conformable piezoelectric transducer array, comprising: a silicone elastomer substrate and a silicone elastomer superstrate; a plurality of piezoelectric transducer elements disposed between the substrate and superstrate; a conductive vibration damping element disposed between each of the transducer elements and the superstrate; a first electrical interconnect layer (210, 215) disposed adjacent to the substrate, electrically interconnecting a first surface of the transducer elements facing the substrate; and a second electrical interconnect layer (235, 230) disposed adjacent to the superstrate, electrically interconnecting a second surface of the transducer elements facing the superstrate, wherein the first and second electrical interconnect layers have a patterned island and bridge structure that includes a plurality of islands electrically interconnected by bridges, each of the transducer elements being supported by one of the islands, a conductive solder paste bonding the first surface of the piezoelectric transducer elements to the first electrical interconnect layer and bonding the surface of each of the conductive vibration damping elements that faces the superstrate to the second electrical interconnect layer. a silicone elastomer substrate and a silicone elastomer superstrate; a plurality of piezoelectric transducer elements disposed between the substrate and superstrate; a conductive vibration damping element disposed between each of the transducer elements and the superstrate; a first electrical interconnect layer (210, 215) disposed adjacent to the substrate, electrically interconnecting a first surface of the transducer elements facing the substrate; and a second electrical interconnect layer (235, 230) disposed adjacent to the superstrate, electrically interconnecting a second surface of the transducer elements facing the superstrate, wherein the first and second electrical interconnect layers have a patterned island and bridge structure that includes a plurality of islands electrically interconnected by bridges, each of the transducer elements being supported by one of the islands, a conductive solder paste bonding the first surface of the piezoelectric transducer elements to the first electrical interconnect layer and bonding the surface of each of the conductive vibration damping elements that faces the superstrate to the second electrical interconnect layer.