mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method of routing directly on images (300, 304, 308), the method comprising: identifying a point selected on an initial image (300, 621); determining an image pixel of the initial image (300,621) corresponding to the identified point, the image pixel of the initial image (300, 621) representing an origin; and generating a route (629, 637, 645) from the origin to a destination, the destination corresponding to another image pixel of a last image (308, 641), wherein the route (629, 637, 645) comprises a connection between the origin and the destination via intermediate image pixels between the image pixel of the initial image (300, 621) and the another image pixel of the last image (308, 641), by linking image pixels (328, 340, 352) together based on correlation data between images linking at least one pixel of the initial image (300, 621) and at least one pixel of the last image (308, 641). identifying a point selected on an initial image (300, 621); determining an image pixel of the initial image (300,621) corresponding to the identified point, the image pixel of the initial image (300, 621) representing an origin; and generating a route (629, 637, 645) from the origin to a destination, the destination corresponding to another image pixel of a last image (308, 641), wherein the route (629, 637, 645) comprises a connection between the origin and the destination via intermediate image pixels between the image pixel of the initial image (300, 621) and the another image pixel of the last image (308, 641), by linking image pixels (328, 340, 352) together based on correlation data between images linking at least one pixel of the initial image (300, 621) and at least one pixel of the last image (308, 641).
An aircraft landing gear assembly movable between a deployed condition, in which the landing gear assembly is arranged to support an aircraft on the ground, and a retracted condition for flight, the landing gear assembly including a ground lock comprising: a movably mounted first part defining a first engagement surface which defines a swept volume as the first part moves; and a movably mounted second part defining a second engagement surface, the second part being movable between: a locked condition, in which the second engagement surface is within a locking region of the swept volume for engagement with the first engagement surface to inhibit movement of the first part; and an unlocked condition, in which the second engagement surface is outside of the locking region of the swept volume, characterised by: the ground lock including an actuation device arranged to enable mechanical operation of the ground lock by a user from an operating location on the ground when the landing gear assembly is in the deployed condition. a movably mounted first part defining a first engagement surface which defines a swept volume as the first part moves; and a movably mounted second part defining a second engagement surface, the second part being movable between: a locked condition, in which the second engagement surface is within a locking region of the swept volume for engagement with the first engagement surface to inhibit movement of the first part; and an unlocked condition, in which the second engagement surface is outside of the locking region of the swept volume, characterised by: the ground lock including an actuation device arranged to enable mechanical operation of the ground lock by a user from an operating location on the ground when the landing gear assembly is in the deployed condition. a locked condition, in which the second engagement surface is within a locking region of the swept volume for engagement with the first engagement surface to inhibit movement of the first part; and an unlocked condition, in which the second engagement surface is outside of the locking region of the swept volume, characterised by: the ground lock including an actuation device arranged to enable mechanical operation of the ground lock by a user from an operating location on the ground when the landing gear assembly is in the deployed condition.
Composition C comprising: - at least one linear or cyclic organic acid A comprising from 1 to 3 carboxylic acid functions and comprising a saturated or unsaturated, linear or branched or cyclic hydrocarbon chain containing from 1 to 10 carbon atoms; said carbon atoms being optionally substituted by one or more substituents chosen from -OH and =O; or one of its salts; - a composition B comprising: a/ thioglycolic acid or one of its salts or esters; and b/ isopropyl thioglycolate (IPTG) in an amount of between strictly greater than 0 and 130 ppm, preferably between 5 and 80 ppm, and more preferentially between 30 and 70 ppm; and - optionally a solvent S; said organic acid(s) A and thioglycolic acid being in proportions such that the (organic acid(s) A/thioglycolic acid) molar ratio is between 0.0004 and 0.1, preferably between 0.0004 and 0.004. - at least one linear or cyclic organic acid A comprising from 1 to 3 carboxylic acid functions and comprising a saturated or unsaturated, linear or branched or cyclic hydrocarbon chain containing from 1 to 10 carbon atoms; said carbon atoms being optionally substituted by one or more substituents chosen from -OH and =O; or one of its salts; - a composition B comprising: a/ thioglycolic acid or one of its salts or esters; and b/ isopropyl thioglycolate (IPTG) in an amount of between strictly greater than 0 and 130 ppm, preferably between 5 and 80 ppm, and more preferentially between 30 and 70 ppm; and a/ thioglycolic acid or one of its salts or esters; and b/ isopropyl thioglycolate (IPTG) in an amount of between strictly greater than 0 and 130 ppm, preferably between 5 and 80 ppm, and more preferentially between 30 and 70 ppm; and - optionally a solvent S;
A method for use in a network controller comprising: forwarding a first request from a first user equipment to a second user equipment; forwarding a first response containing a session description protocol offer from the second user equipment to the first user equipment; receiving a second request from the first user equipment containing a session description protocol answer; determining that the session protocol answer contains a parameter in breach of a local policy characterised in that the method further comprises: returning a second response indicating that the session description protocol answer is not acceptable, the second response containing a local policy allowed session description protocol payload. forwarding a first request from a first user equipment to a second user equipment; forwarding a first response containing a session description protocol offer from the second user equipment to the first user equipment; receiving a second request from the first user equipment containing a session description protocol answer; determining that the session protocol answer contains a parameter in breach of a local policy characterised in that the method further comprises: returning a second response indicating that the session description protocol answer is not acceptable, the second response containing a local policy allowed session description protocol payload. returning a second response indicating that the session description protocol answer is not acceptable, the second response containing a local policy allowed session description protocol payload.
A peptide derivative having formula X-DAsn-DVal-DVal-DLys-Y wherein: X is an acyl group -CO-(CH 2) n CH 3 linked to the Asparagine N-terminus, wherein n is an integer comprised between 0 and 20, and Y is the -OH at the Lysine C-terminus, or it is an amino group -NR 1 R 2 linked to the Lysine C-terminus, wherein R 1 and R 2, equal or different from each other, are selected from between H and an alkyl group -(CH 2) m CH 3 wherein m is an integer comprised between 0 and 2. X is an acyl group -CO-(CH 2) n CH 3 linked to the Asparagine N-terminus, wherein n is an integer comprised between 0 and 20, and Y is the -OH at the Lysine C-terminus, or it is an amino group -NR 1 R 2 linked to the Lysine C-terminus, wherein R 1 and R 2, equal or different from each other, are selected from between H and an alkyl group -(CH 2) m CH 3 wherein m is an integer comprised between 0 and 2.
A fast authentication method for authenticating a supplicant in a wireless communications network, the wireless communications network including at least one authenticator (120;1130;1215) and at least one authentication server, wherein the authenticator is adapted to interact with the authentication server for authenticating supplicants (130a,130b;1130,1130a;1230,1215) in order to conditionally grant thereto access to the wireless communications network, the method comprising: - providing a shared secret, shared by and available at the supplicant and the authentication server; - having the supplicant provide to the authenticator an authentication token, wherein said authentication token is based on said shared secret available thereat; - having the authenticator forward the authentication token to the authentication server; - having the authentication server ascertain an authenticity of the received authentication token based on said shared secret available thereat (409,419,423); - in case the authenticity of the authentication token is ascertained, having the authentication server generate a first authentication key based on said shared secret available thereat, and provide the generated authentication key to the authenticator; - having the supplicant generate a second authentication key based on said shared secret; and - having the supplicant and the authenticator exploit the generated first and the second keys for ciphering communications with each other. - providing a shared secret, shared by and available at the supplicant and the authentication server; - having the supplicant provide to the authenticator an authentication token, wherein said authentication token is based on said shared secret available thereat; - having the authenticator forward the authentication token to the authentication server; - having the authentication server ascertain an authenticity of the received authentication token based on said shared secret available thereat (409,419,423); - in case the authenticity of the authentication token is ascertained, having the authentication server generate a first authentication key based on said shared secret available thereat, and provide the generated authentication key to the authenticator; - having the supplicant generate a second authentication key based on said shared secret; and - having the supplicant and the authenticator exploit the generated first and the second keys for ciphering communications with each other.
A variable pitch blade propeller hub for a turbomachine with a longitudinal axis, of the type including: - a polygonal ring supporting the blades, concentric with the longitudinal axis and composed of two spaced parallel annular end flanges (20, 21) between which are diametrically fastened, by root areas arising from said annular flanges, collars with cylindrical radial housings to receive the blades, said collars being equi-angularly distributed at the lateral periphery of the polygonal ring and separated from each other by intermediate areas, and - connecting means connecting the polygonal ring to a turbine rotor element of the turbomachine, characterized in that the intermediate areas defined between two concentric collars and the annular end flanges are provided with through-openings and include elements for reinforcing the collars that are arranged radially and/or tangentially and fastened at least to the lateral walls of two consecutive collars. - a polygonal ring supporting the blades, concentric with the longitudinal axis and composed of two spaced parallel annular end flanges (20, 21) between which are diametrically fastened, by root areas arising from said annular flanges, collars with cylindrical radial housings to receive the blades, said collars being equi-angularly distributed at the lateral periphery of the polygonal ring and separated from each other by intermediate areas, and - connecting means connecting the polygonal ring to a turbine rotor element of the turbomachine,
Coupling device for the detachable connection of a pivotably mounted vehicle body part, more particularly vehicle door, tailgate, bonnet with a structural vehicle part of a vehicle body, with a first coupling element and, in the coupled state of the coupling device, connected thereto in a play-free manner, a second coupling element, wherein the first coupling element has two locks borne in a manner so as to be displaceable in parallel to each other and a motor drive device is provided, which by means of operative connection means moves apart the locks for coupling the two coupling elements (10, 20), characterised in that - the locks are designed as plate-shaped locking wedges (11, 12) with wedge surfaces (11 b, 12b) borne in a rectangular-shaped locking wedge holder, which to form the wedge surfaces (11 b, 12b) have one side edge (11 a, 12a) with a wedge-shaped cross-section, and - the second coupling element is designed with two retaining jaws (21, 23) with wedge grooves (22, 24), that hold the first coupling element between them in such a way that through the motor-driven displacement away from each other the locking wedges (11, 12) are pressed with their wedge surfaces (11b, 12b) into the wedge grooves (22, 24) and can thereby be brought into engagement with wedge surfaces (22a, 24a) of the wedge grooves (22,24). - the locks are designed as plate-shaped locking wedges (11, 12) with wedge surfaces (11 b, 12b) borne in a rectangular-shaped locking wedge holder, which to form the wedge surfaces (11 b, 12b) have one side edge (11 a, 12a) with a wedge-shaped cross-section, and - the second coupling element is designed with two retaining jaws (21, 23) with wedge grooves (22, 24), that hold the first coupling element between them in such a way that through the motor-driven displacement away from each other the locking wedges (11, 12) are pressed with their wedge surfaces (11b, 12b) into the wedge grooves (22, 24) and can thereby be brought into engagement with wedge surfaces (22a, 24a) of the wedge grooves (22,24).
A method for manufacturing a studded pneumatic tire for a vehicle, the tire comprising - studs, - at least one ply, - at least one metal belt (286, 287), and - optionally, at least one textile belt, wherein the tire further comprises - a cap layer forming at least part of a running surface of the studded pneumatic tire, - an underlayer made of a first rubber compound, and - an intermediate layer made of a second rubber compound, the intermediate layer being arranged, at least partially, between the underlayer and the cap layer, wherein - a thickness of the underlayer determined from a location of a stud, from a bottom of the stud to an inner surface of the underlayer, is at least 0.3 mm, preferably at least 0.6 mm, and - optionally, a thickness of the intermediate layer, determined at a location wherein the intermediate layer is surrounding the stud, is at least 0.4 mm, preferably at least 0.5 mm, wherein the method comprises - forming an annular belt comprising - at least one metal belt (286, 287), - optionally at least one textile belt, - the underlayer, - the intermediate layer, and - the cap layer, - arranging the annular belt onto an annular carcass comprising the at least one ply to form a preform - vulcanizing the preform, and - installing studs. - studs, - at least one ply, - at least one metal belt (286, 287), and - optionally, at least one textile belt, wherein the tire further comprises - a cap layer forming at least part of a running surface of the studded pneumatic tire, - an underlayer made of a first rubber compound, and - an intermediate layer made of a second rubber compound, the intermediate layer being arranged, at least partially, between the underlayer and the cap layer, wherein - a thickness of the underlayer determined from a location of a stud, from a bottom of the stud to an inner surface of the underlayer, is at least 0.3 mm, preferably at least 0.6 mm, and - optionally, a thickness of the intermediate layer, determined at a location wherein the intermediate layer is surrounding the stud, is at least 0.4 mm, preferably at least 0.5 mm, wherein the method comprises - forming an annular belt comprising - at least one metal belt (286, 287), - optionally at least one textile belt, - the underlayer, - the intermediate layer, and - the cap layer, - at least one metal belt (286, 287), - optionally at least one textile belt, - the underlayer, - the intermediate layer, and - the cap layer, - arranging the annular belt onto an annular carcass comprising the at least one ply to form a preform - vulcanizing the preform, and - installing studs.
A method for determining a maximum allowed height of a height restriction of a road, comprising: determining (S201, S501) a target object on a road, wherein the target object is an object for determining a road clearance at the restriction; and determining a height threshold of the road based on the target object, wherein the height threshold is used to indicate a maximum allowed height of the restriction; characterized in that the determining a height threshold comprises: determining the height threshold based on the target object and lane information of the road, wherein the lane information comprises a quantity of lanes and a width of each lane at the restriction; determining a total width of the road based on the target object and a total width of the lanes at the restriction, wherein the total width of the lanes is determined based on the quantity of lanes and the width of each lane; and determining the height threshold based on the total width of the road and a spatial parameter, where the spatial parameter indicates a width-to-height ratio of road space at the restriction. determining (S201, S501) a target object on a road, wherein the target object is an object for determining a road clearance at the restriction; and determining a height threshold of the road based on the target object, wherein the height threshold is used to indicate a maximum allowed height of the restriction; characterized in that the determining a height threshold comprises: determining the height threshold based on the target object and lane information of the road, wherein the lane information comprises a quantity of lanes and a width of each lane at the restriction; determining a total width of the road based on the target object and a total width of the lanes at the restriction, wherein the total width of the lanes is determined based on the quantity of lanes and the width of each lane; and determining the height threshold based on the total width of the road and a spatial parameter, where the spatial parameter indicates a width-to-height ratio of road space at the restriction. determining the height threshold based on the target object and lane information of the road, wherein the lane information comprises a quantity of lanes and a width of each lane at the restriction; determining a total width of the road based on the target object and a total width of the lanes at the restriction, wherein the total width of the lanes is determined based on the quantity of lanes and the width of each lane; and determining the height threshold based on the total width of the road and a spatial parameter, where the spatial parameter indicates a width-to-height ratio of road space at the restriction.
An expandable implant comprising: - an upper endplate assembly including a plurality of upper endplates (30,32,34); - a lower endplate assembly including a plurality of lower endplates (36,38,40); - an actuator assembly including a rotatable actuator having a shaft and a rotatable nut; - a plurality of driving ramps including a front ramp, a mid-ramp, and a rear ramp positioned along the shaft of the actuator; - an upper ramp connected to the upper endplate assembly and engaged with the plurality of driving ramps; and - a lower ramp connected to the lower endplate assembly and engaged with the plurality of driving ramps, - wherein the upper and lower endplate assemblies are configured to expand in width, and - wherein rotation of the actuator and/or the nut causes movement of one or more of the driving ramps, thereby causing an expansion in height of the upper and lower endplate assemblies. - an upper endplate assembly including a plurality of upper endplates (30,32,34); - a lower endplate assembly including a plurality of lower endplates (36,38,40); - an actuator assembly including a rotatable actuator having a shaft and a rotatable nut; - a plurality of driving ramps including a front ramp, a mid-ramp, and a rear ramp positioned along the shaft of the actuator; - an upper ramp connected to the upper endplate assembly and engaged with the plurality of driving ramps; and - a lower ramp connected to the lower endplate assembly and engaged with the plurality of driving ramps, - wherein the upper and lower endplate assemblies are configured to expand in width, and - wherein rotation of the actuator and/or the nut causes movement of one or more of the driving ramps, thereby causing an expansion in height of the upper and lower endplate assemblies.
A cartridge for an electronic vaping device, the cartridge comprising: a heater assembly comprising, a chimney cage extending longitudinally; a heater extending longitudinally within the chimney cage; a heater gauze positioned about an outer circumference of the heater, the chimney cage positioned about an outer circumference of the heater gauze; and a cathode clip electrically connected to a first end portion of the heater; and a reservoir configured to contain a pre-vapor formulation, the reservoir comprising, at least one layer of gauze (42, 44) circumscribing the chimney cage; and a housing, the reservoir being positioned between the heater assembly and an inner surface of the housing. a heater assembly comprising, a chimney cage extending longitudinally; a heater extending longitudinally within the chimney cage; a heater gauze positioned about an outer circumference of the heater, the chimney cage positioned about an outer circumference of the heater gauze; and a cathode clip electrically connected to a first end portion of the heater; and a chimney cage extending longitudinally; a heater extending longitudinally within the chimney cage; a heater gauze positioned about an outer circumference of the heater, the chimney cage positioned about an outer circumference of the heater gauze; and a cathode clip electrically connected to a first end portion of the heater; and a reservoir configured to contain a pre-vapor formulation, the reservoir comprising, at least one layer of gauze (42, 44) circumscribing the chimney cage; and a housing, the reservoir being positioned between the heater assembly and an inner surface of the housing.