mhurhangee/patent-ind-claim-en huggingface dataset:
A propulsor for an aircraft, the propulsor comprising: a housing defining a partially enclosed volume that extends from an inlet to both a first thrust outlet and a second thrust outlet , wherein the first thrust outlet is configured to provide horizontal thrust, the second thrust outlet is configured to provide vertical thrust, and the plane of the inlet is within a threshold first thrust outlet deviation angle of being perpendicular to the first thrust outlet plane and the plane of the inlet is within a threshold second thrust outlet deviation angle of being parallel to the second thrust outlet plane, wherein the threshold first thrust outlet deviation angle is less than 10 degrees and the threshold second thrust outlet deviation angle is less than 10 degrees; a fan assembly including a plurality of blades extending radially from an axis of rotation , wherein the fan assembly is positioned at least partially within the partially enclosed volume and is configured to provide a motive force for fluid flow into the partially enclosed volume via the inlet; a blade pitch control mechanism configured to selectively vary a respective pitch angle of each blade in the plurality of blades; and an outlet flow control assembly configured to direct the fluid flow to preferentially exit the partially enclosed volume via a selected one of the first thrust outlet and the second thrust outlet. a housing defining a partially enclosed volume that extends from an inlet to both a first thrust outlet and a second thrust outlet , wherein the first thrust outlet is configured to provide horizontal thrust, the second thrust outlet is configured to provide vertical thrust, and the plane of the inlet is within a threshold first thrust outlet deviation angle of being perpendicular to the first thrust outlet plane and the plane of the inlet is within a threshold second thrust outlet deviation angle of being parallel to the second thrust outlet plane, wherein the threshold first thrust outlet deviation angle is less than 10 degrees and the threshold second thrust outlet deviation angle is less than 10 degrees; a fan assembly including a plurality of blades extending radially from an axis of rotation , wherein the fan assembly is positioned at least partially within the partially enclosed volume and is configured to provide a motive force for fluid flow into the partially enclosed volume via the inlet; a blade pitch control mechanism configured to selectively vary a respective pitch angle of each blade in the plurality of blades; and an outlet flow control assembly configured to direct the fluid flow to preferentially exit the partially enclosed volume via a selected one of the first thrust outlet and the second thrust outlet.
A double sided base plate for use with a safety razor , the base plate comprising: a first side having a first angled blade-engaging surface opposite a second angled blade-engaging surface , the first and second blade engaging surfaces defining a respective first and second blade gap when a double edged safety razor blade is secured between a cap and the first side of the double sided base plate ; and a second side having a third angled blade-engaging surface opposite a fourth angled blade-engaging surface , the third and fourth blade engaging surfaces defining a respective third and fourth blade gap when a double edged safety razor blade is secured between a cap and the second side of the double sided base plate , characterised in that the first and second angled blade-engaging surfaces define a recess spanning a length of the double sided base plate ; wherein when a double edged safety razor blade is secured between the cap and the first side of the double sided base plate, a compression force causes the double edge safety razor blade to conform to the blade engaging surfaces causing the double edge safety razor blade to flex, and wherein a bottom surface of the cap provides a concave surface which bends the double edge safety razor blade to provide a downward angle. a first side having a first angled blade-engaging surface opposite a second angled blade-engaging surface , the first and second blade engaging surfaces defining a respective first and second blade gap when a double edged safety razor blade is secured between a cap and the first side of the double sided base plate ; and a second side having a third angled blade-engaging surface opposite a fourth angled blade-engaging surface , the third and fourth blade engaging surfaces defining a respective third and fourth blade gap when a double edged safety razor blade is secured between a cap and the second side of the double sided base plate ,
A hydrolysis probe for use in a real-time PCR for the detection of a SNP in a nucleic acid target sequence, said probe comprising a) an oligonucleotide sequence complementary to a region of a nucleic acid target sequence comprising said SNP, and b) a pair of interactive labels, at least one label being signal-generating and the labels being effectively positioned on the oligonucleotide to quench the generation of detectable signal, said labels being separated by a nuclease susceptible cleavage site, c) wherein said probe is blocked at the 3'-end terminus to prohibit incorporation of said probe into a primer extension product, and wherein said oligonucleotide sequence of said probe comprises two adjacent portions, said portions being of equal length or differing by one nucleotide in length, wherein - the base complementary to said SNP is located within the first portion of the probe sequence from the 5'-end, and - located within the second portion of the probe there is one or more mismatches to the target sequence, or - the base complementary to said SNP is located within the second portion of the probe, and - located within the first portion of the probe there is one or more mismatches to the target sequence. a) an oligonucleotide sequence complementary to a region of a nucleic acid target sequence comprising said SNP, and b) a pair of interactive labels, at least one label being signal-generating and the labels being effectively positioned on the oligonucleotide to quench the generation of detectable signal, said labels being separated by a nuclease susceptible cleavage site, c) wherein said probe is blocked at the 3'-end terminus to prohibit incorporation of said probe into a primer extension product, and - the base complementary to said SNP is located within the first portion of the probe sequence from the 5'-end, and - located within the second portion of the probe there is one or more mismatches to the target sequence, or - the base complementary to said SNP is located within the second portion of the probe, and - located within the first portion of the probe there is one or more mismatches to the target sequence.
A cytolytic T cell (CTL) or Natural Killer (NK) cell which comprises a CAR and a constitutively active or an inducible Signal Transducer and Activator of Transcription (STAT) molecule.
A stump cutter comprising: a mainframe ; a cutter wheel supported by a boom and rotatable about a cutter wheel axis (E) spaced from the mainframe ; a two-axis gimbal set supporting the boom from the mainframe , the two-axis gimbal set supporting the boom for sweep movements of the cutter wheel about a vertical cutter wheel sweep axis (A) and for tilt movements of the cutter wheel about a horizontal cutter wheel tilt axis (F), wherein the two-axis gimbal set includes a hollow subframe providing a first pair of spaced pivots for connection with the mainframe and a second pair of spaced pivots for connection with a subframe of the boom ; a prime mover supported on the mainframe and configured to drive the cutter wheel about the cutter wheel axis (E); and a mechanical driveline configured to provide power transmission from the prime mover to the cutter wheel , the mechanical driveline including a constant velocity joint , wherein the mechanical driveline extends through the two-axis gimbal set, such that the constant velocity joint is positioned in the center of the hollow subframe . a mainframe ; a cutter wheel supported by a boom and rotatable about a cutter wheel axis (E) spaced from the mainframe ; a two-axis gimbal set supporting the boom from the mainframe , the two-axis gimbal set supporting the boom for sweep movements of the cutter wheel about a vertical cutter wheel sweep axis (A) and for tilt movements of the cutter wheel about a horizontal cutter wheel tilt axis (F), wherein the two-axis gimbal set includes a hollow subframe providing a first pair of spaced pivots for connection with the mainframe and a second pair of spaced pivots for connection with a subframe of the boom ; a prime mover supported on the mainframe and configured to drive the cutter wheel about the cutter wheel axis (E); and a mechanical driveline configured to provide power transmission from the prime mover to the cutter wheel , the mechanical driveline including a constant velocity joint , wherein the mechanical driveline extends through the two-axis gimbal set, such that the constant velocity joint is positioned in the center of the hollow subframe .
Use, for reducing and/or preventing deposits in the internal parts of a spark ignition engine, of a fuel composition comprising: at least one first additive consisting of a quaternary ammonium salt obtained by reacting, with a quaternisation agent, a nitrogen compound comprising a tertiary amine function, this compound being the product of the reaction of a polyisobutenyl succinic anhydride and of a compound comprising at least one tertiary amine group selected from amines of following formula (I) wherein: R6 and R7 are identical or different and represent, independently of each other, an alkyl group having from 1 to 5 carbon atoms; X is an alkylene group having from 1 to 5 carbon atoms; and R8 is a hydrogen atom, at least one second additive consisting of a non-quaternary polyisobutylene succinimide, at least one third additive different from the additives and , consisting of a Mannich base, and wherein the weight ratio of the amount of the first additive to the amount of the second additive is in the range from 0.2:1 to 2.5:1. at least one first additive consisting of a quaternary ammonium salt obtained by reacting, with a quaternisation agent, a nitrogen compound comprising a tertiary amine function, this compound being the product of the reaction of a polyisobutenyl succinic anhydride and of a compound comprising at least one tertiary amine group selected from amines of following formula (I) wherein: R6 and R7 are identical or different and represent, independently of each other, an alkyl group having from 1 to 5 carbon atoms; X is an alkylene group having from 1 to 5 carbon atoms; and R8 is a hydrogen atom, R6 and R7 are identical or different and represent, independently of each other, an alkyl group having from 1 to 5 carbon atoms; X is an alkylene group having from 1 to 5 carbon atoms; and R8 is a hydrogen atom, at least one second additive consisting of a non-quaternary polyisobutylene succinimide, at least one third additive different from the additives and , consisting of a Mannich base, and wherein the weight ratio of the amount of the first additive to the amount of the second additive is in the range from 0.2:1 to 2.5:1.
A multiple woven gauze fabric, comprising: at least a first gauze weave construction and a second gauze weave construction; and a plurality of connection parts joining the first gauze weave construction and the second gauze weave construction; wherein the first gauze weave construction comprises a non-twisted yarn; and characterised in that the second gauze weave construction comprises a hollow twisted yarn. at least a first gauze weave construction and a second gauze weave construction; and a plurality of connection parts joining the first gauze weave construction and the second gauze weave construction; wherein the first gauze weave construction comprises a non-twisted yarn; and characterised in that the second gauze weave construction comprises a hollow twisted yarn.
Closure assembly for a container filled or fillable with a pourable product, the closure assembly comprising at least a closing group including: - a lid having a first rim ; - a ring member having a second rim facing the first rim ; and - more than one coupling elements connected to the lid and to the ring member and tethering the lid and the ring member with one another; wherein the more than one coupling elements constitute the sole connection between the lid and the ring member before a first-time operation of the lid ; and wherein the closure assembly further comprises a tamper-evidence ring and one or more rupturable coupling bridges connecting the tamper-evidence ring and the ring member with one another, wherein the coupling bridges are configured to rupture during the first-time operation of lid ; wherein the closure assembly further comprises a collar delimiting a pouring outlet , wherein the pouring outlet is configured to allow for the outflow of the pourable product from container , and wherein the ring member and the tamper-evidence ring are arranged around the collar . - a lid having a first rim ; - a ring member having a second rim facing the first rim ; and - more than one coupling elements connected to the lid and to the ring member and tethering the lid and the ring member with one another; wherein the more than one coupling elements constitute the sole connection between the lid and the ring member before a first-time operation of the lid ; and wherein the closure assembly further comprises a tamper-evidence ring and one or more rupturable coupling bridges connecting the tamper-evidence ring and the ring member with one another, wherein the coupling bridges are configured to rupture during the first-time operation of lid ; wherein the closure assembly further comprises a collar delimiting a pouring outlet , wherein the pouring outlet is configured to allow for the outflow of the pourable product from container , and wherein the ring member and the tamper-evidence ring are arranged around the collar .
A computer-implemented image processing method, comprising: converting an original image represented by a first color space into the original image represented by a second color space, wherein a correlation between color components of respective channels in the second color space of the original image is smaller than a correlation between color components of respective channels in the first color space; and denoising channel images formed by the color components of the respective channels in the second color space respectively to obtain denoised images corresponding to the respective channel images; and obtaining a target image based on the denoised images; the method characterized in that the obtaining the target image based on the denoised images comprises: fusing a first channel image in all the channel images and a first denoised image corresponding to the first channel image to obtain a composite image; and obtaining the target image based on the composite image and a second denoised image corresponding to a second channel image other than the first channel image. converting an original image represented by a first color space into the original image represented by a second color space, wherein a correlation between color components of respective channels in the second color space of the original image is smaller than a correlation between color components of respective channels in the first color space; and denoising channel images formed by the color components of the respective channels in the second color space respectively to obtain denoised images corresponding to the respective channel images; and obtaining a target image based on the denoised images; the method characterized in that the obtaining the target image based on the denoised images comprises: fusing a first channel image in all the channel images and a first denoised image corresponding to the first channel image to obtain a composite image; and obtaining the target image based on the composite image and a second denoised image corresponding to a second channel image other than the first channel image. fusing a first channel image in all the channel images and a first denoised image corresponding to the first channel image to obtain a composite image; and obtaining the target image based on the composite image and a second denoised image corresponding to a second channel image other than the first channel image.
A method to distribute remote driving tasks of vehicles to remote operators, wherein the method comprises • receiving information about a planned and/or a present remote driving task of a vehicle by a server; • providing the information to a task-creation-algorithm implemented on the server , wherein the task-creation-algorithm determines a remote-driver requirement profile based on the information, wherein the task-creation-algorithm additionally determines a remote workspace requirement profile based on the information, • providing the requirement profile to a mapping algorithm, wherein the mapping algorithm searches for remote-drivers that match the requirement profile and selects at least a subset the remote-drivers that match the requirement profile, and wherein the mapping algorithm searches for remote workspaces that match the remote workspace requirement that are operated by a remote-driver who matches the remote-driver requirement profile and selects at least a subset of the remote workspace and remote-driver combinations that both match the requirement profiles, • assigning the driving task of the vehicle at least one of the selected combination; wherein the mapping algorithm has access to a database in which hardware configurations of remote-workplaces and remote-driver qualifications and ratings are stored. • receiving information about a planned and/or a present remote driving task of a vehicle by a server; • providing the information to a task-creation-algorithm implemented on the server , wherein the task-creation-algorithm determines a remote-driver requirement profile based on the information, wherein the task-creation-algorithm additionally determines a remote workspace requirement profile based on the information, • providing the requirement profile to a mapping algorithm, wherein the mapping algorithm searches for remote-drivers that match the requirement profile and selects at least a subset the remote-drivers that match the requirement profile, and wherein the mapping algorithm searches for remote workspaces that match the remote workspace requirement that are operated by a remote-driver who matches the remote-driver requirement profile and selects at least a subset of the remote workspace and remote-driver combinations that both match the requirement profiles, • assigning the driving task of the vehicle at least one of the selected combination; wherein the mapping algorithm has access to a database in which hardware configurations of remote-workplaces and remote-driver qualifications and ratings are stored.
A nozzle for a fuel valve for direct injection of gaseous fuel into a combustion chamber of a large two-stroke turbocharged compression ignited internal combustion engine with crossheads, said nozzle comprising: a nozzle body extending in a main direction and axis (X) from a base at a proximal end of said nozzle body to a distal end of said nozzle body, said base being configured for attachment to said fuel valve , said nozzle body comprising a substantially cylindrical portion extending in said main direction and axis (X) between said base and said distal end , an inlet port opening to said base for receiving fuel from said fuel valve , a plurality of nozzle holes arranged in said nozzle body at or near said distal end , characterised in that a main bore extending in said main direction and axis (X) from said inlet port into said nozzle body to said nozzle holes thereby fluidly connecting said nozzle holes to said inlet and that said distal end comprises a substantially planar end surface that is arranged squint to said main direction and axis (X). a nozzle body extending in a main direction and axis (X) from a base at a proximal end of said nozzle body to a distal end of said nozzle body, said base being configured for attachment to said fuel valve , said nozzle body comprising a substantially cylindrical portion extending in said main direction and axis (X) between said base and said distal end , an inlet port opening to said base for receiving fuel from said fuel valve , a plurality of nozzle holes arranged in said nozzle body at or near said distal end , characterised in that a main bore extending in said main direction and axis (X) from said inlet port into said nozzle body to said nozzle holes thereby fluidly connecting said nozzle holes to said inlet and that said distal end comprises a substantially planar end surface that is arranged squint to said main direction and axis (X).
Blade assembly comprising an adjusting means and an adjustable blade (10-15)for a turbomachine, which blade has at least one first, in particular planar orcurved, contact surface (11; 11') for, in particular zero-backlash, clamping of the adjusting means of the blade arrangement for adjustment of the blade, this first contact surface not being inclined or being inclined by at most 15° with respect to a longitudinal axis (L) of the blade, and the blade assembly having a clamping means (30; 31) for clamping the adjusting means against the first contact surface by at least partially elastic compression of the clamping means transversely to the longitudinal axis of the blade and/or by advancing the clamping means in a clamping means direction (S) which encloses an angle of at least 45° together with the longitudinal axis of the blade, characterized in that the clamping means has a screw or a wedge and presses against a, in particular planar, contact surface of the blade in order to clam p the adjusting means.
A method for manufacturing a three-dimensional article , said method comprising: successively building up said article from a metal powder by an additive manufacturing process by scanning a selected portion of said metal powder with electromagnetic radiation ; forming an anti-counterfeiting mark in said article during said additive manufacturing process; establishing an article microstructure of said article ; and establishing an anti-counterfeiting mark microstructure of said anti-counterfeiting mark , wherein the article microstructure is a grain structure and orientation, and wherein the anti-counterfeiting mark microstructure is a grain structure and orientation; wherein said anti-counterfeiting mark microstructure is different than said article microstructure ; and wherein the method further comprises determining whether said article includes said anti-counterfeiting mark during said additive manufacturing process. successively building up said article from a metal powder by an additive manufacturing process by scanning a selected portion of said metal powder with electromagnetic radiation ; forming an anti-counterfeiting mark in said article during said additive manufacturing process; establishing an article microstructure of said article ; and establishing an anti-counterfeiting mark microstructure of said anti-counterfeiting mark , wherein the article microstructure is a grain structure and orientation, and wherein the anti-counterfeiting mark microstructure is a grain structure and orientation; wherein said anti-counterfeiting mark microstructure is different than said article microstructure ; and wherein the method further comprises determining whether said article includes said anti-counterfeiting mark during said additive manufacturing process.