mhurhangee/ep-ind-claims huggingface dataset:
Air mass sensor pipe (116; 216) for a combustion engine, which air mass sensor pipe comprises an inlet opening (124; 224) for air, an outlet opening (126; 226) for air and an air mass sensor (118; 218) arranged in the pipe (116; 216) between the inlet and outlet opening (124; 224, 126; 226), which inlet and outlet openings (124; 224, 126; 226) have a cross-sectional shape that is adapted to the shape of an inlet system of the combustion engine, wherein - a first feed-through section (128; 228) for the air is arranged upstream of the air mass sensor (118; 218), wherein the first feed-through section (128; 228) is formed by narrowing the pipe (116; 216) downstream the inlet opening (124; 224) such that the air is consolidated into a column shaped, laminar flow through the first feed-through section (128; 228); - the air mass sensor (118; 218) is arranged in a second feed-through section (130; 230) for the air, wherein the second feed-through section (130; 230) for the air is positioned downstream of the first feed-through section (128; 228) in the air flow direction; characterized in that - the second feed-through section (130; 230) defines a second narrowing of the pipe (116; 216), wherein from the first feed-through section (128; 228) towards the second feed-through section (130; 230) the air duct expands in one direction transversal to an axis (134; 234) of the pipe (116; 216) and converges at the same time in another direction transversal to the pipe axis (134; 234), said directions being at an angular displacement in relation to each other, so that the air flow passing through the first feed-through section (128; 228) will be expanded in one direction in order to be compressed at the same time in one direction, which is at an angular displacement in relation to the first direction. - a first feed-through section (128; 228) for the air is arranged upstream of the air mass sensor (118; 218), wherein the first feed-through section (128; 228) is formed by narrowing the pipe (116; 216) downstream the inlet opening (124; 224) such that the air is consolidated into a column shaped, laminar flow through the first feed-through section (128; 228); - the air mass sensor (118; 218) is arranged in a second feed-through section (130; 230) for the air, wherein the second feed-through section (130; 230) for the air is positioned downstream of the first feed-through section (128; 228) in the air flow direction; characterized in that - the second feed-through section (130; 230) defines a second narrowing of the pipe (116; 216), wherein from the first feed-through section (128; 228) towards the second feed-through section (130; 230) the air duct expands in one direction transversal to an axis (134; 234) of the pipe (116; 216) and converges at the same time in another direction transversal to the pipe axis (134; 234), said directions being at an angular displacement in relation to each other,
An isolated signal transmission apparatus configured to isolatingly transmitting, from a control-side apparatus to a control target apparatus, an electric signal obtained by superimposing a communication signal on a direct-current signal, said apparatus comprising: a lower limiter circuit configured to output, to the control target apparatus, a direct-current signal, whose value is a predetermined lower limit value, if a value of the direct-current signal from the control-side apparatus is less than the predetermined lower limit value.
A composition comprising: an adduct of an oil comprising castor oil maleate in an amount of 1 to 3% by weight of the composition; a flaxseed extract in an amount of 0.5 to 15% by weight of the composition, wherein the flaxseed extract comprises 0.3 to 1% by weight of proteins, omega-3 fatty acids and omega-6 fatty acids, wherein a weight ratio of the omega-3 fatty acids to the omega-6 fatty acids is 3.5:1 to 3.6:1. an adduct of an oil comprising castor oil maleate in an amount of 1 to 3% by weight of the composition; a flaxseed extract in an amount of 0.5 to 15% by weight of the composition, wherein the flaxseed extract comprises 0.3 to 1% by weight of proteins, omega-3 fatty acids and omega-6 fatty acids, wherein a weight ratio of the omega-3 fatty acids to the omega-6 fatty acids is 3.5:1 to 3.6:1.
Home automation installation comprising a concealment device, a window and a motor drive device, - the concealment device comprising: ∘ a screen, ∘ a winding tube, the screen being windable on the winding tube, - the window comprising: ∘ at least one opening frame, ∘ a fixed frame, - the motor drive device being configured to wind and unwind the screen between a high end of travel position and a low end of travel position, as well as to move the opening frame to tilt it relative to the fixed frame, the motor drive device comprising: ∘ an electromechanical actuator, the electromechanical actuator including an electric motor, ∘ a flexible element, the flexible element cooperating with the opening frame of the window, in which installation, when closing the opening frame relative to the fixed frame by means of the motor drive device from a tilted open position of the opening frame relative to the fixed frame, the flexible element is driven by the winding tube of the screen of the concealment device, which is itself rotated by the electromechanical actuator, characterized in that the motor drive device comprises: - a pulley integral with the winding tube of the screen of the concealment device, around which the flexible element is configured to wind and unwind, and - a device for adapting a starting point of the movement of the opening frame relative to the fixed frame by means of the flexible element cooperating with the pulley when closing the opening frame relative to the fixed frame, on the one hand, when the screen reaches the high end of travel position and, on the other hand, when the screen reaches the low end of travel position. - the concealment device comprising: ∘ a screen, ∘ a winding tube, the screen being windable on the winding tube, ∘ a screen, ∘ a winding tube, the screen being windable on the winding tube, - the window comprising: ∘ at least one opening frame, ∘ a fixed frame, ∘ at least one opening frame, ∘ a fixed frame, - the motor drive device being configured to wind and unwind the screen between a high end of travel position and a low end of travel position, as well as to move the opening frame to tilt it relative to the fixed frame, the motor drive device comprising: ∘ an electromechanical actuator, the electromechanical actuator including an electric motor, ∘ a flexible element, the flexible element cooperating with the opening frame of the window, ∘ an electromechanical actuator, the electromechanical actuator including an electric motor, ∘ a flexible element, the flexible element cooperating with the opening frame of the window, - a pulley integral with the winding tube of the screen of the concealment device, around which the flexible element is configured to wind and unwind, and - a device for adapting a starting point of the movement of the opening frame relative to the fixed frame by means of the flexible element cooperating with the pulley when closing the opening frame relative to the fixed frame, on the one hand, when the screen reaches the high end of travel position and, on the other hand, when the screen reaches the low end of travel position.
A compound represented by a chemical formula below: wherein R 1 and R 2 are each an aliphatic hydrocarbon group, X is a single bond or a hydrocarbon group having 1 or more and 5 or less carbon atoms, a total number of carbon atoms of R 1, R 2, and X is 2 or more and 39 or less, A 1 is -O(-A 11 O) l -H, A 2 is -O-CH 2 -CH(-O(-A 21 O) m -H)(-CH 2 -O(-A 22 O) n -H) or -O-CH (-CH 2 -O(-A 23 O) s -H)(-CH 2 -O(-A 24 O) t -H), A 11, A 21, A 22, A 23, and A 24 are each independently an alkanediyl group having 2 or more and 8 or less carbon atoms, l, m, n, s, and t are an average value and are each independently 0 or more, and a total of l, m, and n, and a total of l, s, and t are each independently more than 0 and 200 or less.
A method of producing a carrier in which a large number of catalyst particles or adsorbent particles are carried on a surface of a metal base material made of aluminum or an aluminum alloy, the method comprising: performing an etching process using an etchant containing iron chloride and an oxide on the surface of the metal base material made of aluminum or the aluminum alloy, to convert the surface to an uneven and rough surface; performing an anodizing process on the uneven and rough surface of the metal base material, to form a porous coating along the uneven and rough surface; and causing the large number of the catalyst particles or the adsorbent particles to be carried on the surface of the metal base material on which the porous coating is formed along the uneven and rough surface, wherein the carrier is a catalyst carrier or an adsorbent carrier. performing an etching process using an etchant containing iron chloride and an oxide on the surface of the metal base material made of aluminum or the aluminum alloy, to convert the surface to an uneven and rough surface; performing an anodizing process on the uneven and rough surface of the metal base material, to form a porous coating along the uneven and rough surface; and causing the large number of the catalyst particles or the adsorbent particles to be carried on the surface of the metal base material on which the porous coating is formed along the uneven and rough surface, wherein the carrier is a catalyst carrier or an adsorbent carrier.
A hydraulic actuator for an internal combustion engine, which hydraulic actuator comprises - a pressurizing chamber for pressurizing hydraulic fluid, - a reciprocating piston that is arranged in the pressurizing chamber and which piston divides the pressurizing chamber into at least one input portion and at least one output portion, - at least one inlet port, which inlet port opens into the input portion of the pressurizing chamber for introducing pressurized hydraulic fluid into the input portion for moving the piston, and - a fluid outlet for supplying hydraulic fluid from the output portion of the pressurizing chamber to the actuated device (1, 1'), characterized in that the piston comprises a cylindrical part that is provided with at least one opening on its outer surface, through which opening the hydraulic fluid can be introduced from the inlet port into the input portion of the pressurizing chamber. - a pressurizing chamber for pressurizing hydraulic fluid, - a reciprocating piston that is arranged in the pressurizing chamber and which piston divides the pressurizing chamber into at least one input portion and at least one output portion, - at least one inlet port, which inlet port opens into the input portion of the pressurizing chamber for introducing pressurized hydraulic fluid into the input portion for moving the piston, and - a fluid outlet for supplying hydraulic fluid from the output portion of the pressurizing chamber to the actuated device (1, 1'),
A computer system for detecting autism or autism spectrum disorder in a subject, the computer system comprising: a processor; and a non-transitory computer readable storage medium storing a computer program comprising instructions that cause the processor to: receive a plurality of measurements comprising answers to questions directed at a parent or caregiver of the subject about observed behavior or descriptions of the observed behavior of the subject; provide the plurality of measurements as input to a multivariate algorithm, wherein the multivariate algorithm is based at least in part on a machine learning technique applied to measurements from an autism diagnostic instrument, wherein the plurality of measurements is reduced relative to the measurements of the autism diagnostic instrument, wherein the multivariate algorithm is configured to determine whether the subject suffers from the autism or the autism spectrum disorder with an accuracy of at least 90%; and generate a determination whether the subject suffers from the autism or the autism spectrum disorder with the multivariate algorithm. a processor; and a non-transitory computer readable storage medium storing a computer program comprising instructions that cause the processor to: receive a plurality of measurements comprising answers to questions directed at a parent or caregiver of the subject about observed behavior or descriptions of the observed behavior of the subject; provide the plurality of measurements as input to a multivariate algorithm, wherein the multivariate algorithm is based at least in part on a machine learning technique applied to measurements from an autism diagnostic instrument, wherein the plurality of measurements is reduced relative to the measurements of the autism diagnostic instrument, wherein the multivariate algorithm is configured to determine whether the subject suffers from the autism or the autism spectrum disorder with an accuracy of at least 90%; and generate a determination whether the subject suffers from the autism or the autism spectrum disorder with the multivariate algorithm. receive a plurality of measurements comprising answers to questions directed at a parent or caregiver of the subject about observed behavior or descriptions of the observed behavior of the subject; provide the plurality of measurements as input to a multivariate algorithm, wherein the multivariate algorithm is based at least in part on a machine learning technique applied to measurements from an autism diagnostic instrument, wherein the plurality of measurements is reduced relative to the measurements of the autism diagnostic instrument, wherein the multivariate algorithm is configured to determine whether the subject suffers from the autism or the autism spectrum disorder with an accuracy of at least 90%; and generate a determination whether the subject suffers from the autism or the autism spectrum disorder with the multivariate algorithm.
Decorative trim part for a vehicle, having - a carrier layer and a homogenously compact cover layer, said layers (3, 4) being formed from a thermoplastic plastics material in an injection-moulding process; - at least one printed film which on one surface side is injection-moulded by the cover layer and on the opposite surface side is partially injection-moulded by the carrier layer, wherein - the carrier layer in the region of the film has at least one clearance, - in which an illumination unit for illuminating the film is disposed, wherein - a transparency of the cover layer is designed in such a manner that the printed film is invisible in the case of a switched-off illumination unit. - a carrier layer and a homogenously compact cover layer, said layers (3, 4) being formed from a thermoplastic plastics material in an injection-moulding process; - at least one printed film which on one surface side is injection-moulded by the cover layer and on the opposite surface side is partially injection-moulded by the carrier layer, wherein - the carrier layer in the region of the film has at least one clearance, - in which an illumination unit for illuminating the film is disposed, wherein - a transparency of the cover layer is designed in such a manner that the printed film is invisible in the case of a switched-off illumination unit.
A water motor comprising: a tubular tipping lever arm having opposed open ends (12, 13), a central water fill port and a central fulcrum pivotally supporting said tubulartipping lever arm for seesaw tipping thereabout; a container (16, 17) positioned under each open end (12, 13) of saidtubulartipping lever arm to receive water flowing from a respective one of said open ends (12, 13); a drain valve (18, 19) in each container (16, 17) for respectively draining water from said containers(16, 17); flexible pull lines (20, 21) of predetermined length respectively connected between said open ends (12, 13) and said drain valves (18, 19) for opening said drain valves (18, 19) when a respective one of said open ends (12, 13) is in an up position; a float (22, 22') positioned in each of said containers (16, 17) and each float (22, 22') having an upwardly extending rigid lifting rod (23, 24) of predetermined length for engaging respective of said opposed open ends (12, 13) and thereby cyclically reversing the seesaw tipping, and thereby flow direction, of said tubulartipping lever arm and resultant draining of a respective of said containers (16, 17) with the buoyancy force of said floats. a tubular tipping lever arm having opposed open ends (12, 13), a central water fill port and a central fulcrum pivotally supporting said tubulartipping lever arm for seesaw tipping thereabout; a container (16, 17) positioned under each open end (12, 13) of saidtubulartipping lever arm to receive water flowing from a respective one of said open ends (12, 13); a drain valve (18, 19) in each container (16, 17) for respectively draining water from said containers(16, 17); flexible pull lines (20, 21) of predetermined length respectively connected between said open ends (12, 13) and said drain valves (18, 19) for opening said drain valves (18, 19) when a respective one of said open ends (12, 13) is in an up position; a float (22, 22') positioned in each of said containers (16, 17) and each float (22, 22') having an upwardly extending rigid lifting rod (23, 24) of predetermined length for engaging respective of said opposed open ends (12, 13) and thereby cyclically reversing the seesaw tipping, and thereby flow direction, of said tubulartipping lever arm and resultant draining of a respective of said containers (16, 17) with the buoyancy force of said floats.
A device for fastening skirting-boards (8, 11) having a back provided with an engageable seat to household appliances, the device comprising fastening means (22, 30), to secure a skirting-board in a position substantially parallel to the front of a lower part of a household appliance, characterized in that the fastening means (22, 30) comprise at least one fastening member with a modular first connection portion that extends axially and includes a succession of coupling modules, that each coupling module has a base part and a projecting front element designed for coupling with the engageable seat of the back of a skirting-board, and that the coupling modules of the succession are reciprocally joined in a separable way to enable to adapt the length of the first connection part of the fastening member.
An ophthalmic composition in a form of nanoemulsion having a particle size of not more than 200 nm, which consists of cyclosporin; propylene glycol dicaprylocaprate and medium chain (C 8 to C 10) triglycerides as an oil; polyoxyl 35 hydrogenated castor oil as a surfactant; and sodium hydrogen phosphate or its hydrate, sodium dihydrogen phosphate or its hydrate, or a mixture thereof as a buffering agent; in an aqueous medium.
Composite laminate for an airframe lifting surface, the composite laminate being made of a pre-preg material, and comprising at least two sides (2b, 2b) and one ramp area defined by a decreasing staggered laminate extended along a ramp direction, wherein the composite laminate comprises a combination of: - first plies formed by tapes arranged parallel to the ramp direction, - second plies formed by tapes arranged orthogonal to the ramp direction, - third plies formed by tapes arranged in a first laying up direction, being the first laying up direction (O 1) different from the ramp direction and the direction orthogonal to the ramp direction, and - fourth plies formed by tapes arranged in a second laying up direction (O 2), being the second laying up direction (O 2) different from the ramp direction, the direction orthogonal to the ramp direction and the first laying up direction (O 1); and wherein in the ramp area, the tapes forming the third and/or fourth plies are extended from one laminate side to another laminate side. wherein the composite laminate comprises a combination of: - first plies formed by tapes arranged parallel to the ramp direction, - second plies formed by tapes arranged orthogonal to the ramp direction, - third plies formed by tapes arranged in a first laying up direction, being the first laying up direction (O 1) different from the ramp direction and the direction orthogonal to the ramp direction, and - fourth plies formed by tapes arranged in a second laying up direction (O 2), being the second laying up direction (O 2) different from the ramp direction, the direction orthogonal to the ramp direction and the first laying up direction (O 1); - first plies formed by tapes arranged parallel to the ramp direction, - second plies formed by tapes arranged orthogonal to the ramp direction, - third plies formed by tapes arranged in a first laying up direction, being the first laying up direction (O 1) different from the ramp direction and the direction orthogonal to the ramp direction, and - fourth plies formed by tapes arranged in a second laying up direction (O 2), being the second laying up direction (O 2) different from the ramp direction, the direction orthogonal to the ramp direction and the first laying up direction (O 1); and wherein in the ramp area, the tapes forming the third and/or fourth plies are extended from one laminate side to another laminate side.
A method for network communications, comprising: determining a first access identifier, AID for an egress signal through a network interface of a network element, the first AID includes at least four-part identifier in the form of a shelf identifier, a slot identifier, a port identifier, and a channel identifier; determining a first Optical Transport Network, multiplexing structure identifier, associated with the egress signal through the network interface; determining a second AID associated with a defined ingress signal through the network interface, the second AID includes at least four-part identifier in the form of a shelf identifier, a slot identifier, a port identifier, and a channel identifier; determining a second OTN MSI associated with the defined ingress signal through the network interface, wherein the first OTN MSI is not equal to the second OTN MSI; and associating the egress signal and the defined ingress signal based on the first AID, the first OTN MSI, the second AID, and the second OTN MSI. determining a first access identifier, AID for an egress signal through a network interface of a network element, the first AID includes at least four-part identifier in the form of a shelf identifier, a slot identifier, a port identifier, and a channel identifier; determining a first Optical Transport Network, multiplexing structure identifier, associated with the egress signal through the network interface; determining a second AID associated with a defined ingress signal through the network interface, the second AID includes at least four-part identifier in the form of a shelf identifier, a slot identifier, a port identifier, and a channel identifier; determining a second OTN MSI associated with the defined ingress signal through the network interface, wherein the first OTN MSI is not equal to the second OTN MSI; and associating the egress signal and the defined ingress signal based on the first AID, the first OTN MSI, the second AID, and the second OTN MSI.
A method of repetitive ligation, comprising enzymatically ligating an oligonucleotide ("probe") and a polynucleotide ("primer") using a Chlorella Virus DNA ligase (CV ligase) or functional fragment thereof, wherein: the probe is N nucleotide residues in length, where N is from 2 to 7.