mhurhangee/patent-ind-claim-en huggingface dataset:
A method of manufacturing an assembly within a gas turbine engine , the method comprising: integrally building, using additive manufacturing techniques, a turbine vane , a combustor liner , a diffuser wall , and a support structure within an engine case, wherein: the turbine vane is forwardly attached to the diffuser wall in a radial direction relative to an axis of rotation and extends in the radial direction away from the axis of rotation; the turbine vane is attached at a distal end to the support structure ; the support structure is attached to the combustor liner ; and the support structure is less dense than the turbine vane , the combustor liner , and the diffuser wall . the turbine vane is forwardly attached to the diffuser wall in a radial direction relative to an axis of rotation and extends in the radial direction away from the axis of rotation; the turbine vane is attached at a distal end to the support structure ; the support structure is attached to the combustor liner ; and the support structure is less dense than the turbine vane , the combustor liner , and the diffuser wall .
A method for using a support device - said support device comprising: - a flexible air-tight membrane defining an internal volume and comprising a connection valve suitable to allow, on command, introduction or extraction of air into/from said internal volume , - a compressible solid body housed in said internal volume and made of a material which, when said membrane is placed under vacuum, has a volume that decreases by at least 5%, - a vacuum pump , suitable to substantially produce the vacuum inside said membrane , - wherein said compressible solid body is exclusively used at volumes equal to or less than the volume of said compressible solid body at ambient pressure, - said method being characterized in that said device comprises a substantially rigid support portion , stiffer than the compressible solid body and sufficiently rigid, with respect to the pressures involved in the operation of the device , so as not to be substantially deformed in any configuration, - said rigid support portion being firmly attached to part of said compressible solid body . - said support device comprising: - a flexible air-tight membrane defining an internal volume and comprising a connection valve suitable to allow, on command, introduction or extraction of air into/from said internal volume , - a compressible solid body housed in said internal volume and made of a material which, when said membrane is placed under vacuum, has a volume that decreases by at least 5%, - a vacuum pump , suitable to substantially produce the vacuum inside said membrane , - a flexible air-tight membrane defining an internal volume and comprising a connection valve suitable to allow, on command, introduction or extraction of air into/from said internal volume , - a compressible solid body housed in said internal volume and made of a material which, when said membrane is placed under vacuum, has a volume that decreases by at least 5%, - a vacuum pump , suitable to substantially produce the vacuum inside said membrane , - wherein said compressible solid body is exclusively used at volumes equal to or less than the volume of said compressible solid body at ambient pressure, - said method being characterized in that said device comprises a substantially rigid support portion , stiffer than the compressible solid body and sufficiently rigid, with respect to the pressures involved in the operation of the device , so as not to be substantially deformed in any configuration, - said rigid support portion being firmly attached to part of said compressible solid body .
Motorcycle , comprising: - a motorcycle body having a front part , a tail part and a central part comprised between the front part and the tail part ; - at least two wheels constrained to the motorcycle body , comprising a front wheel and a rear wheel ; - a traction engine constrained to the motorcycle body and operatively connected to at least one of the wheels ; - at least one optical emergency signalling device fixed to the motorcycle body , arranged and oriented so as to be visible by a vehicle that is following the motorcycle ; - an electronic control unit of the optical emergency signalling device operatively connected to the optical emergency signalling device ; - a detection system adapted to detect the loss of grip and/or a risk of loss of grip of at least one of the two wheels of the motorcycle connected to, or at least partly integrated in, the electronic control unit ; characterized in that : - the electronic control unit is adapted and configured to activate the optical emergency signalling device , if the detection system detects a loss of grip and/or a risk of loss of grip. - a motorcycle body having a front part , a tail part and a central part comprised between the front part and the tail part ; - at least two wheels constrained to the motorcycle body , comprising a front wheel and a rear wheel ; - a traction engine constrained to the motorcycle body and operatively connected to at least one of the wheels ; - at least one optical emergency signalling device fixed to the motorcycle body , arranged and oriented so as to be visible by a vehicle that is following the motorcycle ; - an electronic control unit of the optical emergency signalling device operatively connected to the optical emergency signalling device ; - a detection system adapted to detect the loss of grip and/or a risk of loss of grip of at least one of the two wheels of the motorcycle connected to, or at least partly integrated in, the electronic control unit ; - the electronic control unit is adapted and configured to activate the optical emergency signalling device , if the detection system detects a loss of grip and/or a risk of loss of grip.
A continuous method of making draw strip bags with two hems (H1, H2), comprising the following steps: - providing a film web (F) wherein a first portion and a second portion overlap each other with free longitudinal side edges thereof being aligned or near aligned with each other, characterised in - back folding a first part having said free side edge of the first portion outwardly away from said second portion along a first fold line (B) by a first hemmer , with the rest of said first portion preferably remaining in full contact with said second portion , - folding a first subpart of said first part along a second fold line (C) whereby the free side edge of said first portion is brought into near alignment, or alignment, with said first fold line (B) while a second subpart of said first part of the first portion remains back folded, whereby said first and second subparts of the first portion define a first hem (H1), - folding, preferably simultaneously with the back-folding of said first part of the first portion , a first part of the second portion having said free side edge 7' thereof, to create a third fold line (C'), with a first subpart overlying a second subpart and having the same width, or about the same width, such that the free edge of said second portion is aligned with, or near aligned with, said first fold line (B) of the first portion whereby said first and second subparts of the second portion define a second hem (H2), and - folding the first hem (H1) about said first fold line (B) such that said second fold line (C) is aligned with, or near aligned with, said third fold line (C') of the second portion . - providing a film web (F) wherein a first portion and a second portion overlap each other with free longitudinal side edges thereof being aligned or near aligned with each other, characterised in - back folding a first part having said free side edge of the first portion outwardly away from said second portion along a first fold line (B) by a first hemmer , with the rest of said first portion preferably remaining in full contact with said second portion , - folding a first subpart of said first part along a second fold line (C) whereby the free side edge of said first portion is brought into near alignment, or alignment, with said first fold line (B) while a second subpart of said first part of the first portion remains back folded, whereby said first and second subparts of the first portion define a first hem (H1), - folding, preferably simultaneously with the back-folding of said first part of the first portion , a first part of the second portion having said free side edge 7' thereof, to create a third fold line (C'), with a first subpart overlying a second subpart and having the same width, or about the same width, such that the free edge of said second portion is aligned with, or near aligned with, said first fold line (B) of the first portion whereby said first and second subparts of the second portion define a second hem (H2), and - folding the first hem (H1) about said first fold line (B) such that said second fold line (C) is aligned with, or near aligned with, said third fold line (C') of the second portion .
A method for transmitting a discovery reference signal, DRS, in a wireless communication system, the method comprising: selecting, by a base station , one of a switching mode and a repetition mode as a DRS transmission mode, the switching mode being a mode for transmitting a narrow beam, the repetition mode being a mode for transmitting a wide beam, wherein the narrow beam covers greater coverage of the base station than the wide beam; transmitting, by the base station , a broadcast channel over a plurality of orthogonal frequency division multiplexing, OFDM, symbols based on the selected DRS transmission mode; and transmitting, by the base station , the DRS according to the selected DRS transmission mode, wherein when the switching mode is selected as the DRS transmission mode, a cyclic redundancy check, CRC, of the broadcast channel is transmitted in each of the plurality of OFDM symbols, and when the repetition mode is selected as the DRS transmission mode, a single CRC of the broadcast channel is transmitted across all of the plurality of OFDM symbols. selecting, by a base station , one of a switching mode and a repetition mode as a DRS transmission mode, the switching mode being a mode for transmitting a narrow beam, the repetition mode being a mode for transmitting a wide beam, wherein the narrow beam covers greater coverage of the base station than the wide beam; transmitting, by the base station , a broadcast channel over a plurality of orthogonal frequency division multiplexing, OFDM, symbols based on the selected DRS transmission mode; and transmitting, by the base station , the DRS according to the selected DRS transmission mode, wherein when the switching mode is selected as the DRS transmission mode, a cyclic redundancy check, CRC, of the broadcast channel is transmitted in each of the plurality of OFDM symbols, and when the repetition mode is selected as the DRS transmission mode, a single CRC of the broadcast channel is transmitted across all of the plurality of OFDM symbols.
A diaphragm pump comprising: a fluid chamber ; a diaphragm located in the fluid chamber ; wherein the diaphragm is a flexible disc-shaped structure made from an elastomer material; wherein the diaphragm has an outer edge; wherein the diaphragm includes a first surface; characterized by a layer of fabric that is applied on the first surface of the diaphragm ; wherein the fabric is composed of woven aramid based fibers; and wherein the fabric is applied to the first surface of the diaphragm by a means selected from the group consisting of chemical bonding, chemical adhesion, over molding the diaphragm , an adhesive, and mechanical fastener . a fluid chamber ; a diaphragm located in the fluid chamber ; wherein the diaphragm is a flexible disc-shaped structure made from an elastomer material; wherein the diaphragm has an outer edge; wherein the diaphragm includes a first surface; characterized by a layer of fabric that is applied on the first surface of the diaphragm ; wherein the fabric is composed of woven aramid based fibers; and wherein the fabric is applied to the first surface of the diaphragm by a means selected from the group consisting of chemical bonding, chemical adhesion, over molding the diaphragm , an adhesive, and mechanical fastener .
Plug connector for an electrical connection having at least two electrical lines, the ends of which are connected to contact elements, and having a housing that encompasses the electrical lines and the contact elements in the region of their connecting site, wherein the housing is fixedly connected to a holding means , wherein the holding means comprises receptacles for the electrical lines , said receptacles fixedly clamping the lines and therefore holding said lines in such a manner that said lines cannot move out of position, characterized in that the holding means is embodied in a cup-shaped or U-shaped manner so that said holding means encompasses the housing in the region of the electrical lines , and in that the holding element and/or the housing of the plug connector comprise/comprises shaped elements that render it possible to make the connection to the plug connector in only one orientation.
A chimeric protein comprising a first polypeptide chain and a second polypeptide chain linked together, wherein the first polypeptide chain consists of an amino acid sequence selected from SEQ ID NOS: 4 or 5, and wherein the second polypeptide chain comprises a biologically active molecule selected from the group consisting of an immunogenic molecule, a T-cell epitope, a viral protein, and a bacterial protein.
An agent for use in the treatment or prevention of calcium deficiency by accelerating calcium absorption comprising Gum Arabic as an active ingredient characterized in that 1-100 g/day of said Gum Arabic is taken.
Stackable spacer adapted to support a reinforcement grid , where the spacer comprises a circumferential body section having an upper support surface adapted to support the reinforcement grid, and a plurality of leg sections each having a foot adapted to be placed on a mould surface for the concrete, where the outer shape of the circumferential body section is larger than a mesh in the reinforcement grid that is to be supported, wherein each side wall of a leg section is inclined with respect to a vertical direction and that a leg section is provided with a void adapted to house a leg section of another spacer , such that a plurality of watt spacers can be stacked in each other with the leg sections of one spacer extending into the corresponding voids of a subsequent spacer , such that the side wall of a leg section is parallel with the side wall of a leg section of the subsequent spacer , and that the spacer comprises a central opening having a rim which is adapted to be used for an automated distribution of the spacer, characterized in that the stackable spacer is a wall spacer and each foot is pointed or is provided with a radius such that a small footprint is provided.
Guard rail assembly used, in particular, as a vehicle restraint system on a carriageway, wherein at least one guard rail strand consisting of guard rails butted together in a row is arranged at a vertical distance to a surface of a subsurface and is fastened to posts , wherein the posts are formed in the vertical direction (V) in two parts consisting of an anchor post embedded in the subsurface and a retention post and a flange plate is arranged on an upper end of the anchor post and that a flange plate is arranged on the retention post on a lower end, wherein both flange plates abut in a flat manner against one another and are coupled with one another and wherein the coupling takes place by means of screw bolts , characterised in that the flange plate of the anchor post has internal threads , wherein the screw bolts are screwed into the internal threads so as to engage through the flange plate of the retention post , whereby a shear effect of the screw bolts is supported in the event of a lateral impact of a motor vehicle.
A stowable garment system comprising: a belt structure having a pouch positioned on a front aspect of the belt structure; and an upper-body garment comprising a front section , a back section , and a bottom margin , wherein a portion of the front section is attached to the pouch , and wherein the back section comprises a first tab extending from the bottom margin at a first side of the back section and a second tab extending from the bottom margin at a second opposite side of the back section; characterized in that : the stowable garment system further comprising a first looped cord segment extending from the first tab; and wherein the pouch is formed by at least: a panel attached to the belt structure, the panel having a top side, a bottom side, a first side, and a second side opposite the first side; a first flap extending from the top side of the panel and having a first hole extending therethrough; and a fourth flap extending from the bottom side of the panel and having a second looped cord segment attached thereto, the second looped cord segment extending through the first hole and receiving the first looped cord segment of the first tab when the pouch is in a closed state and the upper-body garment is stowed within the pouch. the stowable garment system further comprising a first looped cord segment extending from the first tab; and wherein the pouch is formed by at least: a panel attached to the belt structure, the panel having a top side, a bottom side, a first side, and a second side opposite the first side; a first flap extending from the top side of the panel and having a first hole extending therethrough; and a fourth flap extending from the bottom side of the panel and having a second looped cord segment attached thereto, the second looped cord segment extending through the first hole and receiving the first looped cord segment of the first tab when the pouch is in a closed state and the upper-body garment is stowed within the pouch.
An ultrasonic flow meter including a crank-shaped conduit in which a fluid flows, and a pair of ultrasonic transceiver units to be demountably mounted at respective ends of a straight portion of the crank-shaped conduit ; each ultrasonic transceiver unit including a respective piezoelectric element configured to transmit and receive an ultrasonic beam, and a respective cable portion connected to the corresponding piezoelectric element ; wherein a flow rate of a fluid flowing in the straight portion is measured based on a propagation velocity of an ultrasonic beam obtained by transmitting and receiving the ultrasonic beam in the straight portion from and to transmitting and receiving surfaces of the piezoelectric elements ; wherein each ultrasonic transceiver unit includes a respective cover member mounted to the crank-shaped conduit and having an open front end facing the straight portion and a closed rear end, each piezoelectric element being disposed in a corresponding one of the cover members , and each cable portion being led outward from a corresponding one of the cover members ; wherein each cover member is provided with a respective front plate at the open front end which closes an interior of the cover member and which is contacted by the corresponding one of the piezoelectric elements at a rear side of the front plate ; characterized in that adjustment of transmission and reception performance to predetermined values is performed by adjusting a pressing force of each piezoelectric element with respect to the corresponding front plate .
A manufacturing mold comprising: a lower mold cavity configured to receive modular fluid ejection subassemblies , each fluid ejection subassembly comprising a corresponding substrate supporting multiple fluidic dies , wherein the lower mold cavity is configured for receiving the modular fluid ejection subassemblies aligned such that an upper surface of the substrate of each modular fluid ejection subassembly is coplanar with an upper surface of the substrate of an adjacent modular fluid ejection subassembly; an upper mold cavity planarly aligned with the coplanar upper surfaces of the substrates of the modular fluid ejection subassemblies; and a runner configured to convey a mold material between the lower mold cavity and the upper mold cavity proximate a seam between two adjacent modular fluid ejection subassemblies; and wherein the upper mold cavity constrains the delivered mold material coplanar with the upper surfaces of the substrates of the modular fluid ejection subassemblies. a lower mold cavity configured to receive modular fluid ejection subassemblies , each fluid ejection subassembly comprising a corresponding substrate supporting multiple fluidic dies , wherein the lower mold cavity is configured for receiving the modular fluid ejection subassemblies aligned such that an upper surface of the substrate of each modular fluid ejection subassembly is coplanar with an upper surface of the substrate of an adjacent modular fluid ejection subassembly; an upper mold cavity planarly aligned with the coplanar upper surfaces of the substrates of the modular fluid ejection subassemblies; and a runner configured to convey a mold material between the lower mold cavity and the upper mold cavity proximate a seam between two adjacent modular fluid ejection subassemblies; and wherein the upper mold cavity constrains the delivered mold material coplanar with the upper surfaces of the substrates of the modular fluid ejection subassemblies.
A pharmaceutical formulation comprising an anti-CGRP antibody at a concentration of 40 mg/mL to 160 mg/mL, histidine buffer at a concentration of 10 mM, NaCl at a concentration of 150 mM, PS-80 at a concentration of 0.05% (w/v), and a pH at 5.0 to 6.5, wherein the anti-CGRP antibody comprises a light chain (LC) and a heavy chain (HC), the amino acid sequence of LC given by SEQ ID NO: 3 and the amino acid sequence of HC given by SEQ ID NO: 4.
A centrifugal rotor device , comprising: a first chamber configured to hold a fluid; a second chamber configured to receive the fluid from the first chamber ; and a siphon channel coupled to the first chamber at a siphon channel inlet and coupled to the second chamber at a siphon channel outlet , the siphon channel configured to permit movement of the fluid from the first chamber to the second chamber , the siphon channel including: a first channel ; a second channel formed adjacent to the first channel , an inner space/volume of the second channel in fluid communication and continuous with an inner space/volume of the first channel , the second channel having a dimension smaller than the smallest dimension of the first channel ; and one or more obstructive features present in the second channel , the one or more obstructive features configured to impede movement of the fluid in the second channel . a first chamber configured to hold a fluid; a second chamber configured to receive the fluid from the first chamber ; and a siphon channel coupled to the first chamber at a siphon channel inlet and coupled to the second chamber at a siphon channel outlet , the siphon channel configured to permit movement of the fluid from the first chamber to the second chamber , the siphon channel including: a first channel ; a second channel formed adjacent to the first channel , an inner space/volume of the second channel in fluid communication and continuous with an inner space/volume of the first channel , the second channel having a dimension smaller than the smallest dimension of the first channel ; and one or more obstructive features present in the second channel , the one or more obstructive features configured to impede movement of the fluid in the second channel . a first channel ; a second channel formed adjacent to the first channel , an inner space/volume of the second channel in fluid communication and continuous with an inner space/volume of the first channel , the second channel having a dimension smaller than the smallest dimension of the first channel ; and one or more obstructive features present in the second channel , the one or more obstructive features configured to impede movement of the fluid in the second channel .