mhurhangee/patent-ind-claim-en huggingface dataset:
Roll straightening machine with a set of upper and lower straightening rolls , wherein each straightening roll is provided with a rotary drive so as to rotate - at the instigation of a machine control - the straightening roll and thus convey a metallic flat material, which is to be straightened, in a conveying direction (F) and in that case straighten it, wherein each straightening roll comprises a first rotary drive (L 1 , L 2 , ..., L n ) which can rotate one axial end of the straightening roll and a second rotary drive (R 1 , R 2 , ..., R n ) which can rotate the other axial end of the straightening roll , characterised in that the machine control is configured to act on the respective first and second rotary drives (L 1 , L 2 , ..., L n , R 1 , R 2 , ..., R n ), in accordance with presetting of a value, individually by a parameter determining the rotational movement of the straightening roll .
A method of manufacturing a rotor blade of a wind energy plant, which rotor blade has a region close to the blade root in which the rotor blade has a blunt trailing edge , the method comprising the following method steps: - manufacturing a pressure-side half shell and a suction-side half shell , each of which form, in the region close to the blade root in which the rotor blade has the blunt trailing edge, a respective portion of the blunt trailing edge , - introducing and gluing filling bodies into at least one portion of the region of the blunt trailing edge of each of the pressure-side half shell and the suction-side half shell , wherein the filling bodies rest against the respective blunt trailing edge of the pressure-side half shell and the suction-side half shell , wherein the portions with the filling bodies are located opposite one another in the assembled rotor blade , - assembling and positioning the half shells relative to one another, wherein a gap intended for an adhesive medium remains between the filling bodies , which gap intended for an adhesive medium is delimited by first adhesive surfaces of the filling bodies , and - introducing an adhesive medium into the gap intended for an adhesive medium. - manufacturing a pressure-side half shell and a suction-side half shell , each of which form, in the region close to the blade root in which the rotor blade has the blunt trailing edge, a respective portion of the blunt trailing edge , - introducing and gluing filling bodies into at least one portion of the region of the blunt trailing edge of each of the pressure-side half shell and the suction-side half shell , wherein the filling bodies rest against the respective blunt trailing edge of the pressure-side half shell and the suction-side half shell , wherein the portions with the filling bodies are located opposite one another in the assembled rotor blade , - assembling and positioning the half shells relative to one another, wherein a gap intended for an adhesive medium remains between the filling bodies , which gap intended for an adhesive medium is delimited by first adhesive surfaces of the filling bodies , and - introducing an adhesive medium into the gap intended for an adhesive medium.
A surgical stapler comprising: a first jaw including an anvil ; a second jaw including a cartridge including a plurality of staples and a corresponding set of staple pushers situated in a plurality of staple pockets, the staple pushers being actuatable to eject the staples from the staple pockets through interaction with a set of fins on a slider moving longitudinally within the cartridge , the first jaw movable towards and away from the second jaw ; and a rampway fixed within the second jaw , the rampway comprising a plurality of ramps located thereon; a cartridge lift positioned between the cartridge and the rampway , the cartridge lift having a generally flat upper surface for seating of the cartridge thereon and a bottom surface comprising a plurality of ramps thereon that correspondingly mate with the ramps of the rampway to move the cartridge vertically within the second jaw towards the anvil upon longitudinal movement of the cartridge lift . a first jaw including an anvil ; a second jaw including a cartridge including a plurality of staples and a corresponding set of staple pushers situated in a plurality of staple pockets, the staple pushers being actuatable to eject the staples from the staple pockets through interaction with a set of fins on a slider moving longitudinally within the cartridge , the first jaw movable towards and away from the second jaw ; and a rampway fixed within the second jaw , the rampway comprising a plurality of ramps located thereon; a cartridge lift positioned between the cartridge and the rampway , the cartridge lift having a generally flat upper surface for seating of the cartridge thereon and a bottom surface comprising a plurality of ramps thereon that correspondingly mate with the ramps of the rampway to move the cartridge vertically within the second jaw towards the anvil upon longitudinal movement of the cartridge lift .
A liquid ejection apparatus , comprising: a liquid ejection head unit that is configured to eject liquid onto a conveyed object at different positions along a conveying path for conveying the conveyed object; a first support member (CR1K, CR1C, CR1M, CR1Y, RL1, RL2, RL3, RL4) that is provided upstream of a landing position (PK, PC, PM, PY) of the liquid ejected onto the conveyed object by a corresponding liquid ejection head unit; a moving unit (110F20) configured to move the liquid ejection head unit based on the detection result; and a second support member (CR2K, CR2C, CR2M, CR2Y, RL2, RL3, RL4, RL5) that is provided downstream of the landing position (PK, PC, PM, PY) of the corresponding liquid ejection head unit and in that a detection unit (SENK, SENC, SENM, SENY) is installed between the first support member and the second support member for the corresponding liquid ejection head unit , characterized in that the detection unit (SENK, SENC, SENM, SENY) outputs a detection result indicating a position of the conveyed object with respect to an orthogonal direction that is orthogonal to a conveying direction of the conveyed object; further in that the detection unit (SENK, SENC, SENM, SENY) is disposed under the conveyed object . a liquid ejection head unit that is configured to eject liquid onto a conveyed object at different positions along a conveying path for conveying the conveyed object; a first support member (CR1K, CR1C, CR1M, CR1Y, RL1, RL2, RL3, RL4) that is provided upstream of a landing position (PK, PC, PM, PY) of the liquid ejected onto the conveyed object by a corresponding liquid ejection head unit; a moving unit (110F20) configured to move the liquid ejection head unit based on the detection result; and a second support member (CR2K, CR2C, CR2M, CR2Y, RL2, RL3, RL4, RL5) that is provided downstream of the landing position (PK, PC, PM, PY) of the corresponding liquid ejection head unit and in that a detection unit (SENK, SENC, SENM, SENY) is installed between the first support member and the second support member for the corresponding liquid ejection head unit , characterized in that the detection unit (SENK, SENC, SENM, SENY) outputs a detection result indicating a position of the conveyed object with respect to an orthogonal direction that is orthogonal to a conveying direction of the conveyed object; further in that the detection unit (SENK, SENC, SENM, SENY) is disposed under the conveyed object .
A system, comprising: at least one processor running instances of two or more services, wherein instances of a first service are dependent upon instances of a second service; a fault-injection manager configured to introduce a fault-inducing condition in the system; a health monitoring manager configured to detect failures in the system; and wherein the fault-injection manager is further configured to identify the first service as vulnerable to the fault-inducing condition when the fault-inducing condition causes an instance of the second service to fail; wherein the fault-injection manager is configured to introduce the fault-inducing condition in a guided manner by increasing the fault-inducing condition until failure occurs, wherein the fault-inducing condition is selected from transport layer faults, memory pressure, processor pressure, storage pressure; wherein the health monitoring manager identifies such failures; wherein the system further comprises a dependency graph manager configured to identify dependencies between service instances, wherein names for services that have been resolved in a domain name service, DNS, are stored to a domain name service log identifying endpoints that are in communication with each service, and wherein the dependency graph manager is configured to continuously update the service instance dependencies by analyzing names that have been resolved in the domain name service in real-time, wherein dependencies among services are determined and mapped based upon DNS calls to resolve names and addresses for calls among the services. at least one processor running instances of two or more services, wherein instances of a first service are dependent upon instances of a second service; a fault-injection manager configured to introduce a fault-inducing condition in the system; a health monitoring manager configured to detect failures in the system; and wherein the fault-injection manager is further configured to identify the first service as vulnerable to the fault-inducing condition when the fault-inducing condition causes an instance of the second service to fail; wherein the fault-injection manager is configured to introduce the fault-inducing condition in a guided manner by increasing the fault-inducing condition until failure occurs, wherein the fault-inducing condition is selected from transport layer faults, memory pressure, processor pressure, storage pressure; wherein the health monitoring manager identifies such failures; wherein the system further comprises a dependency graph manager configured to identify dependencies between service instances, wherein names for services that have been resolved in a domain name service, DNS, are stored to a domain name service log identifying endpoints that are in communication with each service, and wherein the dependency graph manager is configured to continuously update the service instance dependencies by analyzing names that have been resolved in the domain name service in real-time, wherein dependencies among services are determined and mapped based upon DNS calls to resolve names and addresses for calls among the services.
A protective hood for use by a firefighter or other emergency worker, the hood comprising: a crown portion to cover the top of a wearer's head; a head portion that extends downward from the crown portion to cover at least the sides and back of the head; and a face opening in the head portion for at least the eyes of a wearer, the face opening defined by a peripheral edge that surrounds the face opening ; wherein at least one of the crown portion and all or part of the peripheral edge is formed from at least one layer of knit material, and all or part of the head portion comprises at least one layer of a woven textile; characterized in that part of the peripheral edge is formed from at least one layer of knit material and the remainder of the peripheral edge is formed from at least one layer of woven material. a crown portion to cover the top of a wearer's head; a head portion that extends downward from the crown portion to cover at least the sides and back of the head; and a face opening in the head portion for at least the eyes of a wearer, the face opening defined by a peripheral edge that surrounds the face opening ; wherein at least one of the crown portion and all or part of the peripheral edge is formed from at least one layer of knit material, and all or part of the head portion comprises at least one layer of a woven textile; characterized in that part of the peripheral edge is formed from at least one layer of knit material and the remainder of the peripheral edge is formed from at least one layer of woven material.
A process for in-situ oxygen production and sour gas combustion using chemical looping combustion while producing a product stream comprising the steps of: reducing a bed of metal oxide oxygen carrier that is disposed on a perforated substrate in a lower portion of fuel reactor to provide gas-phase oxygen which flows to a riser that is in fluid communication with the fuel reactor; delivering sour gas into the riser at a location that is downstream of the metal oxide oxygen carrier such that the sour gas is free of direct contact with the metal oxide oxygen carrier; combusting the sour gas under oxy-combustion conditions within the riser to produce the product stream which includes SO 2 ; removing the SO 2 from the product stream; oxidizing the reduced metal oxides with air in an air reactor to produce the metal oxide oxygen carrier; and delivering the oxidized metal oxide oxygen carriers back to the fuel reactor. reducing a bed of metal oxide oxygen carrier that is disposed on a perforated substrate in a lower portion of fuel reactor to provide gas-phase oxygen which flows to a riser that is in fluid communication with the fuel reactor; delivering sour gas into the riser at a location that is downstream of the metal oxide oxygen carrier such that the sour gas is free of direct contact with the metal oxide oxygen carrier; combusting the sour gas under oxy-combustion conditions within the riser to produce the product stream which includes SO 2 ; removing the SO 2 from the product stream; oxidizing the reduced metal oxides with air in an air reactor to produce the metal oxide oxygen carrier; and delivering the oxidized metal oxide oxygen carriers back to the fuel reactor.
Electrospun fibers comprising i) a hydrophilic polymer that is soluble in a solvent, and wherein the hydrophilic polymer is selected from polyvinylpyrrolidone (PVP), ethylcellulose, hydroxypropylcellulose, acrylates and acrylic copolymers (Eudragit®), and mixtures thereof. ii) a bioadhesive substance that has a solubility in said solvent of 0.5 g/100 ml or less at 25 °C in said solvent, and wherein the bioadhesive substance is selected from dextrans, polyethylene oxides (PEOs), alginate, tragacanth, carrageenan, pectin, guar, xanthan, gellan, methylcellulose, hydroxypropylmethylcellulose (HPMC), polyvinylalcohol (PVA), polymers of acrylic acids (PAA derivatives), chitosan, lectins, thiolated polymers, polyox WSR, PAA-co-PEG (PEG is polyethylene glycol), and mixtures thereof. iii) optionally, a drug substance, wherein at least a portion of the bioadhesive substance is attached to the fibers and thereby not an integral part of the fibers. i) a hydrophilic polymer that is soluble in a solvent, and wherein the hydrophilic polymer is selected from polyvinylpyrrolidone (PVP), ethylcellulose, hydroxypropylcellulose, acrylates and acrylic copolymers (Eudragit®), and mixtures thereof. ii) a bioadhesive substance that has a solubility in said solvent of 0.5 g/100 ml or less at 25 °C in said solvent, and wherein the bioadhesive substance is selected from dextrans, polyethylene oxides (PEOs), alginate, tragacanth, carrageenan, pectin, guar, xanthan, gellan, methylcellulose, hydroxypropylmethylcellulose (HPMC), polyvinylalcohol (PVA), polymers of acrylic acids (PAA derivatives), chitosan, lectins, thiolated polymers, polyox WSR, PAA-co-PEG (PEG is polyethylene glycol), and mixtures thereof. iii) optionally, a drug substance,
A method of modifying a blend of polycarbonate and acrylonitrile/butadiene/styrene copolymer comprising adding composite particles to the blend, wherein the composite particles comprise (I) a partially crosslinked polyolefin core, wherein the crosslinked polyolefin core is formed by emulsion polymerization of one or more polyolefins comprising a mole ratio of hetero atoms to polymerized units of all monomers of 0.001:1 or lower, and copolymers of one or more alpha-olefin with one or more non-hydrocarbon vinyl monomer, in the presence of a crosslinking agent and a redox inhibitor, and wherein the crosslinked polyolefin core has a Tg of -15°C or lower ,as measured according to the description, and (II) a full or partial shell comprising polymerized units of one or more vinyl monomer. (I) a partially crosslinked polyolefin core, wherein the crosslinked polyolefin core is formed by emulsion polymerization of one or more polyolefins comprising a mole ratio of hetero atoms to polymerized units of all monomers of 0.001:1 or lower, and copolymers of one or more alpha-olefin with one or more non-hydrocarbon vinyl monomer, in the presence of a crosslinking agent and a redox inhibitor, and wherein the crosslinked polyolefin core has a Tg of -15°C or lower ,as measured according to the description, and (II) a full or partial shell comprising polymerized units of one or more vinyl monomer.
A method for preparing for the start-up of a control unit for access devices , wherein at least one access device is communicatively connected to the control unit , characterized in that the control unit has a signal output apparatus (S) for outputting a discernible signal, and the method comprises the following steps: a) detecting an installer's action at an access device , transmitting a trigger signal relating to the installer's action from the access device to the control unit connected to the access device , c) receiving the trigger signal by means of the control unit , d) outputting, by means of the control unit , a discernible signal by means of the signal output apparatus (S) in response to the trigger signal received by the control unit in step c). characterized in that the control unit has a signal output apparatus (S) for outputting a discernible signal, and the method comprises the following steps: a) detecting an installer's action at an access device , transmitting a trigger signal relating to the installer's action from the access device to the control unit connected to the access device , c) receiving the trigger signal by means of the control unit , d) outputting, by means of the control unit , a discernible signal by means of the signal output apparatus (S) in response to the trigger signal received by the control unit in step c). a) detecting an installer's action at an access device , transmitting a trigger signal relating to the installer's action from the access device to the control unit connected to the access device , c) receiving the trigger signal by means of the control unit , d) outputting, by means of the control unit , a discernible signal by means of the signal output apparatus (S) in response to the trigger signal received by the control unit in step c).
Convertible device to be used as sports equipment for children or as a pram, comprising a carrier body , at least two main wheels connected to the carrier body via axles , and a support member that can be disposed on the carrier body , wherein the rotation shaft of one of the main wheels is connected to a steerer column rotatably connected to the carrier body , with the axle of the other main wheel being connected to the carrier body , characterised in that the device comprises at least two adjustable-distance side wheels that are spaced apart by a variable spacing (T) at both sides of the longitudinal principal plane of the carrier body , each side wheel being rotatably connected to a respective wheel holder member via a respective side axle , and with the wheel holder members being movably connected to the carrier body , at least one respectively slider body comprising a respective curved guide track is disposed on the carrier body , mirror-symmetrically to the longitudinal principal plane of the carrier body , at each side of said longitudinal principal plane , the one slider body adapted to carry the one wheel holder member comprising the one side wheel , the other slider body adapted to partially receive the other wheel holder member comprising the other side wheel , each slider body comprises a sliding member that is configured to correspond in size and shape to the curved guide track of each slider body , and can be displaced along the curved guide track of each slider body , the carrier plane containing the centreline of the curved guide track of one of the slider bodies and the carrier plane containing the centreline of the curved guide track of the other slider body are disposed mirror symmetrically with respect to the longitudinal principal plane of the carrier body , with the curved movement paths of the sliding members and the centrelines of the guide tracks of each slider body constituting mutually corresponding circular arcs.
A process for anionic chain transfer polymerization comprising feeding a vinyl aromatic and/or conjugated diene monomer under an atmosphere comprising molecular hydrogen to a reactor vessel containing a reaction mixture of an inert ethereal solvent and an alkali metal or alkali metal alloy, wherein the molar ratio amount of alkali metal or alkali metal alloy to styrenic and/or conjugated diene monomer ranges of 1:10 to 1:100.
A cylinder head gasket for being sandwiched between a cylinder head and a cylinder block with a cylinder bore , the cylinder head gasket including a substrate with a combustion chamber hole drilled at a position corresponding to the cylinder bore, and a seal plate stacked on the substrate, characterized in that it comprises a plurality of fixation members secured to a top surface and a bottom surface of the substrate around a periphery of the combustion chamber hole , wherein when the cylinder head gasket is sandwiched between the cylinder head and the cylinder block and separated from an edge portion of the combustion chamber hole in an outer direction, said plurality of the fixation members secured to the top surface of the substrate are configured to contact the cylinder head and said plurality of the fixation members secured to the bottom surface of the substrate are configured to contact the cylinder block , and it that the seal plate comprises an engagement hole at a position corresponding to the fixation member, the engagement hole being engaged with the fixation member .
Assembly tool for moveable side door window of a motor vehicle to align upper window glass edge parallel to a header profile , eliminating the fact that the window glass during mounting condition, when the glass is not yet locked to its drive mechanism, is tiltable to some extent within the side rails which could cause misalignment, characterised in that the assembly tool comprises: - a main body which is configured to be positioned on the upper glass edge , and - a hook element which is configured to interpose into one side gap between window side edge and one side rail with a spacer portion of the hook element in order to eliminate the tilting degree of freedom during the mounting process, but still enabling vertical movement of the glass within the side rails during mounting process. - a main body which is configured to be positioned on the upper glass edge , and - a hook element which is configured to interpose into one side gap between window side edge and one side rail with a spacer portion of the hook element in order to eliminate the tilting degree of freedom during the mounting process, but still enabling vertical movement of the glass within the side rails during mounting process.