mhurhangee/ep-ind-claims huggingface dataset:
A surgical staple cartridge assembly, comprising: a cartridge body, comprising: a deck; a longitudinal slot defined in the deck; and staple cavities defined in the deck; and staples removably stored in the staple cavities, wherein the staples are deployable from the staple cavities into tissue of a patient, and wherein the staples comprise substrates comprised of metal that degrades when exposed to a degradation source in the patient; and an implantable adjunct, wherein the staples are configured to hold the implantable adjunct to the tissue, and wherein the implantable adjunct comprises: a first portion configured to receive a first subset of the staples, wherein the first portion yields a first biocorrosion profile of the first subset of the staples in the patient; characterized in that the implantable adjunct comprises a second portion configured to receive a second subset of the staples, wherein the second portion yields a second biocorrosion profile of the second subset of the staples in the patient, and wherein the first biocorrosion profile is different than the second biocorrosion profile. a cartridge body, comprising: a deck; a longitudinal slot defined in the deck; and staple cavities defined in the deck; and a deck; a longitudinal slot defined in the deck; and staple cavities defined in the deck; and staples removably stored in the staple cavities, wherein the staples are deployable from the staple cavities into tissue of a patient, and wherein the staples comprise substrates comprised of metal that degrades when exposed to a degradation source in the patient; and an implantable adjunct, wherein the staples are configured to hold the implantable adjunct to the tissue, and wherein the implantable adjunct comprises: a first portion configured to receive a first subset of the staples, wherein the first portion yields a first biocorrosion profile of the first subset of the staples in the patient; characterized in that the implantable adjunct comprises a second portion configured to receive a second subset of the staples, wherein the second portion yields a second biocorrosion profile of the second subset of the staples in the patient, and wherein the first biocorrosion profile is different than the second biocorrosion profile. a first portion configured to receive a first subset of the staples, wherein the first portion yields a first biocorrosion profile of the first subset of the staples in the patient; characterized in that the implantable adjunct comprises a second portion configured to receive a second subset of the staples, wherein the second portion yields a second biocorrosion profile of the second subset of the staples in the patient, and wherein the first biocorrosion profile is different than the second biocorrosion profile.
A guide assembly of a disc brake comprising: a guide pin (100, 200) comprising a guiding portion (108, 208) having a polygonal cross-sectional profile; and a sliding bore (114, 202) to receive the guide pin, the sliding bore comprising a first bore face (120a, 220a) configured to form a first face mating interface with a corresponding first pin face (118a, 218a) of the guiding portion when the guiding portion is received in the sliding bore; wherein the first face mating interface defines a first sliding interface (122a, 222a) between the guide pin (100, 200) and the sliding bore (114, 202); characterised in that the first bore face (120a, 220a) and the first pin face (118a, 218a) are substantially planar; and in that the guide assembly comprises one or more clearances (C1, C2) between the sliding bore and the guiding portion. a guide pin (100, 200) comprising a guiding portion (108, 208) having a polygonal cross-sectional profile; and a sliding bore (114, 202) to receive the guide pin, the sliding bore comprising a first bore face (120a, 220a) configured to form a first face mating interface with a corresponding first pin face (118a, 218a) of the guiding portion when the guiding portion is received in the sliding bore; wherein the first face mating interface defines a first sliding interface (122a, 222a) between the guide pin (100, 200) and the sliding bore (114, 202); characterised in that the first bore face (120a, 220a) and the first pin face (118a, 218a) are substantially planar; and in that the guide assembly comprises one or more clearances (C1, C2) between the sliding bore and the guiding portion.
An induction system for cooling air which is fed to at least one heat exchanger and/or cooling surfaces of assemblies of a self-propelled harvester, wherein the induction system has a sieve through which the cooling air flows and which is provided on the intake side with a device for removing and comminuting constituents of the cooling air, that adhere to the intake surface of the sieve, and wherein the device comprises a suction device and a cutting device formed by elements of comb-like configuration at the surface of the sieve and at a surface portion facing towards same of the suction device and/or a frontal element connected thereto, wherein the comb-like elements arranged at the surface of the sieve are in the form of blades (13, 15) which are arranged on holding or blade bars (12, 14) extending at a mutual spacing and oriented transversely relative thereto, wherein at least one of the holding bars is provided with first blades and the comb-like elements are in the form of second blades at both ends of the suction device or the frontal element connected thereto, characterised in that the first blades provided on the sieve are provided with first cutting edges which rise in relation to a plane of the surface of the sieve from a front end as viewed in the direction of movement of the suction device inclinedly in the direction of a rear end, that is to say steadily, wherein the cutting edges of the first blade and the cutting edges of the second blade produce a pulling cut upon a movement of the suction device relative to the surface of the sieve.
A chromatographic kit for detecting a test substance in a sample, the kit comprising: a labelling substance holding area, which is an area having a labelling substance bound to a first binding substance, wherein the labelling substance is a colloidal metal and the first binding substance is a substance capable of binding to the test substance; a labelling substance capturing area, which is an area having a second binding substance, wherein the second binding substance is a substance capable of binding to the test substance or to the first binding substance; first and second amplification reagents, which are capable of amplifying a signal of the labelling substance in order to aid the detection of the labelling substance; and an area having a colour developing reagent, which is a reagent capable of detecting the first amplification reagent; wherein the first amplification reagent is a reducing agent for silver ions that includes divalent iron ions, the second amplification reagent is a compound including silver, and the colour developing agent is a compound having a phenanthroline skeleton, a compound having a bipyridine skeleton or a salton-based colour developing reagent. a labelling substance holding area, which is an area having a labelling substance bound to a first binding substance, wherein the labelling substance is a colloidal metal and the first binding substance is a substance capable of binding to the test substance; a labelling substance capturing area, which is an area having a second binding substance, wherein the second binding substance is a substance capable of binding to the test substance or to the first binding substance; first and second amplification reagents, which are capable of amplifying a signal of the labelling substance in order to aid the detection of the labelling substance; and an area having a colour developing reagent, which is a reagent capable of detecting the first amplification reagent; wherein the first amplification reagent is a reducing agent for silver ions that includes divalent iron ions, the second amplification reagent is a compound including silver, and the colour developing agent is a compound having a phenanthroline skeleton, a compound having a bipyridine skeleton or a salton-based colour developing reagent.
A steering damper control apparatus comprising: a damper for generating a damping force which acts on a steering (7, 19); a load information detector for detecting information relating to a load received by a front wheel; a steering angle detector for detecting a steering angle of the steering (7, 19); and a damping force adjuster configured to adjust the damping force of the damper with one of a first command value which is a damping force command value according to a change rate of the load or a value corresponding to the change rate, and a second command value which is a damping force command value according to a steering angular speed, based on each detection result of the load information detector and the steering angle detector. a damper for generating a damping force which acts on a steering (7, 19); a load information detector for detecting information relating to a load received by a front wheel; a steering angle detector for detecting a steering angle of the steering (7, 19); and a damping force adjuster configured to adjust the damping force of the damper with one of a first command value which is a damping force command value according to a change rate of the load or a value corresponding to the change rate, and a second command value which is a damping force command value according to a steering angular speed, based on each detection result of the load information detector and the steering angle detector.
A hexapeptide derivative of the formula: PG-Met-Asp(OtBu)-Gly-Cys(Trt)-Glu(OtBu)-Leu-OR, wherein R is selected from C 1 -C 6 alkyl, such as methyl or t-butyl, and PG is Fmoc.
A method for diagnosing or for determining the risk of developing Alzheimer's disease in a subject comprising a) measuring the level or amount of AD biomarker wherein the biomarker is in form of a protein or peptide in a biological sample from a subject; and b) determining or diagnosing the presence or the risk of developing of AD with high specificity based on the level or amount of said biomarker, whereby the AD biomarker are at least five biomarker selected from brain-derived neurotrophic factor (BDNF), insulin-like growth factor-1 (IGF-1), tumor growth factor beta 1 (TGF-beta 1), vascular endothelial growth factor (VEGF), interleukin 18 (IL-18), and monocyte chemotactic protein-1 (MCP-1), and whereby an increase of IL-18, and MCP-1, and the decrease of BDNF, IGF-1, VEGF and TGF-beta 1 compared to a reference level or amount of said biomarker is indicative for the presence or risk of development of AD. a) measuring the level or amount of AD biomarker wherein the biomarker is in form of a protein or peptide in a biological sample from a subject; and b) determining or diagnosing the presence or the risk of developing of AD with high specificity based on the level or amount of said biomarker,
A light guide member for an automotive lighting device, the light guide member being obtained by molding a polycarbonate resin composition pellet containing a polycarbonate resin, an aromatic compound represented by general formula below, and a phosphorus-based stabilizer, the aromatic compound being contained in the pellet in an amount of 0.001% to 1% by mass, the phosphorus-based stabilizer being contained in the pellet in an amount of 0.003% to 0.5% by mass: where in general formula, Y is a hydrogen atom or an organic group that does not contain any of nitrogen, sulfur, and halogen elements, when Y is a hydrogen atom, X is an alkyl group or an optionally substituted aryl group, when Y is an organic group that does not contain any of nitrogen, sulfur, and halogen elements, X is an organic group that does not contain any of nitrogen, sulfur, and halogen elements, in this case, X and Y are optionally the same or different, g is an integer of 1 or 2, n is an integer of 0 to 5, when n is 2 or more, n X groups are optionally the same or different, k is an integer of 1 to 4, and when k is 2 or more, two or more -(CH 2) g OY groups in which each Y is the organic group are optionally the same or different, provided that n + k is 6 or less. when Y is a hydrogen atom, X is an alkyl group or an optionally substituted aryl group, when Y is an organic group that does not contain any of nitrogen, sulfur, and halogen elements, X is an organic group that does not contain any of nitrogen, sulfur, and halogen elements, in this case, X and Y are optionally the same or different, g is an integer of 1 or 2, n is an integer of 0 to 5, when n is 2 or more, n X groups are optionally the same or different, k is an integer of 1 to 4, and when k is 2 or more, two or more -(CH 2) g OY groups in which each Y is the organic group are optionally the same or different, provided that n + k is 6 or less.
A connection box assembly for connecting an evacuation slide actuation cable of an evacuation slide actuation system to an evacuation slide inflation system, the connection box assembly comprising: a connection box; a connection box lid coupled to the connection box and configured to slide between an open position and a closed position; an electrical connector blocker coupled to the connection box lid and configured to prevent electrical connection to an electrical connector coupled to the evacuation slide inflation system when the connection box lid is in the open position and to permit electrical connection to the electrical connector when the connection box lid is in the closed position; and a connection box slider disposed within the connection box and positioned to receive a first cable end of the evacuation slide actuation cable when the connection box lid is in the open position, wherein the connection box lid in the closed position closes the connection box to retain and seal the connection box slider and the first cable end inside the connection box assembly. a connection box; a connection box lid coupled to the connection box and configured to slide between an open position and a closed position; an electrical connector blocker coupled to the connection box lid and configured to prevent electrical connection to an electrical connector coupled to the evacuation slide inflation system when the connection box lid is in the open position and to permit electrical connection to the electrical connector when the connection box lid is in the closed position; and a connection box slider disposed within the connection box and positioned to receive a first cable end of the evacuation slide actuation cable when the connection box lid is in the open position, wherein the connection box lid in the closed position closes the connection box to retain and seal the connection box slider and the first cable end inside the connection box assembly.
A system for enabling servicing of a rotor of a wind turbine comprising: a rotor servicing fixture configured to attach to and be supported by a first rotor blade and a second rotor blade, the rotor servicing fixture configured to contact a tower of the wind turbine; a clamp assembly connected to the rotor servicing fixture, the clamp assembly configured to clamp onto a third rotor blade, the clamp assembly configured to lower the third rotor blade from a hub and to raise the third lower blade back to the hub; a lifting assembly connected to the rotor servicing fixture and the clamp assembly, the lifting assembly configured for raising and lowering the third rotor blade via the clamp assembly; a slide assembly connected to the rotor servicing fixture, the slide assembly configured to support the rotor part and to slidably move the rotor part away from or towards the wind turbine; and wherein the system enables the rotor part to be removed or replaced without requiring the rotor to be removed from the wind turbine. a rotor servicing fixture configured to attach to and be supported by a first rotor blade and a second rotor blade, the rotor servicing fixture configured to contact a tower of the wind turbine; a clamp assembly connected to the rotor servicing fixture, the clamp assembly configured to clamp onto a third rotor blade, the clamp assembly configured to lower the third rotor blade from a hub and to raise the third lower blade back to the hub; a lifting assembly connected to the rotor servicing fixture and the clamp assembly, the lifting assembly configured for raising and lowering the third rotor blade via the clamp assembly; a slide assembly connected to the rotor servicing fixture, the slide assembly configured to support the rotor part and to slidably move the rotor part away from or towards the wind turbine; and wherein the system enables the rotor part to be removed or replaced without requiring the rotor to be removed from the wind turbine.
Three-dimensional printing system comprising a light beam radiating unit; a scanning mechanism which redirects and focuses the light beam in a three-dimensional space; a cover, moving integrally with said scanning mechanism of the light beam and involves a space above an area of the powder layer that is smaller than the object construction area, surrounding the light beam radiating zone, wherein an inlet nozzle and an exhaust manifold are installed; a powder delivery unit that supplies powder over an object construction area; a powder leveling device, wherein the powder delivery unit and the powder leveling device move independently of the light beam radiating unit; a powder supply unit responsible for storing and metering material for the delivery unit; characterized in that it comprises an interchangeable modular system comprised of a powder storage structure, a motorized delivering member, a motorized metering member, and a chassis comprising all other members; and in that the inlet nozzle and the exhaust manifold ensure an inert atmosphere in an open chamber through a gas circulation system wherein the nozzle allows a tangential flow to avoid disturbances into the powder layer. a light beam radiating unit; a scanning mechanism which redirects and focuses the light beam in a three-dimensional space; a cover, moving integrally with said scanning mechanism of the light beam and involves a space above an area of the powder layer that is smaller than the object construction area, surrounding the light beam radiating zone, wherein an inlet nozzle and an exhaust manifold are installed; a powder delivery unit that supplies powder over an object construction area; a powder leveling device, wherein the powder delivery unit and the powder leveling device move independently of the light beam radiating unit; a powder supply unit responsible for storing and metering material for the delivery unit; characterized in that it comprises an interchangeable modular system comprised of a powder storage structure, a motorized delivering member, a motorized metering member, and a chassis comprising all other members; and in that the inlet nozzle and the exhaust manifold ensure an inert atmosphere in an open chamber through a gas circulation system wherein the nozzle allows a tangential flow to avoid disturbances into the powder layer. a powder storage structure, a motorized delivering member, a motorized metering member, and a chassis comprising all other members; and in that the inlet nozzle and the exhaust manifold ensure an inert atmosphere in an open chamber through a gas circulation system wherein the nozzle allows a tangential flow to avoid disturbances into the powder layer.
A computer-implemented method for performing VM migration, comprising: storing dirty page tracking data in a memory of a peripheral component interconnect express, PCIe, device (116, 204, 213, 305, 401) that is installed in a host machine (101, 1101) that is running a hypervisor that manages a virtual machine, VM, running on the host machine; running a dirty page tracker (114, 212, 304) of a physical function, PF, (114, 212, 303) of the PCIe device (116, 204, 213, 305, 401); bypassing, by a virtual function, VF, that is implemented by the PCIe device (116, 204, 213, 305, 401), the hypervisor while writing into a memory page of a VM; sending, by the VF, to the dirty page tracker a dirty page indicator (1403, 1501) for the memory page; setting, by the dirty page tracker, the dirty page tracking data (115, 414) to indicate that the memory page is dirty; and providing the hypervisor with access to the dirty page tracking data via the PF wherein the dirty page tracker is not in the hypervisor. storing dirty page tracking data in a memory of a peripheral component interconnect express, PCIe, device (116, 204, 213, 305, 401) that is installed in a host machine (101, 1101) that is running a hypervisor that manages a virtual machine, VM, running on the host machine; running a dirty page tracker (114, 212, 304) of a physical function, PF, (114, 212, 303) of the PCIe device (116, 204, 213, 305, 401); bypassing, by a virtual function, VF, that is implemented by the PCIe device (116, 204, 213, 305, 401), the hypervisor while writing into a memory page of a VM; sending, by the VF, to the dirty page tracker a dirty page indicator (1403, 1501) for the memory page; setting, by the dirty page tracker, the dirty page tracking data (115, 414) to indicate that the memory page is dirty; and providing the hypervisor with access to the dirty page tracking data via the PF wherein the dirty page tracker is not in the hypervisor.
A chemically defined medium for the industrial scale culture of a species of Bordetella comprising: (i) an iron component selected from the group consisting of Fe complexed to an organic compound and Fe complexed to an organic compound, where the organic compound is selected from heme, haemoglobin, myoglobin, transferrin, ferritin, lactoferrin, enterobactin, aerobactin, alcaligin, coprogen, ferrichrome, desferrioxamine, ferroxamine, hydroxamate, citrate and dihydroxybenzoylserine; (ii) 3-(N-morpholino)propanesulfonic acid (MOPS); (iii) dimethyl-β-cyclodextrin; and (iv) an amino acid selected from the group consisting of aspartate at a concentration 1000μM or greater, glycine at a concentration of 1000μM or greater, methionine at a concentration of 500μM or greater and leucine at a concentration of 1500μM or greater, wherein said chemically defined medium does not comprise FeSO4 or tris(hydroxymethyl)aminomethane. (i) an iron component selected from the group consisting of Fe complexed to an organic compound and Fe complexed to an organic compound, where the organic compound is selected from heme, haemoglobin, myoglobin, transferrin, ferritin, lactoferrin, enterobactin, aerobactin, alcaligin, coprogen, ferrichrome, desferrioxamine, ferroxamine, hydroxamate, citrate and dihydroxybenzoylserine; (ii) 3-(N-morpholino)propanesulfonic acid (MOPS); (iii) dimethyl-β-cyclodextrin; and (iv) an amino acid selected from the group consisting of aspartate at a concentration 1000μM or greater, glycine at a concentration of 1000μM or greater, methionine at a concentration of 500μM or greater and leucine at a concentration of 1500μM or greater,
Method for producing a plastics material profile (10, 33) having a reinforcement, wherein the reinforcement having the plastics material embedded in the latter is guided in the production direction through a die (23, 32), wherein the die is formed from a plurality of die portions which are sequential in the production direction and have in each case one shape-imparting passage that corresponds to the cross section of the plastics material profile (10, 33) to be produced, wherein the size of each shape-imparting passage varies in the longitudinal direction thereof, or in the production direction of the plastics material profile (10, 33), respectively, and wherein the die portions for achieving a desired profile of the plastics material profile (10, 33) are repositioned such that the longitudinal directions of the shape-imparting passages lie on the longitudinal central axis of the plastics material profile to be produced and/or run so as to be tangential to the longitudinal central axis of the plastics material profile to be produced.