mhurhangee/ep-ind-claims huggingface dataset:
A gas turbine system for positioning a first structure relative to a second structure, comprising: a core shaft having a first coefficient of thermal expansion, a first abutment feature, and a first interface feature, wherein the first abutment feature is configured for transmitting loads and/or motion between the core shaft and the first structure; an inner shell having a second coefficient of thermal expansion that is different than the first coefficient of thermal expansion; and having a second interface feature and a third interface feature, wherein the first interface feature and the second interface feature are configured for engagement with each other, and are configured to transmit an axial load between the core shaft and the inner shell; and characterised in that the gas turbine system also comprises an outer shell having a third coefficient of thermal expansion that is different than the second coefficient of thermal expansion; and having a second abutment feature and a fourth interface feature, wherein the second abutment feature is configured for transmitting loads and/or motion between the outer shell to the second structure; and wherein the fourth interface feature and the third interface feature are configured for engagement with each other, and are configured to transmit an axial load between the inner shell and the outer shell. a core shaft having a first coefficient of thermal expansion, a first abutment feature, and a first interface feature, wherein the first abutment feature is configured for transmitting loads and/or motion between the core shaft and the first structure; an inner shell having a second coefficient of thermal expansion that is different than the first coefficient of thermal expansion; and having a second interface feature and a third interface feature, wherein the first interface feature and the second interface feature are configured for engagement with each other, and are configured to transmit an axial load between the core shaft and the inner shell; and characterised in that the gas turbine system also comprises an outer shell having a third coefficient of thermal expansion that is different than the second coefficient of thermal expansion; and having a second abutment feature and a fourth interface feature, wherein the second abutment feature is configured for transmitting loads and/or motion between the outer shell to the second structure; and wherein the fourth interface feature and the third interface feature are configured for engagement with each other, and are configured to transmit an axial load between the inner shell and the outer shell.
An article, comprising: a collection of substantially locally aligned elongated nanostructures; and a support material within which the collection of elongated nanostructures are arranged, characterized in that the collection of elongated nanostructures defines a first geometric surface portion of the collection and a second geometric surface portion of the collection opposite the first geometric surface portion; and wherein the collection of elongated nanostructures comprises a first fold comprising at least a first portion of the first geometric surface portion facing at least a second portion of the first geometric surface portion, and a second fold comprising at least a first portion of the second geometric surface portion facing at least a second portion of the second geometric surface portion. a collection of substantially locally aligned elongated nanostructures; and a support material within which the collection of elongated nanostructures are arranged, characterized in that the collection of elongated nanostructures defines a first geometric surface portion of the collection and a second geometric surface portion of the collection opposite the first geometric surface portion; and wherein the collection of elongated nanostructures comprises a first fold comprising at least a first portion of the first geometric surface portion facing at least a second portion of the first geometric surface portion, and a second fold comprising at least a first portion of the second geometric surface portion facing at least a second portion of the second geometric surface portion.
A competitive isoTOP-ABPP method for identifying a protein target of selective cysteine modification by a Michael acceptor electrophile, from among a set of proteins of a cell, comprising: contacting the set of proteins of the cell and the electrophile to provide an alkylated set of proteins, then, contacting the alkylated set with an alkynylated iodoacetamide probe, followed by reaction with an azido compound comprising a first isotopic marker, to provide an isotopically-marked alkylated set, and contacting the set of proteins of the cell, not exposed to the electrophile, with an alkynylated iodoacetamide probe, followed by reaction with an azido compound comprising a second isotopic marker, to provide an isotopically-marked control set, then, combining the isotopically-marked alkylated set and the isotopically-marked control set to provide a combined sample, and, identifying the protein target and sites of modification of the electrophile by comparing the abundance of the first isotopic marker and the second isotopic marker for each protein of the set, wherein a target protein for the electrophile possess a relatively higher ratio of the second isotopic marker to the first isotopic marker, compared to an average ratio of second isotopic marker to first isotopic marker among the set of proteins of the combined sample. contacting the set of proteins of the cell and the electrophile to provide an alkylated set of proteins, then, contacting the alkylated set with an alkynylated iodoacetamide probe, followed by reaction with an azido compound comprising a first isotopic marker, to provide an isotopically-marked alkylated set, and contacting the set of proteins of the cell, not exposed to the electrophile, with an alkynylated iodoacetamide probe, followed by reaction with an azido compound comprising a second isotopic marker, to provide an isotopically-marked control set, then, combining the isotopically-marked alkylated set and the isotopically-marked control set to provide a combined sample, and, identifying the protein target and sites of modification of the electrophile by comparing the abundance of the first isotopic marker and the second isotopic marker for each protein of the set, wherein a target protein for the electrophile possess a relatively higher ratio of the second isotopic marker to the first isotopic marker, compared to an average ratio of second isotopic marker to first isotopic marker among the set of proteins of the combined sample.
A medicine supply apparatus comprising: a hopper including a passage that allows medicine to pass downward therethrough; and a deforming operation portion, wherein a part of a lower portion of the hopper is configured as a deformable portion having flexibility, characterized in that; the deformable portion is deformable so as to open and close the passage, and includes hopper's lock portions located on one side and another side with the passage therebetween to be engaged with the deforming operation portion, the deforming operation portion includes a pair of operation pieces that are located so as to sandwich the deformable portion from the one side and the other side, and each of the pair of operation pieces includes a hooking portion to be engaged with the hopper's lock portion, so that the deformable portion is deformed by the movement of the pair of operation pieces to open and close the passage, and the deformable portion is deformed by the movement of the pair of operation pieces to apply vibrations to the deformable portion, and hence the medicine adhering to an inner surface of the deformable portion is separated from the inner surface by the applied vibrations. a hopper including a passage that allows medicine to pass downward therethrough; and a deforming operation portion, wherein a part of a lower portion of the hopper is configured as a deformable portion having flexibility, characterized in that; the deformable portion is deformable so as to open and close the passage, and includes hopper's lock portions located on one side and another side with the passage therebetween to be engaged with the deforming operation portion, the deforming operation portion includes a pair of operation pieces that are located so as to sandwich the deformable portion from the one side and the other side, and each of the pair of operation pieces includes a hooking portion to be engaged with the hopper's lock portion, so that the deformable portion is deformed by the movement of the pair of operation pieces to open and close the passage, and the deformable portion is deformed by the movement of the pair of operation pieces to apply vibrations to the deformable portion, and hence the medicine adhering to an inner surface of the deformable portion is separated from the inner surface by the applied vibrations.
A power supply system having a main power source, a sub-power source, one or more loads, and a switch configured to control ON/OFF of power supply from the main power source and the sub-power source to the load, including: a first switch which is connected between the main power source and the load and whose ON/OFF is capable of being controlled; a second switch which is connected between the sub-power source and the load and whose ON/OFF is capable of being controlled; and a backflow prevention circuit configured to prevent current backflow between the main power source and the sub-power source, and the backflow prevention circuit allows current passage in a direction from the sub-power source to the load in a state where at least the second switch is in an off state. a first switch which is connected between the main power source and the load and whose ON/OFF is capable of being controlled; a second switch which is connected between the sub-power source and the load and whose ON/OFF is capable of being controlled; and a backflow prevention circuit configured to prevent current backflow between the main power source and the sub-power source, and the backflow prevention circuit allows current passage in a direction from the sub-power source to the load in a state where at least the second switch is in an off state.
An intervertebral cage (1, 2) for arthrodesis, composed of: (a) an upper face and a lower face comprising, respectively, an upper contact zone and a lower contact zone which are intended to contact, respectively, a first vertebra and a second vertebra consecutive to the first vertebra, each of these faces comprising an orifice; (b) a part connecting the upper face and the lower face, with continuity of material, and configured to form a cavity intended to receive a bone graft, where said cavity opens out at the orifices of each of the upper and lower faces; characterized in that (c) at least part of the upper and/or lower contact zone is made of a porous titanium material with a thickness of at least 1 mm and with a porosity of between 50% and 90%; (d) the diameter of the pores is between 200 μm and 1 mm; (e) the pores have an aperiodic distribution; (f) the porous titanium material is a continuous material composed of a plurality of filaments of dense titanium material which are interlaced and in part join each other that join each other at some places and are separated by an empty space at other places; (g) the pores are formed by the space between these filaments; (h) the material is a "branched" type material, according to a three-dimensional structure; (i) the filaments are of a substantially circular cross section with a diameter DF of between 100 and 300 μm; (j) the porous titanium material is produced by additive manufacturing; (k) the titanium material is of substantially constant chemical composition; (l) the density of the titanium material differs between at least two parts of the cage. (a) an upper face and a lower face comprising, respectively, an upper contact zone and a lower contact zone which are intended to contact, respectively, a first vertebra and a second vertebra consecutive to the first vertebra, each of these faces comprising an orifice; (b) a part connecting the upper face and the lower face, with continuity of material, and configured to form a cavity intended to receive a bone graft, where said cavity opens out at the orifices of each of the upper and lower faces; characterized in that (c) at least part of the upper and/or lower contact zone is made of a porous titanium material with a thickness of at least 1 mm and with a porosity of between 50% and 90%; (d) the diameter of the pores is between 200 μm and 1 mm; (e) the pores have an aperiodic distribution; (f) the porous titanium material is a continuous material composed of a plurality of filaments of dense titanium material which are interlaced and in part join each other that join each other at some places and are separated by an empty space at other places; (g) the pores are formed by the space between these filaments; (h) the material is a "branched" type material, according to a three-dimensional structure; (i) the filaments are of a substantially circular cross section with a diameter DF of between 100 and 300 μm; (j) the porous titanium material is produced by additive manufacturing; (k) the titanium material is of substantially constant chemical composition; (l) the density of the titanium material differs between at least two parts of the cage.
A white pozzolan for use in blending with portland cement in concrete applications, comprising: a finely ground vitreous calcium alumino-silicate (CaO-Al 2 O 3 -SiO 2) low alkali, low iron content and low levels of discolorants glass derived from waste glass fibers being glass manufacturing by-products and having an alkali content by weight of not more than 2 % as (Na 2 O+K 2 O) and an iron content by weight of not more than 0.8 % as Fe 2 O 3, wherein said pozzolan is a powder having a reflectance value of at least 80 as measured by a Technibrite TB-1C colorimeter according to the ISO 2467, 2471 method, wherein at least 95 % by weight of the powder comprises particles of less than 45 microns E. S. D., wherein said particles have a blocky, equi-dimensional particle shape, wherein the average aspect ratio of the particles of the pozzolan is less than 2:1; wherein the white pozzolan is GP3 having the characteristics specified in the table below: Pozzolan ID Specific surface area (m 2 /kg) Median particle size (μm) D95 (μm) GP3 580 10 30 a finely ground vitreous calcium alumino-silicate (CaO-Al 2 O 3 -SiO 2) low alkali, low iron content and low levels of discolorants glass derived from waste glass fibers being glass manufacturing by-products and having an alkali content by weight of not more than 2 % as (Na 2 O+K 2 O) and an iron content by weight of not more than 0.8 % as Fe 2 O 3, wherein said pozzolan is a powder having a reflectance value of at least 80 as measured by a Technibrite TB-1C colorimeter according to the ISO 2467, 2471 method, wherein at least 95 % by weight of the powder comprises particles of less than 45 microns E. S. D., wherein said particles have a blocky, equi-dimensional particle shape, wherein the average aspect ratio of the particles of the pozzolan is less than 2:1; wherein the white pozzolan is GP3 having the characteristics specified in the table below: Pozzolan ID Specific surface area (m 2 /kg) Median particle size (μm) D95 (μm) GP3 580 10 30
An oven comprising: an oven housing defining a cooking volume and having a door (54, 56) providing access to the cooking volume and sealing the cooking volume when the door is in a closed position; an oven heater (112, 114) communicating with the cooking volume to heat the same; and a cleaning assembly including a reservoir chamber communicating with the cooking volume through a drain opening in a floor of the cooking volume, a pump communicating through a first opening in the reservoir chamber to pump a cleaning solution out of the reservoir chamber and expel the cleaning solution to the cooking volume through a nozzle directing a spray against an interior of the cooking volume, and a cleaning heater assembly communicating with the cleaning solution to heat the same; the oven further comprising a second opening in the reservoir chamber permitting a movement of grease through the second opening, and a third opening in the reservoir chamber permitting a movement of freshwater from a freshwater source through the third opening, characterised in that the second opening and third opening are on adjacent upstanding sidewalls (35, 38) and the freshwater source is configured to spray freshwater orthogonal to the second opening. an oven housing defining a cooking volume and having a door (54, 56) providing access to the cooking volume and sealing the cooking volume when the door is in a closed position; an oven heater (112, 114) communicating with the cooking volume to heat the same; and a cleaning assembly including a reservoir chamber communicating with the cooking volume through a drain opening in a floor of the cooking volume, a pump communicating through a first opening in the reservoir chamber to pump a cleaning solution out of the reservoir chamber and expel the cleaning solution to the cooking volume through a nozzle directing a spray against an interior of the cooking volume, and a cleaning heater assembly communicating with the cleaning solution to heat the same; a reservoir chamber communicating with the cooking volume through a drain opening in a floor of the cooking volume, a pump communicating through a first opening in the reservoir chamber to pump a cleaning solution out of the reservoir chamber and expel the cleaning solution to the cooking volume through a nozzle directing a spray against an interior of the cooking volume, and a cleaning heater assembly communicating with the cleaning solution to heat the same; the oven further comprising a second opening in the reservoir chamber permitting a movement of grease through the second opening, and a third opening in the reservoir chamber permitting a movement of freshwater from a freshwater source through the third opening, characterised in that the second opening and third opening are on adjacent upstanding sidewalls (35, 38) and the freshwater source is configured to spray freshwater orthogonal to the second opening.
Modified diene elastomer comprising predominantly the entity functionalized in the middle of the chain by a silanol group, the silicon atom of which bonds the two pieces of the chain, the chain ends of the modified diene elastomer being functionalized to at least 70 mol%, with respect to the number of moles of chain end, by an amine functional group.
A pump comprising: - at least one piston slidable within an opening along a movement direction in order to vary the volume of a chamber, said chamber comprising an inlet and an outlet for a liquid, - a casing within which a driving device is housed for moving said at least one piston along said movement direction; - a head within which said chamber is at least partially obtained, said head being fixed to the casing in such a way that said at least one piston delimits a portion of said chamber; - sealing means (26, 27) arranged along said opening and associated with said at least one piston in a radially external position thereto in order to prevent leaks of liquid from the chamber, said sealing means comprising at least one high pressure sealing element or first sealing element located in a proximal position with respect to the chamber and a low pressure sealing element or second sealing element located in a distal position with respect to the chamber to stop any quantities of liquid that the high pressure sealing element has allowed to pass; wherein said high pressure sealing element is housed inside the head and said low pressure sealing element is housed inside the casing, characterized in that said sealing means comprise a spacer arranged between said high pressure sealing element and said low pressure sealing element, said spacer being arranged straddling the casing and the head. - at least one piston slidable within an opening along a movement direction in order to vary the volume of a chamber, said chamber comprising an inlet and an outlet for a liquid, - a casing within which a driving device is housed for moving said at least one piston along said movement direction; - a head within which said chamber is at least partially obtained, said head being fixed to the casing in such a way that said at least one piston delimits a portion of said chamber; - sealing means (26, 27) arranged along said opening and associated with said at least one piston in a radially external position thereto in order to prevent leaks of liquid from the chamber, said sealing means comprising at least one high pressure sealing element or first sealing element located in a proximal position with respect to the chamber and a low pressure sealing element or second sealing element located in a distal position with respect to the chamber to stop any quantities of liquid that the high pressure sealing element has allowed to pass;
5-Methoxy-N,N-dimethyltryptamine (5-MeO-DMT) or a pharmaceutically acceptable salt thereof for use in treating a patient who is diagnosed with major depressive disorder by a licensed professional in accordance with accepted medical practice.
An impeller for a pump which can be rotated in a forward direction about a rotation axis X-X; the impeller comprising two shrouds (50, 51), one being a front shroud, the other being a back shroud, pumping vanes extending between the shrouds (50, 51), each shroud having an inner face (55, 53) and an outer face (54, 52), the front and back shrouds (50, 51) having an outer peripheral edge portion, a plurality of expelling vanes (60, 61) extending along the outer face (54, 52) of the front and/or back shroud (50,51) each expelling vane (60, 61) having an inner side and an outer side which is at or near the outer peripheral edge portion of the front and/or back shroud (50, 51), the expelling vanes (60, 61) extending in a direction between the rotation axis X-X towards the outer peripheral edge portion of the front and/or back shroud (50, 51), each expelling vane (60, 61) further having a leading side facing in the forward direction and having an inner edge and an outer edge, a trailing side facing in a rearward direction and an upper side spaced from the outer face (52, 54) of the front and/or back shroud (50, 51), wherein the leading side includes a forwardly inclined section which is inclined forwardly from a radial line Y-Y extending from the rotation axis X-X and which passes through the inner edge of the leading side, the forwardly inclined section extending from the inner edge towards the front and/or back shroud outer peripheral edge portion characterised in that the forwardly inclined section has a profile which is linear, and wherein the forwardly inclined section extends from the inner edge (62, 63) and terminates at the outer edge of the leading side.
A bearing comprising: an inner ring, an outer ring, and a bearing liner disposed therebetween, characterised in that the bearing liner is formed from a first woven fabric impregnated with an epoxy resin and a second woven fabric that is compressed together with the first fabric, such that at least some of the resin in the first fabric transfers to the second fabric and wherein the bearing liner has a flexural modulus of from 20 to 35 GPa and/or a flexural strength of from 500 to 700 MPa. an inner ring, an outer ring, and a bearing liner disposed therebetween,