mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a compound represented by formula, which comprises a step A of reacting a compound represented by formula: wherein R 1 represents a chain hydrocarbon group having 1 to 6 carbon atoms which is optionally halogenated, or an alicyclic hydrocarbon group having 3 to 6 carbon atoms which is optionally halogenated, R each independently represents a chain hydrocarbon group having 1 to 6 carbon atoms which is optionally halogenated, or a halogen atom, n represents 0, 1, 2, or 3, and M represents sodium, potassium, or lithium, with thionyl chloride to obtain the compound represented by formula: wherein R 1, R, and n have the same meanings as defined above. R 1 represents a chain hydrocarbon group having 1 to 6 carbon atoms which is optionally halogenated, or an alicyclic hydrocarbon group having 3 to 6 carbon atoms which is optionally halogenated, R each independently represents a chain hydrocarbon group having 1 to 6 carbon atoms which is optionally halogenated, or a halogen atom, n represents 0, 1, 2, or 3, and M represents sodium, potassium, or lithium, with thionyl chloride to obtain the compound represented by formula: wherein R 1, R, and n have the same meanings as defined above.
A resin-impregnated superconducting coil (28; 30; 128) comprising axially-extending coil mounting arrangements which include features embedded within a structure of the resin-impregnated superconducting coil, adjacent to turns of the resin-impregnated superconducting coil (28; 30; 128), wherein the resin-impregnated superconducting coil comprises regions of coil windings and non-coil regions comprised by the embedded features, wherein the non-coil regions comprise an electrically insulating filler material, the electrically insulating filler material and the coil windings being resin impregnated in a single, monolithic structure, wherein the resin-impregnated superconducting coil (28; 30; 128) is provided with axially-directed support elements mechanically linked to the non-coil regions embedded within the resin-impregnated superconducting coil (28; 30; 128).
A device for moving air comprising a piezoelectric element attached to a planar body disposed at least in part between a first wall' and a second wall, the planar body being configured to oscillate at a movable end between said walls generating an airflow in response to applying alternating electric current to said piezoelectric element; the device further comprising a base plate such that the first wall, the second wall and the base plate form a partially closed cavity surrounding the movable end of the planar body, said base plate further comprising an opening located proximate to said movable end of the planar body and configured for allowing an airflow from said partially closed cavity out of the device.
A method of producing a ceramic core including open porosity using a disposable core die process for investment casting, the method comprising at least a step of: injecting a slurry into a disposable die, the slurry comprising ceramic particles, binders, and carbon fibers, characterized in that the slurry is an Al 2 O 3 -siloxane based slurry with the added carbon fibers aligned in the direction of the slurry flow, the method further comprising: a first firing step that converts silicon in the siloxane based slurry to amorphous silica, wherein the first firing step temperature is between 250°C and 750°C and the first firing time is between 10 and 20 hours, and a second firing step that removes the carbon fibers and converts the amorphous silica and excess Al 2 O 3 to mullite, wherein the second firing step temperature is between 1050°C and 1700°C and the second firing time is between one hour and 24 hours. a first firing step that converts silicon in the siloxane based slurry to amorphous silica, wherein the first firing step temperature is between 250°C and 750°C and the first firing time is between 10 and 20 hours, and a second firing step that removes the carbon fibers and converts the amorphous silica and excess Al 2 O 3 to mullite, wherein the second firing step temperature is between 1050°C and 1700°C and the second firing time is between one hour and 24 hours.
A secondary battery having a structure in which a jelly-roll having a cathode/separator/anode (121/123/122) structure is mounted in a cylindrical battery case and a cap assembly provided with an electrode terminal is coupled to the open top of the cylindrical battery case, wherein a plate-shaped insulator (180, 180c) mounted on the top of the jelly-roll between the cap assembly and the top the jelly-roll includes: a perforated inlet enabling gas discharge and penetration of electrode terminals; a plurality of fine pores having a size of 1 μm to 100 μm; and a plurality of strip or bead shaped protrusions disposed in transverse and longitudinal directions on one or both surfaces of the insulator; wherein the protrusions cross one another in transverse and longitudinal directions to form a checker pattern. a perforated inlet enabling gas discharge and penetration of electrode terminals; a plurality of fine pores having a size of 1 μm to 100 μm; and a plurality of strip or bead shaped protrusions disposed in transverse and longitudinal directions on one or both surfaces of the insulator; wherein the protrusions cross one another in transverse and longitudinal directions to form a checker pattern.
An underwater watercraft comprising: a compartment enclosure defining an interior space; an ingress/egress port positioned on the enclosed compartment, providing access to the interior space from outside the enclosed compartment, wherein the ingress/egress port includes a hatch assembly, the hatch assembly including: an openable hatch cover positioned on the compartment and sealing the ingress/egress port in a closed position; and a riser (76, 78) extending from the compartment adjacent the openable hatch cover, wherein the riser (76, 78) is mounted at an angle relative to a horizontal plane in a submerged mode; and an attitude adjustment system adapted to move the watercraft in at least two operational modes including the submerged mode defining a submerged mode center of buoyancy; and, a surface mode defining a surface mode center of buoyancy, the surface mode center of buoyancy being further to the rear of the watercraft in relation to the submerged mode center of buoyancy; the attitude adjustment system including one or more ballast tanks (95, 96, 97, 160). a compartment enclosure defining an interior space; an ingress/egress port positioned on the enclosed compartment, providing access to the interior space from outside the enclosed compartment, wherein the ingress/egress port includes a hatch assembly, the hatch assembly including: an openable hatch cover positioned on the compartment and sealing the ingress/egress port in a closed position; and a riser (76, 78) extending from the compartment adjacent the openable hatch cover, wherein the riser (76, 78) is mounted at an angle relative to a horizontal plane in a submerged mode; and an attitude adjustment system adapted to move the watercraft in at least two operational modes including the submerged mode defining a submerged mode center of buoyancy; and, a surface mode defining a surface mode center of buoyancy, the surface mode center of buoyancy being further to the rear of the watercraft in relation to the submerged mode center of buoyancy; the submerged mode defining a submerged mode center of buoyancy; and, a surface mode defining a surface mode center of buoyancy, the surface mode center of buoyancy being further to the rear of the watercraft in relation to the submerged mode center of buoyancy; the attitude adjustment system including one or more ballast tanks (95, 96, 97, 160).
A monitoring apparatus configured to monitor a change in a property, comprising: a fiber-Bragg grating sensor operable to sense a band of wavelengths of incident radiation and to output a corresponding sensor output signal, the band of radiation being centered upon a first value representing a Bragg wavelength of the fiber-Bragg grating sensor; an amplifier arranged to separate the sensor output signal in a first part and a second part, to create an inverted first part by inverting the first part, and to create an amplified signal based on the inverted first part and the second part; an integrator operable to integrate the amplified signal to obtain an integrated signal; and a processor operable to: derive a second value representative of a shift of the Bragg wavelength based on the integrated signal; and derive a change in the monitored property from the second value. a fiber-Bragg grating sensor operable to sense a band of wavelengths of incident radiation and to output a corresponding sensor output signal, the band of radiation being centered upon a first value representing a Bragg wavelength of the fiber-Bragg grating sensor; an amplifier arranged to separate the sensor output signal in a first part and a second part, to create an inverted first part by inverting the first part, and to create an amplified signal based on the inverted first part and the second part; an integrator operable to integrate the amplified signal to obtain an integrated signal; and a processor operable to: derive a second value representative of a shift of the Bragg wavelength based on the integrated signal; and derive a change in the monitored property from the second value. derive a second value representative of a shift of the Bragg wavelength based on the integrated signal; and derive a change in the monitored property from the second value.
An oblique plane microscope (100, 500, 600), comprising: an optical imaging system configured to form an image of an object, said optical imaging system comprising a telescope system with an optical zoom system, which is adjustable for adapting the magnification of the telescope system to a ratio between two refractive indices, one of which being associated with an object side of the telescope system and the other being associated with an image side of the telescope system; and a control unit (106, 608), wherein the control unit (106, 608) is configured to evaluate an image quality of the image formed by the optical imaging system and to adjust the optical zoom system based on said evaluation. an optical imaging system configured to form an image of an object, said optical imaging system comprising a telescope system with an optical zoom system, which is adjustable for adapting the magnification of the telescope system to a ratio between two refractive indices, one of which being associated with an object side of the telescope system and the other being associated with an image side of the telescope system; and a control unit (106, 608), wherein the control unit (106, 608) is configured to evaluate an image quality of the image formed by the optical imaging system and to adjust the optical zoom system based on said evaluation.
Process of producing a nisin containing lactate ferment comprising the consecutive steps of: a) providing a nutrient medium comprising a solution of a fermentable substrate and a nitrogen source in an aqueous medium; b) inoculating said nutrient medium with nisin producing lactic acid bacteria; c) incubating the inoculated nutrient medium under conditions favorable to the growth and/or metabolic activity of said nisin producing lactic acid bacteria, for a period sufficient to produce a fermentation broth containing at least 10 g/l of lactate equivalents and/or at least 1000 IU/ml of nisin equivalent activity, during which period the pH of the fermentation broth is controlled by the continuous or repeated addition of an alkalization agent comprising an alkaline potassium salt; and. e) concentrating the ferment obtained in step c) to a dry solids content of at least 50 wt.%. a) providing a nutrient medium comprising a solution of a fermentable substrate and a nitrogen source in an aqueous medium; b) inoculating said nutrient medium with nisin producing lactic acid bacteria; c) incubating the inoculated nutrient medium under conditions favorable to the growth and/or metabolic activity of said nisin producing lactic acid bacteria, for a period sufficient to produce a fermentation broth containing at least 10 g/l of lactate equivalents and/or at least 1000 IU/ml of nisin equivalent activity, during which period the pH of the fermentation broth is controlled by the continuous or repeated addition of an alkalization agent comprising an alkaline potassium salt; and. e) concentrating the ferment obtained in step c) to a dry solids content of at least 50 wt.%.
A lock, particularly for in-wall frames of retractable sliding doors, comprising a box-like containment structure for a cylinder, which rotates in contrast with a radial means for selecting its position, on the lateral surface of which there are first temporary engagement and retention means for a locator that protrudes from an abutment frame for said door, and second means, which can be activated by the user, in order to turn said cylinder, the lock being characterized in that said first engagement and retention means are constituted by a first seat that is T-shaped so as to define a first portion, which is circular and has a larger diameter than that of a spherical head of said locator, followed by a second portion that is slightly wider than a shaft of the locator, said second portion being extended over a chosen circular arc, considering a counterclockwise rotation as positive, and in that said second means are constituted by a plurality of second seats that are provided approximately opposite said first portion of said first seat and have a shape and mutual distance that are such as to allow their interaction with teeth that protrude radially with respect to a hub that is associated rotatably with a support that protrudes from, and is integral with a backplate in a region that is adjacent to said cylinder opposite a faceplate.
A laser dicing sheet comprising: a base material; and an adhesive layer formed on one face thereof, wherein the base material is a cured product obtainable by irradiating an energy beam to a mixture including an energy beam curable urethane acrylate oligomer and an energy beam curable monomer; and wherein said mixture includes an energy beam curable urethane acrylate oligomer of 30 to 70% by weight to 100% by weight of the total weight of the energy beam curable urethane acrylate oligomer and the energy beam curable monomer, characterized in that said energy beam curable urethane acrylate oligomer comprises an ethyleneoxy group of 35 to 95% by weight as a constituent unit to 100% by weight of the energy beam curable urethane acrylate oligomer. a base material; and an adhesive layer formed on one face thereof, wherein the base material is a cured product obtainable by irradiating an energy beam to a mixture including an energy beam curable urethane acrylate oligomer and an energy beam curable monomer; and wherein said mixture includes an energy beam curable urethane acrylate oligomer of 30 to 70% by weight to 100% by weight of the total weight of the energy beam curable urethane acrylate oligomer and the energy beam curable monomer,
A system comprising: turbine fuel drainage and purge system of a gas turbine engine, comprising: a fuel manifold; a drainage line extending from the fuel manifold and configured to flow a liquid-gas mixture from the fuel manifold; a drain valve disposed along the drainage line; a vent line extending from the drainage line upstream of the drain valve; and a vent valve disposed along the vent line; the system being characterized by a drainage trap arranged along the drainage line downstream of the drain valve, wherein the drainage trap is configured to separate the liquid-gas mixture into a liquid stream and a gaseous stream; and a recirculation circuit configured to recirculate the gaseous stream to the drainage line downstream of the drain valve. a fuel manifold; a drainage line extending from the fuel manifold and configured to flow a liquid-gas mixture from the fuel manifold; a drain valve disposed along the drainage line; a vent line extending from the drainage line upstream of the drain valve; and a vent valve disposed along the vent line; the system being characterized by a drainage trap arranged along the drainage line downstream of the drain valve, wherein the drainage trap is configured to separate the liquid-gas mixture into a liquid stream and a gaseous stream; and a recirculation circuit configured to recirculate the gaseous stream to the drainage line downstream of the drain valve.
A dynamic quantity measuring apparatus comprising: a strain sensor having a plurality of piezoresistance elements and a plurality of electrode pads formed on a surface of a semiconductor substrate, a resin member for electrical wiring, provided with a plurality of wires electrically connected to the plurality of electrode pads; a strain body joined to a back surface of the strain sensor; and a bonding portion configured to bond the resin member for electrical wiring to the strain body, characterized in that a groove is provided in a region of the resin member for electrical wiring located in a vicinity of the strain sensor. a strain sensor having a plurality of piezoresistance elements and a plurality of electrode pads formed on a surface of a semiconductor substrate, a resin member for electrical wiring, provided with a plurality of wires electrically connected to the plurality of electrode pads; a strain body joined to a back surface of the strain sensor; and a bonding portion configured to bond the resin member for electrical wiring to the strain body, characterized in that a groove is provided in a region of the resin member for electrical wiring located in a vicinity of the strain sensor.
A suction belt for transporting tobacco and/or filter material in the production of cigarettes, having a flat belt material that is formed into a ring, and having a plurality of openings that are disposed so as to be distributed across the surface of the belt material, characterized in that at least 75% of all openings have an available extent of 0.3 mm or less.
A prosthesis for a vertebral column comprising an upper part for attachment to an upper vertebrae, a lower part for attachment to a lower vertebrae and a middle part located between the upper and lower part, wherein the upper part has a lower surface portion with a first radius of curvature, the middle part has an upper surface portion with a second radius of curvature and a lower surface portion with a third radius of curvature and the lower part has an upper surface portion with a fourth radius of curvature, wherein the center of the radius of curvature for at least two surfaces is offset rearwardly with respect to a central vertical axis of the upper and lower vertebrae; characterized in that the middle part, the upper part and the lower part have a prosthetic axis moved to the posterior 1/3 of the prosthesis, wherein a major portion of the middle part is located forward of the prosthetic axis, and wherein the middle part has a concave upper surface and a concave lower surface and the upper part having a convex lower surface portion and the lower part has an upper convex surface portion, wherein said concave lower surface portion and said upper convex surface portion are cylindrical from one side to another to allow rotational and translational movement whereas said concave upper surface portion and said convex lower surface portion are completely spherical allowing for universal movement, as opposed to backward and forward movement as with the surface portions, wherein the posterior and anterior ends of the middle part comprise flat surfaces, wherein said first radius of curvature of the. upper part is equal to the second radius of curvature of the middle part, and the third radius of curvature of said middle part is equal to the fourth radius of curvature of the lower part, and wherein the second radius of curvature is different from the third radius of curvature, wherein the upper part, middle and lower part have a stable equilibrium position, and the first, second, third and fourth radii of curvature are configured to urge the prosthesis to the stable equilibrium position, if there is a relative movement between any of the upper part, middle part and lower part.
A catalytic process for producing propylene glycol by the selective reduction of glycerol comprising a catalyst of copper and cerium supported on alumina, wherein the concentration of Cu is of up to 15% in weight, the concentration of Ce is of up to 15% in weight.
A method performed by a first network entity which is a common application program interface framework, CAPIF, core function entity in a mobile communication system, the method comprising: receiving, from a second network entity which is an application program interface, API, management function entity, a registration request, wherein the registration request includes a list of API provider domain function entities requiring a registration on the CAPIF core function entity and first security information for validating the registration request; transmitting, to the second network entity, a registration response as a response to the registration request, wherein the registration response includes a list of identities for successfully registered API provider domain function entities based on validation according to the first security information, and second security information for subsequent CAPIF API invocation; receiving, from the second network entity, a registration update request, wherein the registration update request includes a list of API provider domain function entities requiring a registration update and third security information validating the registration update request; and transmitting, to the second network entity, a registration update response as a response to the registration update request, wherein the registration update response includes a list of identities for successfully updated API provider domain function entities based on validation according to the third security information, and fourth security information for subsequent CAPIF API invocation. receiving, from a second network entity which is an application program interface, API, management function entity, a registration request, wherein the registration request includes a list of API provider domain function entities requiring a registration on the CAPIF core function entity and first security information for validating the registration request; transmitting, to the second network entity, a registration response as a response to the registration request, wherein the registration response includes a list of identities for successfully registered API provider domain function entities based on validation according to the first security information, and second security information for subsequent CAPIF API invocation; receiving, from the second network entity, a registration update request, wherein the registration update request includes a list of API provider domain function entities requiring a registration update and third security information validating the registration update request; and transmitting, to the second network entity, a registration update response as a response to the registration update request, wherein the registration update response includes a list of identities for successfully updated API provider domain function entities based on validation according to the third security information, and fourth security information for subsequent CAPIF API invocation.