mhurhangee/ep-ind-claims huggingface dataset:
A computer system for assisting subchondral injection, the system comprising means for: obtaining a model of bone and soft tissue of a patient, the model including cortical bone structure and trabecular bone structure for a bone; identifying and delimiting at least one void in the trabecular bone structure of the bone from the model of bone and soft tissue; identifying an injection site in the cortical bone structure from the model of bone and soft tissue and modeling of the at least one void; calculating and outputting data for guiding at least in locating a drilling tool relative to the injection site and for drilling of the bone at the injection site to reach the void; tracking a registration tool identifying landmark points on the bone to reference the landmarks points to the model of the bone and soft tissue; and navigating the drilling tool toward the injection site using the reference between the landmarks points to the model of the bone and soft tissue; wherein outputting data includes outputting in the data a drilling stop based on: a calculated drilling depth. obtaining a model of bone and soft tissue of a patient, the model including cortical bone structure and trabecular bone structure for a bone; identifying and delimiting at least one void in the trabecular bone structure of the bone from the model of bone and soft tissue; identifying an injection site in the cortical bone structure from the model of bone and soft tissue and modeling of the at least one void; calculating and outputting data for guiding at least in locating a drilling tool relative to the injection site and for drilling of the bone at the injection site to reach the void; tracking a registration tool identifying landmark points on the bone to reference the landmarks points to the model of the bone and soft tissue; and navigating the drilling tool toward the injection site using the reference between the landmarks points to the model of the bone and soft tissue; wherein outputting data includes outputting in the data a drilling stop based on: a calculated drilling depth.
A method of preparing a superabsorbent polymer, the method comprising the steps of: performing thermal polymerization or photo-polymerization of a monomer composition including a water-soluble ethylenically unsaturated monomer and a polymerization initiator to prepare a water-containing gel polymer; drying, pulverizing, and size-sorting the water-containing gel polymer to classify the water-containing gel polymer into a fine powder having a particle size of less than 150 μm and a normal particle having a particle size of 150 μm to 850 μm; mixing one or more fibers of a fluff pulp and a synthetic polymeric fiber with the fine powder and water to prepare a fine powder aqueous solution; and stirring the fine powder aqueous solution to prepare a fine powder reassembly, wherein the fine powder aqueous solution includes the fiber in an amount of 1 part by weight or more to less than 20 parts by weight with respect to 100 parts by weight of the fine powder, wherein the fiber has a length of 1 mm to 20 mm, measured by randomly selecting 100 fibers, measuring the lengths of the individual fibers, and calculating the average thereof, wherein the synthetic polymeric fiber is one or more selected from the group consisting of nylon, polypropylene, polyethylene, polyester, polyacrylonitrile, polyvinyl chloride, polyvinyl alcohol, polyacrylate, and acetate, wherein the fine powder aqueous solution includes water in an amount of 50 parts by weight to 150 parts by weight with respect to 100 parts by weight of the fine powder. performing thermal polymerization or photo-polymerization of a monomer composition including a water-soluble ethylenically unsaturated monomer and a polymerization initiator to prepare a water-containing gel polymer; drying, pulverizing, and size-sorting the water-containing gel polymer to classify the water-containing gel polymer into a fine powder having a particle size of less than 150 μm and a normal particle having a particle size of 150 μm to 850 μm; mixing one or more fibers of a fluff pulp and a synthetic polymeric fiber with the fine powder and water to prepare a fine powder aqueous solution; and stirring the fine powder aqueous solution to prepare a fine powder reassembly, wherein the fine powder aqueous solution includes the fiber in an amount of 1 part by weight or more to less than 20 parts by weight with respect to 100 parts by weight of the fine powder, wherein the fiber has a length of 1 mm to 20 mm, measured by randomly selecting 100 fibers, measuring the lengths of the individual fibers, and calculating the average thereof, wherein the synthetic polymeric fiber is one or more selected from the group consisting of nylon, polypropylene, polyethylene, polyester, polyacrylonitrile, polyvinyl chloride, polyvinyl alcohol, polyacrylate, and acetate, wherein the fine powder aqueous solution includes water in an amount of 50 parts by weight to 150 parts by weight with respect to 100 parts by weight of the fine powder.
Small vehicle comprising a tubular structure in the form of a frame made from profiled tubes (5, 6, 7), comprising a set of batteries which is intended to store the energy for the displacement of the vehicle, and comprising a propulsion device (18, 19), characterised in that the frame is closed by a lower plate that carries the set of batteries and the propulsion device (18, 19), said lower plate being attached to the frame in a separable manner and in such a way as to be accessible from underneath the vehicle, and closed by an upper plate that is shaped so as to have a substantially horizontal upper surface and a substantially vertical lateral surface that hangs from the upper surface, said upper plate being attached by welding to the top of the frame so as to form a sealed closed box that serves for housing the set of batteries and the propulsion device, said frame defining by its sides a protected zone so that, in the event of an impact, the enclosed batteries can be supported against it and the frame forms part of the lower part of a tubular safety cage designed to protect the passengers in the event of an accident.
Floating marine platform comprising a central column, at least three peripheral columns (20a-c) circumferentially around the central column, radially extending beams (45, 46) from the central column that connect the peripheral columns with the central column, wherein each of the peripheral columns comprises a buoyancy air chamber, and wherein the marine platform comprises a motion control system comprising a high-pressure air tank discharging air in the buoyancy air chambers, which controls airflow in and out of the buoyancy air chambers using actuated valves (77, 80) and is controlled by a computer system that is coupled with motion sensors, characterized in that the beams are steel hollow cylindrical pipes, and the high-pressure air tank is formed by the airtight inside volume of one of the beams (45, 46).
Adhesive composition comprising at least partly gelatinised starch and one or more polymers containing a primary amine group, wherein the one or more polymers belong to the group of polyvinyl amine, and poly(vinylalcohol-co-vinyl amine), and wherein the amount of starch in the adhesive composition is from 15 to 40 weight %, and the amount of one or more polymers in the adhesive composition is from 2 to 25 weight %.
A beverage bottle for carbonated beverage comprising - a beverage container part, - a stand part, - a separate connector part for connecting the stand part and the beverage container part to each other, and - thread means (6a, 6b) for fixing the stand part and the connector part to each other, wherein the beverage bottle is for a carbonator, i.e. for carbonated beverage that is carbonated in the beverage bottle, and configured to withstand an inner pressure of at least 20 bar, and wherein the connector part is adapted to be chemically attached to the beverage container part by gluing, and the connector part comprises a surface that is complementary in shape to the beverage container part. - a beverage container part, - a stand part, - a separate connector part for connecting the stand part and the beverage container part to each other, and - thread means (6a, 6b) for fixing the stand part and the connector part to each other, wherein the beverage bottle is for a carbonator, i.e. for carbonated beverage that is carbonated in the beverage bottle, and configured to withstand an inner pressure of at least 20 bar, and wherein the connector part is adapted to be chemically attached to the beverage container part by gluing, and the connector part comprises a surface that is complementary in shape to the beverage container part.
A method of improving cold temperature damage recovery of corn comprising applying from 6 to 16 grams per hectare of gibberellin 3 to corn during the early vegetative growth stage.
A reusable plastic container comprising: a plastic container body formed from a plastic corrugated blank having first and second layers (66, 68), the plastic container body having a first side panel, a second side panel, a first end panel and a second end panel; a first bottom side panel flap connected to the first side panel by a first fold line, the first fold line having a first welded portion formed by welding such that the first and second layers are welded together, characterised in that the first fold line further comprises a separate first scored portion. a plastic container body formed from a plastic corrugated blank having first and second layers (66, 68), the plastic container body having a first side panel, a second side panel, a first end panel and a second end panel; a first bottom side panel flap connected to the first side panel by a first fold line, the first fold line having a first welded portion formed by welding such that the first and second layers are welded together,
A shroud ring for a use in a turbine of a gas turbine engine, the shroud ring comprising a first shroud segment, a second shroud segment spaced apart circumferentially from the first shroud segment to form a gap therebetween, and a strip seal (14, 314, 414, 514) extending across the gap and arranged to block a first flow of fluid through the gap and including a flow guide (54, 454, 554) arranged to direct a second flow of fluid through the gap away from the first shroud segment toward the second shroud segment.
A process for manufacturing an optical element comprising: a first step of spinning a circular sheet of a first metallic material for it to adhere to a rotating matrix and form a shell; a second step of assembling the shell on a temporary support; and at least a third step of diamond turning the shell by means of a diamond tool to obtain an optical surface. a first step of spinning a circular sheet of a first metallic material for it to adhere to a rotating matrix and form a shell; a second step of assembling the shell on a temporary support; and at least a third step of diamond turning the shell by means of a diamond tool to obtain an optical surface.
A resin composite comprising: a core material comprising a resin expanded body; and a fiber-reinforced resin material comprising a resin and fibers, a surface of said core material being covered by said fiber-reinforced resin material, wherein said core material is provided with a corner section (Ac), one site and another site in said surface adjoin each other at an inner angle of less than 180 degrees via said corner section (Ac), said core material is a thermoformed expanded sheet and is provided with said corner section (Ac) formed by said thermoforming, a thickness of said corner section (Ac) is thicker than sites adjoining each other via said corner section (Ac), characterized in that said core material has a flatness ratio of cells from a surface of said corner section (Ac) to a depth of 2.5 mm of 20% or more.
Quick coupler having at least one locking bolt and a motor drive that is used to displace the locking bolt between a locking position and an unlocking position thereof, which drive has a power connection and drive means (30, 34) that cooperate with the locking bolt and comprise a rotary drive with a motor and a drive shaft, which drive shaft is mechanically connected to the locking bolt so as to enable the locking bolt to be displaced along an actuation axis, characterized in that the drive has a lug for a shaft-hub connection to which a tool, such as a hand lever for manual actuation, can be attached, so that manual actuation thereof will act directly on the drive shaft, the drive shaft will interact with the locking bolt via a gear system (36a, 36b), which gear system (36a, 36b) will move over a dead center during locking and unlocking, has a rotary joint (32a, 32b) for introducing the rotary movement into the gear system (36a, 36b), and the lug is arranged coaxially with the rotary joint (32a, 32b).
Tool system, having a tool carrier with a neck and an interchangeable cutting insert arranged on a seat of the neck, wherein the neck has a protection area, which projects over the seat along the longitudinal axis of the tool carrier and it surrounds all the edges (22, 23) of the interchangeable cutting insert except one edge, characterised in that the seat has at least one engaging element into which at least one engaging element of the interchangeable cutting insert engages.
A downhole tool, such as a circulating sub or a cleaning tool, for cleaning a borehole, comprising a housing defining a longitudinal direction, a first fluid conduit extending from an opening in a first end of the housing to an opening in a second end of the housing, and an activation mechanism configured to at least activate the downhole tool, the housing further has an outer side surface facing an inner wall of the borehole, when positioned in the borehole, and an inner side surface facing the first fluid conduit, the first fluid conduit is configured to lead a drilling fluid from the first end to the second end when the downhole tool is not activated, the housing further has at least a second fluid conduit extending from at least a first opening connected to the first fluid conduit to a second opening arranged in the outer side surface, at least a first nozzle is arranged at the second opening of the at least second fluid conduit, the at least second fluid conduit is placed in a first acute angle (α) relative to at least the longitudinal direction so that the at least second fluid conduit substantially extends towards one of the first and second ends (3, 4), and wherein at least a third fluid conduit extends from a third opening connected to the first fluid conduit to a fourth opening arranged in the outer side surface, characterised in that at least a second nozzle is arranged at the fourth opening of the at least third fluid conduit, wherein the at least third fluid conduit is placed in a second acute angle (β) relative to at least the longitudinal direction so that the at least third fluid conduit substantially extends towards one of the first and second ends (3, 4) and wherein said first and second acute angles α, β are between 30° and 65°.
Method for producing a low-carbon clinker with low energy consumption, comprising the following stages: a) Pre-calcination of the limestone present in the raw material, along the pre-calciner and in the cyclone tower; b) Start of the clinkering process with the raw material inlet after pre-calcination, at a temperature higher than 1400°C and with a C 3 S content above 60%; c) Cooling the material; characterized by further comprising d) Introduction of 5 to 30% of silico-aluminous materials relative to the mass of material which is here processed in the cooling stage, at the cooler head, wherein the introduction of the silicon-aluminous materials is performed by a dosing conveyor and buffered by a double-inlet valve. a) Pre-calcination of the limestone present in the raw material, along the pre-calciner and in the cyclone tower; b) Start of the clinkering process with the raw material inlet after pre-calcination, at a temperature higher than 1400°C and with a C 3 S content above 60%; c) Cooling the material; characterized by further comprising d) Introduction of 5 to 30% of silico-aluminous materials relative to the mass of material which is here processed in the cooling stage, at the cooler head, wherein the introduction of the silicon-aluminous materials is performed by a dosing conveyor and buffered by a double-inlet valve.
A control method of a flocculation washing machine, said flocculation washing machine comprising an outer drum for containing washing water and a circulation water treatment device including a flocculation drum in communication with the outer drum and a flocculant deliverer by which a flocculant is delivered to the flocculation drum, wherein water from the outer drum is drained into the flocculation drum for flocculation treatment and wherein the amount of water treated in a flocculation circulation is an amount of water in the flocculation drum during flocculation treatment; characterized by acquiring an amount of washing water V and an amount of a detergent delivered m in a washing procedure to obtain a concentration of the detergent C = m / V; determining a number of times N of flocculation circulation of the washing water and a dose of a flocculant M n corresponding to each flocculation circulation according to the concentration of the detergent C.
A method for controlled automatic activation or deactivation of explosive devices comprising at least one electrically triggerable ignition capsule contained in the explosive device, wherein an ultrasound, low-frequency and/or high-frequency receiver and a unit for providing an electrical ignition pulse are provided on or in the ignition capsule body, wherein the unit for providing the electrical ignition pulse has an interface in order to enable or disable a triggering of the ignition pulse in accordance with a position signal, wherein the enabling or disabling takes precedence over an ignition command obtained by the receiver, furthermore, the position signal is provided by a receiving apparatus which allows position determination by means of GPS, Glonass or similar satellite-based systems, wherein triggering of the ignition capsule is basically or remains basically disabled until a predetermined territory is reached or reached again, characterized in that the system for automatic activation or deactivation is set into operational readiness, in particular readiness for reception by means of magnetic field sensor technology when a change of position is identified.
A method of determining a location of a multi-Subscriber Identification Module, SIM, mobile terminal having at least first and second SIMs mounted therein, the method comprising: determining network quality of a first mobile network using the first SIM and a second mobile network using the second SIM; and if the network quality of both the first and second mobile networks (30, 40) are above a threshold: determining a first location based on a location of at least one first base station in the first mobile network; determining a second location based on a location of at least one second base station in the second mobile network; and estimating the location of the multi-SIM mobile terminal from the first and second locations, if the network quality of one of the first and second mobile networks (30, 40) is above the threshold: determining a location based on a location of at least one base station in the one of the first and second mobile networks (30, 40); and estimating the location of the multi-SIM mobile terminal from the determined location. determining network quality of a first mobile network using the first SIM and a second mobile network using the second SIM; and if the network quality of both the first and second mobile networks (30, 40) are above a threshold: determining a first location based on a location of at least one first base station in the first mobile network; determining a second location based on a location of at least one second base station in the second mobile network; and estimating the location of the multi-SIM mobile terminal from the first and second locations, determining a first location based on a location of at least one first base station in the first mobile network; determining a second location based on a location of at least one second base station in the second mobile network; and estimating the location of the multi-SIM mobile terminal from the first and second locations, if the network quality of one of the first and second mobile networks (30, 40) is above the threshold: determining a location based on a location of at least one base station in the one of the first and second mobile networks (30, 40); and estimating the location of the multi-SIM mobile terminal from the determined location. determining a location based on a location of at least one base station in the one of the first and second mobile networks (30, 40); and estimating the location of the multi-SIM mobile terminal from the determined location.
A method for producing a rubber composition containing a rubber component of at least one selected from natural rubbers and synthetic dienic rubbers, a filler containing an inorganic filler, a silane coupling agent and at least one vulcanization promoter selected from guanidines, sulfenamides, thiazoles, thiurams, dithiocarbamate salts, thioureas and xanthate salts, wherein the rubber composition is kneaded in at least three stages, in the first stage of kneading, the rubber component, all or a part of the inorganic filler, and all or a part of the silane coupling agent are kneaded, then in the stage on and after the second stage of kneading but before the final stage, the vulcanization promoter is added and kneaded, and in the final stage of kneading, a vulcanizing agent is added and kneaded.
An electronic device, comprising: an aperture (104, 204, 408) formed in a body of the electronic device, wherein the aperture is formed on only one surface of the electronic device; an electrical connector configured to form an electrical connection with a corresponding electrical component received through the aperture, characterized by a speaker configured to project sound through the aperture (104, 204, 408). an aperture (104, 204, 408) formed in a body of the electronic device, wherein the aperture is formed on only one surface of the electronic device; an electrical connector configured to form an electrical connection with a corresponding electrical component received through the aperture, characterized by a speaker configured to project sound through the aperture (104, 204, 408).