mhurhangee/ep-ind-claims huggingface dataset:
A liquid container manufacturing method for manufacturing, from a synthetic resin preform, a liquid container containing a content liquid using a nozzle unit and a blow-molding mold, wherein the nozzle unit includes a supply path for the liquid that extends to a blow nozzle, a discharge path for the liquid that extends to a discharge port provided in a discharge rod, a gas outflow path through which a gas flows out from the blow nozzle, and a gas inflow path which is provided separately from the gas outflow path and through which the gas flows into the blow nozzle, the liquid container manufacturing method comprising: a liquid blow molding step of molding the preform into the liquid container having a shape conforming to an inner surface of the blow-molding mold, by supplying the liquid pressurized by a pressurized liquid supply source to an interior of the preform through the supply path in a state in which the blow nozzle is engaged to a mouth of the preform; and a headspace forming step of forming a headspace in the liquid container, by introducing the gas that is pressurized to an interior of the liquid container through the gas inflow path in a state in which the supply path is closed, thereby discharging the liquid from the interior of the liquid container through the discharge port provided in the discharge rod extending to the interior of the liquid container through the blow nozzle. a liquid blow molding step of molding the preform into the liquid container having a shape conforming to an inner surface of the blow-molding mold, by supplying the liquid pressurized by a pressurized liquid supply source to an interior of the preform through the supply path in a state in which the blow nozzle is engaged to a mouth of the preform; and a headspace forming step of forming a headspace in the liquid container, by introducing the gas that is pressurized to an interior of the liquid container through the gas inflow path in a state in which the supply path is closed, thereby discharging the liquid from the interior of the liquid container through the discharge port provided in the discharge rod extending to the interior of the liquid container through the blow nozzle.
Method for controlling a rack serving apparatus which comprises a travel mechanism, which supports a mast and has a travel drive, a load picking-up means, which can travel along the mast with the aid of a lifting drive, and a control device for the travel and lifting drive (4, 10), wherein the travel and lifting drive (4, 10) is actuated with target values, which take account of the dynamic behaviour of the rack serving apparatus, for displacement of the travel mechanism and the load picking-up means according to the parameters determined by the respective starting and end position and the respective load, characterised in that the target values required for control of the travel and lifting drives (4, 10) according to the parameters are calculated numerically with the aid of a simulation model of the rack serving apparatus for all parameter combinations and are stored in tabular form with allocation to the individual parameter combinations, and in that in order to displace the travel mechanism and the load picking-up means according to a parameter combination the control device actuates the travel and lifting drives (4, 10) with the target values stored in tabular form for this parameter combination.
Surface preparation unit for metal strips processing lines comprising a tank, suitable to contain an electrolyte solution, a system for the suspension/submersion of a strip to be treated, which is continuously fed in said tank in longitudinal direction, a plurality of electrode cells comprising upper and lower electrodes respectively comprising upper and lower armatures facing the two larger surfaces of the strip and spaced from it by a spacing called "upper gap" and "lower gap" respectively, said electrodes being connected to an electrical power supply system, said tank being shaped at the bottom to form successive hoppers, said surface preparation unit being characterized in that at each of said electrode cells there is provided one of said hoppers which ends with devices for evacuating the waste material in form of undissolved scale, which deposits at the bottom in form of sludge, said electrodes having a discontinuous shape, said upper and lower armatures of the electrodes being made up of a plurality of bars spaced from each other to form gaps there between for the evacuation of waste material in form of gas and scale sludges.
Harvesting header in the form of a mowing header for harvesting whole corn plants, with a frame which is moveable over a field in a forwards direction and to which are attached one or more harvesting devices positioned laterally next to one another for harvesting corn plants and mulching devices which are arranged downstream of the harvesting devices and have elements, which are driveable rotatably by a shaft, for processing the plant stubble remaining in the soil after the harvesting, wherein the harvesting devices are designed in the form of mowing and intake devices having conveyor discs which rotate about approximately vertical axes, are arranged one above another and have recesses distributed around the edge for transporting away the plants, and cutting discs arranged below said conveying discs, characterized in that the mulching devices are coupled pivotably to the frame so as to be moveable vertically in relation to the frame separately from one another about axes extending transversely with respect to the forwards direction of the harvesting header and horizontally, and are supported on runners which follow the ground contour and are arranged below the elements, and in that the shafts of the mulching devices are each driveable via an assigned transmission which connects the shaft in terms of drive to a drive shaft, which is arranged in a hollow crossmember of the frame and serves for driving the mowing and intake devices, and is mounted in a freely pivotable manner about the axis of the drive shaft.
A field-effect transistor comprising a single-crystal diamond thin-film, a hole or electron channel which is formed inside said single-crystal diamond thin-film, and a drain electrode, a gate electrode and a source electrode which are formed on said single-crystal diamond thin-film, wherein a direction of the crystal axis of said single-crystal diamond thin-film is inclined with respect to surface orientation of a surface of said single-crystal diamond thin-film, or alternatively, a direction of the crystal axis of said single-crystal diamond thin-film is inclined with respect to surface orientation of a forming face of said channel, characterized in that an angle β formed between the longitudinal direction of said gate electrode and the direction of the crystal axis of said single-crystal diamond thin-film is in the range from minus 30 degrees to plus 30 degrees.
A method of modifying the natural frequency of an airfoil for a gas turbine engine comprising the steps of: a) identifying the natural frequency and identifying whether that frequency will occur during the normal operating speed range of an associated gas turbine engine; b) identifying at least one anti-node of the airfoil; the method being characterised by the step of: c) tuning the airfoil about the location of at least one anti-node to move an interfered natural frequency outside the expected operating speed range, by one of removing or adding material. a) identifying the natural frequency and identifying whether that frequency will occur during the normal operating speed range of an associated gas turbine engine; b) identifying at least one anti-node of the airfoil; the method being characterised by the step of: c) tuning the airfoil about the location of at least one anti-node to move an interfered natural frequency outside the expected operating speed range, by one of removing or adding material.
A pharmaceutical composition, medical food, or dietary supplement for use in treating an immune imbalance in a human subject comprising a glycan therapeutic preparation in an effective amount to treat the subject, wherein i) the glycan therapeutic preparation comprises branched glycans; ii) the glycan therapeutic preparation comprises an average degree of branching of at least 0.01; iii) at least 50% of the glycans in the glycan therapeutic preparation have a degree of polymerization of at least 3 and less than 30 glycan units; iv) the ratio of alpha- to beta-glycosidic bonds present in the glycans of the glycan therapeutic preparation is between about 1:1 to about 5:1; and wherein the branched glycans comprise glucose, galactose, arabinose, mannose, fructose, xylose, fucose, or rhamnose glycan units; wherein the immune imbalance is accompanied by aberrant growth of a cancerous cell; and wherein the pharmaceutical composition, medical food, or dietary supplement is administered in combination with a second agent or therapy. i) the glycan therapeutic preparation comprises branched glycans; ii) the glycan therapeutic preparation comprises an average degree of branching of at least 0.01; iii) at least 50% of the glycans in the glycan therapeutic preparation have a degree of polymerization of at least 3 and less than 30 glycan units; iv) the ratio of alpha- to beta-glycosidic bonds present in the glycans of the glycan therapeutic preparation is between about 1:1 to about 5:1; and
A system comprising: a computer processor; and a memory storing instructions that, when executed, cause the computer processor to: receive a first dequeue request to pop a data packet from a master linked list; determine from a master linked list head identifier, that a first listlet from a plurality of listlets that make up the master linked list, includes a head of the master linked list; dequeue a head node from the first listlet, wherein the head node from the first listlet includes: a first data pointer to a data packet stored in a first memory bank, a first next node pointer to a next node of the first listlet, and a first next listlet identifier that identifies a second listlet from the plurality of listlets that includes a new head of the master linked list; and update the master linked list head identifier to be equal to the first next listlet identifier such that, after being updated, the master linked list head identifier identifies the second listlet instead of the first listlet. a computer processor; and a memory storing instructions that, when executed, cause the computer processor to: receive a first dequeue request to pop a data packet from a master linked list; determine from a master linked list head identifier, that a first listlet from a plurality of listlets that make up the master linked list, includes a head of the master linked list; dequeue a head node from the first listlet, wherein the head node from the first listlet includes: a first data pointer to a data packet stored in a first memory bank, a first next node pointer to a next node of the first listlet, and a first next listlet identifier that identifies a second listlet from the plurality of listlets that includes a new head of the master linked list; and update the master linked list head identifier to be equal to the first next listlet identifier such that, after being updated, the master linked list head identifier identifies the second listlet instead of the first listlet. receive a first dequeue request to pop a data packet from a master linked list; determine from a master linked list head identifier, that a first listlet from a plurality of listlets that make up the master linked list, includes a head of the master linked list; dequeue a head node from the first listlet, wherein the head node from the first listlet includes: a first data pointer to a data packet stored in a first memory bank, a first next node pointer to a next node of the first listlet, and a first next listlet identifier that identifies a second listlet from the plurality of listlets that includes a new head of the master linked list; and a first data pointer to a data packet stored in a first memory bank, a first next node pointer to a next node of the first listlet, and a first next listlet identifier that identifies a second listlet from the plurality of listlets that includes a new head of the master linked list; and update the master linked list head identifier to be equal to the first next listlet identifier such that, after being updated, the master linked list head identifier identifies the second listlet instead of the first listlet.
A method for recycling fabric into plastic granule for plastic manufacturing processes, the method comprising the steps of: a) Collecting fabric comprising fabric fibers b) Pulverizing the fabric into a powder of fabric particles c) Pelletizing the powder with a binder such that fabric pellets comprising the powder of fabrics are formed d) Extruding a mixture of the fabric pellets and a plastic compound into plastic granule, characterized in that the mixture comprises at least 5 % (wt) of the fabric particles and in that a color agent is added to the mixture, wherein the color agent is a dry organic waste or remnant made from natural products such that the granule has a predefined color. a) Collecting fabric comprising fabric fibers b) Pulverizing the fabric into a powder of fabric particles c) Pelletizing the powder with a binder such that fabric pellets comprising the powder of fabrics are formed d) Extruding a mixture of the fabric pellets and a plastic compound into plastic granule,
A security-enhanced document comprising a substrate, variable indicia comprising ink having a signal, the ink of the variable indicia being of a specific type and applied to the substrate using a specific application technique, at least one other printed portion having background ink noise, the type of ink of the at least one other printed portion being the same type of ink applied to the substrate using the same application technique as the ink of the variable indicia, and a scratch-off-coating layer applied over the variable indicia to maintain the variable indicia unreadable until the scratch-off-coating is removed by being scratched off, characterised in that the ink of the variable indicia and the at least one other printed portion being the same type of ink applied to the substrate using the same application technique such that it results in a document having a signal-to-noise ratio of the ink of the variable indicia relative to the background ink noise of the at least one other printed portion that is not appreciable, thereby making the variable indicia unreadable with reference to the at least one other printed portion when the scratch-off-coating remains intact, and wherein the at least one other printed portion is (i) a display area in its entirety and at least one decorative portion of an overprint area, or (ii) the display area in its entirety and at least one back printing area, or (iii) the at least one decorative portion of an overprint area, or (iv) the at least one back printing area.
A temperature detecting material comprising a first material containing a first temperature indicating material and a second material containing a second temperature indicating material, wherein the first temperature indicating material and the second temperature indicating material respectively contain a leuco dye, a color developing agent, and a decoloring agent, and respectively have hysteresis characteristics in their color density-temperature curves, wherein the first temperature indicating material has a color developing temperature T a1 in a temperature increase process, which is lower than a decoloring temperature T d1 in the temperature increase process, and turns to a non-crystalline state and is kept in a decoloring state when cooled down lower than the color developing temperature T a1 in the temperature increase process with a predetermined cooling speed or more after melting, wherein the second temperature indicating material has a color developing temperature T a2, which is lower than a decoloring temperature T d2, wherein the decoloring temperature T d2 is a decoloring temperature T d2 in a temperature increase process, and wherein the color developing temperature T a1 in the temperature increase process is lower than the decoloring temperature T d2 in the temperature increase process and the color developing temperature T a2 is lower than the color developing temperature T a1 in the temperature increase process. the first temperature indicating material and the second temperature indicating material respectively contain a leuco dye, a color developing agent, and a decoloring agent, and respectively have hysteresis characteristics in their color density-temperature curves, wherein the first temperature indicating material has a color developing temperature T a1 in a temperature increase process, which is lower than a decoloring temperature T d1 in the temperature increase process, and turns to a non-crystalline state and is kept in a decoloring state when cooled down lower than the color developing temperature T a1 in the temperature increase process with a predetermined cooling speed or more after melting, wherein the second temperature indicating material has a color developing temperature T a2, which is lower than a decoloring temperature T d2, wherein the decoloring temperature T d2 is a decoloring temperature T d2 in a temperature increase process, and wherein the color developing temperature T a1 in the temperature increase process is lower than the decoloring temperature T d2 in the temperature increase process and the color developing temperature T a2 is lower than the color developing temperature T a1 in the temperature increase process.
A computerized system for radiation therapy support, comprising: - an input interface for receiving an input 2D projection image acquired by an imaging apparatus, wherein the imaging apparatus is part of a radiation therapy delivery device, the input image representing at least a region of interest of a patient and acquired before delivery of a dose fraction by the radiation therapy delivery apparatus; - a pre-trained machine learning unit configured to process the input image to detect a medical condition, including a side effect caused by radiation therapy treatment; and - a communication component configured to provide, based on the detected medical condition, an indication for one or more clinical actions to be performed in relation to the patient. - an input interface for receiving an input 2D projection image acquired by an imaging apparatus, wherein the imaging apparatus is part of a radiation therapy delivery device, the input image representing at least a region of interest of a patient and acquired before delivery of a dose fraction by the radiation therapy delivery apparatus; - a pre-trained machine learning unit configured to process the input image to detect a medical condition, including a side effect caused by radiation therapy treatment; and - a communication component configured to provide, based on the detected medical condition, an indication for one or more clinical actions to be performed in relation to the patient.
A method for treating a subterranean formation, comprising: measuring mechanical properties of a formation comprising Young's modulus, Poisson's ratio, and in-situ stress; determining formation fracture height based on the mechanical properties; estimating number and location of hydraulic fractures based on the determining; identifying hydraulic fracturing treatment stages based on the estimating; and performing hydraulic fracturing treatments in the stages. measuring mechanical properties of a formation comprising Young's modulus, Poisson's ratio, and in-situ stress; determining formation fracture height based on the mechanical properties; estimating number and location of hydraulic fractures based on the determining; identifying hydraulic fracturing treatment stages based on the estimating; and performing hydraulic fracturing treatments in the stages.
One or more computer-readable media storing computer-useable instructions that, when used by one or more computing devices, cause the one or more computing devices to perform a method for managing wake-enabled applications (230, 232, 240), the method comprising: receiving a packet; determining that the packet corresponds to a wake-enabled transport connection of a wake-enabled application (230, 232, 240), based on identifying that a port in the packet matches a port in a multiport wake pattern assigned to a network controller interface (119, 250, 320), wherein the multiport wake pattern corresponds to a reserved port set having at least a wake-enabled port set and is a single wake pattern that supports wake functionality for multiple source ports in the wake-enabled port set; and waking at least a portion of the wake-enabled application associated with the wave-enabled transport connection, wherein the packet is received when the wake enabled application is in a suspended state. receiving a packet; determining that the packet corresponds to a wake-enabled transport connection of a wake-enabled application (230, 232, 240), based on identifying that a port in the packet matches a port in a multiport wake pattern assigned to a network controller interface (119, 250, 320), wherein the multiport wake pattern corresponds to a reserved port set having at least a wake-enabled port set and is a single wake pattern that supports wake functionality for multiple source ports in the wake-enabled port set; and waking at least a portion of the wake-enabled application associated with the wave-enabled transport connection, wherein the packet is received when the wake enabled application is in a suspended state.
A co-ordinate measuring machine, comprising a block of concrete with function of foundation or machine bed, characterized by comprising a plurality of linear deformation sensors (S1,..., S10) embedded in the block or applied to faces thereof and detecting the mean deformations of the material of the block along respective measuring lines for compensating the measuring errors of the machine resulting from said deformations.
Masterbatch comprising: a) carbon nanofibres and/or nanotubes, the content of which is between 15 wt% and 40 wt%, preferably between 20 wt% and 35 wt%, relative to the total weight of the masterbatch; b) at least one solvent; c) at least one polymer binder, which represents from 1 wt% to 40 wt%, preferably from 2 wt% to 30 wt% relative to the total weight of the masterbatch; characterized in that it is in agglomerated solid form. a) carbon nanofibres and/or nanotubes, the content of which is between 15 wt% and 40 wt%, preferably between 20 wt% and 35 wt%, relative to the total weight of the masterbatch; b) at least one solvent; c) at least one polymer binder, which represents from 1 wt% to 40 wt%, preferably from 2 wt% to 30 wt% relative to the total weight of the masterbatch;
A method of operating a combustion burner to heat a furnace comprising: supplying fuel and combustion air into a combustion zone where it is ignited; and supplying additional combustion air into the atmosphere outside of the combustion zone, characterized in that the amount of additional combustion air supplied outside of the combustion zone is decreased as a temperature of the atmosphere inside the furnace increases such that the content of nitrogen oxides (NOx), as corrected for 3% O 2 (cNOx (3%O 2)), in the gases generated by combustion of the fuel and the combustion air and emitted from the furnace is maintained below a predetermined value. supplying fuel and combustion air into a combustion zone where it is ignited; and supplying additional combustion air into the atmosphere outside of the combustion zone, characterized in that the amount of additional combustion air supplied outside of the combustion zone is decreased as a temperature of the atmosphere inside the furnace increases such that the content of nitrogen oxides (NOx), as corrected for 3% O 2 (cNOx (3%O 2)), in the gases generated by combustion of the fuel and the combustion air and emitted from the furnace is maintained below a predetermined value.