mhurhangee/ep-ind-claims huggingface dataset:
A method for adjusting a condition for determining a quality of an inspection object in a quality determination device comprising a database, a processing unit, a user input unit, and an output unit, the method comprising: acquiring, by the processing unit, measurement values for structures of a plurality of inspection objects from the database; determining, by a quality determination unit in the processing unit, whether each of the plurality of inspection objects is good or defective by comparing error values of the measurement values with respect to design values of the structures with a reference value which is used for determining whether each of the plurality of inspection objects is good or defective; generating, by a determination result generation unit in the processing unit, a graph comprising the number of the plurality of inspection objects according to the error values, and a GUI, Graphic User Interface, object indicating the reference value, and displaying the graph through the output unit; receiving a user input for moving a position of the GUI object through the user input unit; updating, by a determination reference adjustment unit in the processing unit, the reference value with a value corresponding to the position of the GUI object moved according to the user input; and re-determining, by the processing unit, whether each of the plurality of inspection objects is good or defective based on the updated reference value. acquiring, by the processing unit, measurement values for structures of a plurality of inspection objects from the database; determining, by a quality determination unit in the processing unit, whether each of the plurality of inspection objects is good or defective by comparing error values of the measurement values with respect to design values of the structures with a reference value which is used for determining whether each of the plurality of inspection objects is good or defective; generating, by a determination result generation unit in the processing unit, a graph comprising the number of the plurality of inspection objects according to the error values, and a GUI, Graphic User Interface, object indicating the reference value, and displaying the graph through the output unit; receiving a user input for moving a position of the GUI object through the user input unit; updating, by a determination reference adjustment unit in the processing unit, the reference value with a value corresponding to the position of the GUI object moved according to the user input; and re-determining, by the processing unit, whether each of the plurality of inspection objects is good or defective based on the updated reference value.
A drive system for an electric motor, comprising: a DC link having a positive terminal and a ground terminal; an inverter operably connected to the DC link, the inverter configured to provide a plurality of motor excitation signals; an interface cable, the interface cable operably connected to the inverter, and configured to transmit the plurality of motor excitation signals; a motor remote from and operably connected to the inverter via the interface cable, the motor responsive to the plurality of motor excitation signals; a transmission line having a first end and a second end, wherein the transmission line is radiation shielded, characterized by a plurality of snubber circuits, each of the snubber circuits of the plurality of snubber circuits having a first terminal operably connected to a winding of the motor, and a second terminal operably connected to the first end of a transmission line, wherein the plurality of snubber circuit are connected in a Y configuration at the motor; each of the snubber circuits further comprising a series connection of a capacitor and a resistor, and wherein the common point of the Y-connected snubber circuits is connected to the motor end of a conductor of the transmission line; and wherein the second end of the transmission line is operably connected to the positive terminal of the DC link a DC link having a positive terminal and a ground terminal; an inverter operably connected to the DC link, the inverter configured to provide a plurality of motor excitation signals; an interface cable, the interface cable operably connected to the inverter, and configured to transmit the plurality of motor excitation signals; a motor remote from and operably connected to the inverter via the interface cable, the motor responsive to the plurality of motor excitation signals; a transmission line having a first end and a second end, wherein the transmission line is radiation shielded, characterized by a plurality of snubber circuits, each of the snubber circuits of the plurality of snubber circuits having a first terminal operably connected to a winding of the motor, and a second terminal operably connected to the first end of a transmission line, wherein the plurality of snubber circuit are connected in a Y configuration at the motor; each of the snubber circuits further comprising a series connection of a capacitor and a resistor, and wherein the common point of the Y-connected snubber circuits is connected to the motor end of a conductor of the transmission line; and wherein the second end of the transmission line is operably connected to the positive terminal of the DC link
An X-ray generating unit comprising: a plurality of targets that are arrayed in a line; a forward shielding member including a plurality of partitions that each separate adjacent ones of the targets; and an electron source that emits electron beams to electron incident surfaces of the plurality of targets, respectively, wherein each of the partitions has sloping surfaces each inclining with respect to a normal line that is normal to a corresponding one of the electron incident surfaces, characterized in that the angles of inclination of the sloping surfaces with respect to the respective normal lines change with positions of the sloping surfaces along an array direction in which the targets are arrayed. a plurality of targets that are arrayed in a line; a forward shielding member including a plurality of partitions that each separate adjacent ones of the targets; and an electron source that emits electron beams to electron incident surfaces of the plurality of targets, respectively, wherein each of the partitions has sloping surfaces each inclining with respect to a normal line that is normal to a corresponding one of the electron incident surfaces, characterized in that the angles of inclination of the sloping surfaces with respect to the respective normal lines change with positions of the sloping surfaces along an array direction in which the targets are arrayed.
Unit for moving and accumulating sachets, comprising: - a feed plane on which a plurality of groups of sachets is fed, by means of a feed device, from an entry zone of said feed plane to an exit zone of said feed plane parallel to a direction of feed, said groups of sachets being organized in rows, parallel to each other, and extending transversely with respect to said direction of feed, said unit for moving and accumulating sachets comprising a sorting device disposed in such a position as to receive said groups of sachets from the exit zone of said feed plane and being provided with: - support means, configured to support one or more groups of sachets, being vertically mobile between a plurality of operative positions, of which at least one initial operative position in which said support means are located at a vertical height not higher than that of said feed plane in order to receive said one or more groups of sachets, and - contrast means disposed above said support means being vertically mobile with respect to said support means, and in a coordinated manner therewith, in order to abut said groups of sachets, disposed on said support means, so that said groups of sachets are kept at least partly enclosed, with respect to two different opposite sides, respectively by said support means and by said contrast means; said movement and accumulation unit being characterized in that it comprises mobile abutment means configured to abut said groups of sachets, gradually stacked on said sorting device, in the direction of feed, on the opposite side with respect to the side where said feed plane is disposed, said mobile abutment means being provided with an actuator configured to move said mobile abutment means between an operative abutment position, in which they prevent the displacement of said groups of sachets in the direction of feed, and an inactive position, in which they allow the movement of the groups of sachets in the direction of feed, wherein the mobile abutment means are mobile relative to the support means. - a feed plane on which a plurality of groups of sachets is fed, by means of a feed device, from an entry zone of said feed plane to an exit zone of said feed plane parallel to a direction of feed, said groups of sachets being organized in rows, parallel to each other, and extending transversely with respect to said direction of feed, - support means, configured to support one or more groups of sachets, being vertically mobile between a plurality of operative positions, of which at least one initial operative position in which said support means are located at a vertical height not higher than that of said feed plane in order to receive said one or more groups of sachets, and - contrast means disposed above said support means being vertically mobile with respect to said support means, and in a coordinated manner therewith, in order to abut said groups of sachets, disposed on said support means, so that said groups of sachets are kept at least partly enclosed, with respect to two different opposite sides, respectively by said support means and by said contrast means;
Method for preparing methyl 4,6-diamino-2-[1-(2-fluorobenzyl)-1H-pyrazolo[3,4-b]pyridin-3-yl]-5-pyrimidinylcarbamate of the formula, characterized in that 2-[1-(2-fluorobenzyl)-1H-pyrazolo[3,4-b]pyridin-3-yl]-4,5,6-pyrimidinetriamine of the formula (VIII) is reacted with methyl chloroformate of the formula in the context of a pyridine-free reaction regime and in the presence of a trialkylamine having straight-chain, cyclic or branched C 1 -C 20 alkyl radicals.
A process for producing re-hardened water, including: a) an infusion step in which at least CO 2 is introduced into water to be re-hardened, to produce a first solution containing free CO 2 of a concentration C 1; b) a re-hardening step including passing said first solution through a re-hardening material to perform a dissolution process having a contact time t during which said re-hardening material is dissolved in said first solution and a chemical reaction takes place between the dissolved re-hardening material and a part of the CO 2 constituting an aggressive CO 2, to produce a second solution of water containing at least dissolution products, the aggressive CO 2 of a concentration reduced during the re-hardening step from about said C 1 to C 2a, and an equilibrium CO 2 of a concentration increased during the re-hardening step from about zero to C 2e; c) a separation step including separating from said second solution of a free excess CO 2 constituted by the aggressive CO 2 of the concentration C 2a and the equilibrium CO 2 of the concentration C 2e, and removing it in a gas form, to produce said re-hardened water wherein the step (b) is performed so that at least one of the following conditions is met: - C 2a ≥ C 2e and (C 2a + C 2e) < C 1; - C 2 ≥ 0.25C 1; wherein C 2 =C 2a +C 2e - t ≤ 15 mins the process further comprising a utilization step wherein said CO 2 in gas formed in step (c) is used in said infusion step (a). a) an infusion step in which at least CO 2 is introduced into water to be re-hardened, to produce a first solution containing free CO 2 of a concentration C 1; b) a re-hardening step including passing said first solution through a re-hardening material to perform a dissolution process having a contact time t during which said re-hardening material is dissolved in said first solution and a chemical reaction takes place between the dissolved re-hardening material and a part of the CO 2 constituting an aggressive CO 2, to produce a second solution of water containing at least dissolution products, the aggressive CO 2 of a concentration reduced during the re-hardening step from about said C 1 to C 2a, and an equilibrium CO 2 of a concentration increased during the re-hardening step from about zero to C 2e; c) a separation step including separating from said second solution of a free excess CO 2 constituted by the aggressive CO 2 of the concentration C 2a and the equilibrium CO 2 of the concentration C 2e, and removing it in a gas form, to produce said re-hardened water wherein the step (b) is performed so that at least one of the following conditions is met: - C 2a ≥ C 2e and (C 2a + C 2e) < C 1; - C 2 ≥ 0.25C 1; wherein C 2 =C 2a +C 2e - t ≤ 15 mins the process further comprising a utilization step wherein said CO 2 in gas formed in step (c) is used in said infusion step (a). - C 2a ≥ C 2e and (C 2a + C 2e) < C 1; - C 2 ≥ 0.25C 1; wherein C 2 =C 2a +C 2e - t ≤ 15 mins the process further comprising a utilization step wherein said CO 2 in gas formed in step (c) is used in said infusion step (a).
A fan rotor for an air cycle machine of an aircraft environmental control system comprising: a central body defining a central axis and a radius having a first radial distance that is defined as a distance from the central axis to an edge of the central body; a plurality of fan blades extending radially from the edge of the central body to a second radial distance, the second radial distance defined as a distance from the central axis to a tip of the fan blades; and a shroud extending circumferentially between and connecting each of the plurality of fan blades, the shroud located at a radial distance from the central axis that is greater than the first radial distance, wherein the shroud comprises one or more tuning features (321a,321b) configured to mistune a vibration of the fan rotor during operation, wherein one tuning feature is a pattern of frequency in the shape of the shroud in terms of axial or radial thickness, characterized in that: at least one tuning feature is a pattern of frequency in the shape of the shroud in terms of radial thickness, and the central body, the fan blades, and the shroud are all formed from a single stock of material. a central body defining a central axis and a radius having a first radial distance that is defined as a distance from the central axis to an edge of the central body; a plurality of fan blades extending radially from the edge of the central body to a second radial distance, the second radial distance defined as a distance from the central axis to a tip of the fan blades; and a shroud extending circumferentially between and connecting each of the plurality of fan blades, the shroud located at a radial distance from the central axis that is greater than the first radial distance, wherein the shroud comprises one or more tuning features (321a,321b) configured to mistune a vibration of the fan rotor during operation, wherein one tuning feature is a pattern of frequency in the shape of the shroud in terms of axial or radial thickness,
An electroluminescent device, comprising a first electrode and a second electrode facing each other; an emission layer disposed between the first electrode and the second electrode, the emission layer comprising light emitting particles; an electron transport layer disposed between the first electrode and the emission layer; and a hole transport layer disposed between the second electrode and the emission layer, wherein the electron transport layer comprises inorganic oxide particles and a metal-organic compound, the metal-organic compound or a thermal decomposition product of the metal-organic compound being soluble in a non-polar solvent; wherein the metal-organic compound is a composite of a metal cation and an organic anion, wherein the organic anion of the metal-organic compound comprises an oleate, an amine, or a combination thereof, wherein the metal cation of the metal-organic compound comprises Zn, Ti, Sn, W, Ta, Mg, Ga, Cu, Ag, or a combination thereof; and wherein a surface of the electron transport layer facing the emission layer comprises a first portion in which the inorganic oxide particles are disposed and a second portion in which the metal-organic compound or the thermal decomposition product of the metal-organic compound is between neighboring inorganic oxide particles. a first electrode and a second electrode facing each other; an emission layer disposed between the first electrode and the second electrode, the emission layer comprising light emitting particles; an electron transport layer disposed between the first electrode and the emission layer; and a hole transport layer disposed between the second electrode and the emission layer, wherein the electron transport layer comprises inorganic oxide particles and a metal-organic compound, the metal-organic compound or a thermal decomposition product of the metal-organic compound being soluble in a non-polar solvent; wherein the metal-organic compound is a composite of a metal cation and an organic anion, wherein the organic anion of the metal-organic compound comprises an oleate, an amine, or a combination thereof, wherein the metal cation of the metal-organic compound comprises Zn, Ti, Sn, W, Ta, Mg, Ga, Cu, Ag, or a combination thereof; and wherein a surface of the electron transport layer facing the emission layer comprises a first portion in which the inorganic oxide particles are disposed and a second portion in which the metal-organic compound or the thermal decomposition product of the metal-organic compound is between neighboring inorganic oxide particles.
An autoinjector comprising: a case adapted to hold a medicament container having a needle; a needle shroud telescopically coupled to the case and movable between a first extended position relative to the case in which the needle is covered and a retracted position relative to the case in which the needle is exposed; a cap removably coupled to the case; and a first shroud lock mechanism arranged to prevent retraction of the needle shroud in a proximal direction relative to the case when the cap is in place, wherein the first shroud lock mechanism comprises one or more compliant beams (11.3) on the cap and a respective number of apertures (7.6) in the needle shroud adapted to receive each of the compliant beams (11.3), wherein, when the cap is attached to the autoinjector, the compliant beams (11.3) abut a radial stop (2.15) on the case which prevents the compliant beams (11.3) from disengaging the apertures (7.6), and wherein a shroud spring is arranged to bias the needle shroud in a distal direction against the case. a case adapted to hold a medicament container having a needle; a needle shroud telescopically coupled to the case and movable between a first extended position relative to the case in which the needle is covered and a retracted position relative to the case in which the needle is exposed; a cap removably coupled to the case; and a first shroud lock mechanism arranged to prevent retraction of the needle shroud in a proximal direction relative to the case when the cap is in place, wherein the first shroud lock mechanism comprises one or more compliant beams (11.3) on the cap and a respective number of apertures (7.6) in the needle shroud adapted to receive each of the compliant beams (11.3), wherein, when the cap is attached to the autoinjector, the compliant beams (11.3) abut a radial stop (2.15) on the case which prevents the compliant beams (11.3) from disengaging the apertures (7.6), and wherein a shroud spring is arranged to bias the needle shroud in a distal direction against the case. the first shroud lock mechanism comprises one or more compliant beams (11.3) on the cap and a respective number of apertures (7.6) in the needle shroud adapted to receive each of the compliant beams (11.3), wherein, when the cap is attached to the autoinjector, the compliant beams (11.3) abut a radial stop (2.15) on the case which prevents the compliant beams (11.3) from disengaging the apertures (7.6), and wherein a shroud spring is arranged to bias the needle shroud in a distal direction against the case.
Fall protection installation for a roof, comprising a tile-like body provided with feet for leaving a gap underneath said body, as well as a fastening for a harness, whereby said fastening for a harness is provided below the point of said fall protection installation that is highest in use, characterised in that the fall protection installation comprises a single block-shaped body with a minimum weight of 150 kg, and wherein said feet are made of a rubbery material, and wherein said feet are additionally provided with an adhesive layer that can be stuck to roof covering.
A surgical stapler for deploying staples in tissue, comprising: a pair of jaws for engaging tissue, the pair of jaws including a staple cartridge and an anvil, wherein each of the jaws define a plurality of recesses; an anvil buttress material positioned on the anvil; a cartridge buttress material positioned on the staple cartridge; wherein a plurality of retainers pass through the anvil buttress material, each of the retainers being disposed within one of the recesses on the anvil so as to releasably retain the anvil buttress material on the anvil, wherein a plurality of retainers pass through the cartridge buttress material, each of the retainers being disposed within one of the recesses on the staple cartridge so as to releasably retain the cartridge buttress material on the staple cartridge, characterised in that: the plurality of retainers passing through the anvil buttress material are staples each having a backspan and a pair of legs extending from the backspan, the cartridge buttress material includes a plurality of slots and the recesses on the staple cartridge are formed as slots, and the plurality of retainers passing through the slots in the cartridge buttress material are I-beam retainers having a center portion and upper and lower beams extending from the center portion. a pair of jaws for engaging tissue, the pair of jaws including a staple cartridge and an anvil, wherein each of the jaws define a plurality of recesses; an anvil buttress material positioned on the anvil; a cartridge buttress material positioned on the staple cartridge; wherein a plurality of retainers pass through the anvil buttress material, each of the retainers being disposed within one of the recesses on the anvil so as to releasably retain the anvil buttress material on the anvil, wherein a plurality of retainers pass through the cartridge buttress material, each of the retainers being disposed within one of the recesses on the staple cartridge so as to releasably retain the cartridge buttress material on the staple cartridge, characterised in that: the plurality of retainers passing through the anvil buttress material are staples each having a backspan and a pair of legs extending from the backspan, the cartridge buttress material includes a plurality of slots and the recesses on the staple cartridge are formed as slots, and the plurality of retainers passing through the slots in the cartridge buttress material are I-beam retainers having a center portion and upper and lower beams extending from the center portion. the plurality of retainers passing through the anvil buttress material are staples each having a backspan and a pair of legs extending from the backspan, the cartridge buttress material includes a plurality of slots and the recesses on the staple cartridge are formed as slots, and the plurality of retainers passing through the slots in the cartridge buttress material are I-beam retainers having a center portion and upper and lower beams extending from the center portion.