mhurhangee/ep-ind-claims huggingface dataset:
A metal halide lamp, comprising: an airtight tube having a discharge section in which a discharge space is formed; a discharge medium enclosed in the discharge space, the discharge medium containing metal halide which exhibits a molar ratio of sodium halide to scandium halide of 1.5 or below and has halogen atoms bonded to metal mostly consisting of iodine and bromine atoms, the discharge medium further containing 0.810 MPa (8 atm) or higher of xenon but substantially not containing mercury; and a pair of electrodes (3a2, 3b2) with their tip ends arranged to oppose to each other in the discharge space, characterized in that a ratio of the bromine atoms is determined to be 10% to 50% in total halogen atoms of the metal halide, and a total enclosed amount per unit volume of the metal halide is 0.02 mg/μl or below in the discharge space. an airtight tube having a discharge section in which a discharge space is formed; a discharge medium enclosed in the discharge space, the discharge medium containing metal halide which exhibits a molar ratio of sodium halide to scandium halide of 1.5 or below and has halogen atoms bonded to metal mostly consisting of iodine and bromine atoms, the discharge medium further containing 0.810 MPa (8 atm) or higher of xenon but substantially not containing mercury; and a pair of electrodes (3a2, 3b2) with their tip ends arranged to oppose to each other in the discharge space,
A heart pump system comprising: a pump comprising a pump housing, a rotor, and an opening positioned proximal of the pump housing; a cannula comprising a proximal end that interfaces with the distal end of the pump housing and a distal end with at least one distal opening, the pump being configured to be operated by a motor; an elongate catheter extending proximal of the pump housing; at least one sensor; and a controller configured to: acquire, from the heart pump system, first data related to time-varying parameters of the heart pump system; and extract a plurality of features from the first data, characterized in that the controller is further configured to: determine, using a prediction model and based on the plurality of features, a probability of survival of the patient; and operate the heart pump system to treat the patient. a pump comprising a pump housing, a rotor, and an opening positioned proximal of the pump housing; a cannula comprising a proximal end that interfaces with the distal end of the pump housing and a distal end with at least one distal opening, the pump being configured to be operated by a motor; an elongate catheter extending proximal of the pump housing; at least one sensor; and a controller configured to: acquire, from the heart pump system, first data related to time-varying parameters of the heart pump system; and extract a plurality of features from the first data, acquire, from the heart pump system, first data related to time-varying parameters of the heart pump system; and extract a plurality of features from the first data, characterized in that the controller is further configured to: determine, using a prediction model and based on the plurality of features, a probability of survival of the patient; and operate the heart pump system to treat the patient.
A method of preparing N-protecting group piperidine-5-one-2S-carboxylate, comprising steps of: reacting L-glutamic acid with alcohol via esterification reaction in the presence of an acidic reagent to prepare compound III, namely diester of L-glutamic acid hydrochloride; upon completion of step, distilling the reaction system to recover excess acidic reagent and alcohol, then adding the same alcohol as in step to the remnant, and then successively adding a base, 2-haloacetate, and N-protecting agent, or successively adding the base, N-protecting agent, and 2-haloacetate; after twice substitution reactions, obtaining compound IV; subjecting compound IV to intramolecular condensation into a ring under the action of a solvent and a strong base, to obtain compound V, namely, N-protecting group piperidine-5 -one-2S-carboxylate; reacting L-glutamic acid with alcohol via esterification reaction in the presence of an acidic reagent to prepare compound III, namely diester of L-glutamic acid hydrochloride; upon completion of step, distilling the reaction system to recover excess acidic reagent and alcohol, then adding the same alcohol as in step to the remnant, and then successively adding a base, 2-haloacetate, and N-protecting agent, or successively adding the base, N-protecting agent, and 2-haloacetate; after twice substitution reactions, obtaining compound IV; subjecting compound IV to intramolecular condensation into a ring under the action of a solvent and a strong base, to obtain compound V, namely, N-protecting group piperidine-5 -one-2S-carboxylate;
An aqueous pharmaceutical formulation comprising TNFR:Fc, an aggregation inhibitor, a buffer, a non-ionic surfactant, a stabilizer, a tonicity modifier, and optionally a preservative, wherein the aggregation inhibitor is aspartic acid, optionally in combination with lysine and wherein the pharmaceutical formulation further comprises EDTA as chelating agent and fragmentation inhibitor.
An induction heating cooking device, comprising: a cooking counter comprising a cooking panel of which at least a part is formed of a transparent material and a light-shielding layer provided at a lower surface of the cooking panel and having an auxiliary slit for passing at least one light; an induction coil to generate a magnetic field to inductively heat a cooking container to be put on the cooking counter; characterized in comprising: at least one light source to emit the at least one light and disposed outside the induction coil; an optical member to change a travelling direction of the at least one light emitted from the at least one light source and to concentrate the at least one light; and a light source cover having a main slit to pass the concentrated at least one light output from the optical member to form at least one flame image on the surface of the cooking container, the auxiliary slit is positioned to pass the concentrated at least one light passed through the main slit of the light source cover, whereby the at least one light passes through the main slit, and passes through the auxiliary slit inclined to the cooking counter. a cooking counter comprising a cooking panel of which at least a part is formed of a transparent material and a light-shielding layer provided at a lower surface of the cooking panel and having an auxiliary slit for passing at least one light; an induction coil to generate a magnetic field to inductively heat a cooking container to be put on the cooking counter; characterized in comprising: at least one light source to emit the at least one light and disposed outside the induction coil; an optical member to change a travelling direction of the at least one light emitted from the at least one light source and to concentrate the at least one light; and a light source cover having a main slit to pass the concentrated at least one light output from the optical member to form at least one flame image on the surface of the cooking container, the auxiliary slit is positioned to pass the concentrated at least one light passed through the main slit of the light source cover, whereby the at least one light passes through the main slit, and passes through the auxiliary slit inclined to the cooking counter.
A method of producing glass fibers, which comprises the method of preparing a glass comprising less than 2% boron oxide by weight and containing alumina or zirconia in an amount such that the sum of the mass of alumina and the mass of zirconia is at least 8% by weight, the melting of the batch materials being carried out in an end-fired furnace (4,4') equipped with regenerators, 100% of the fossil energy being introduced by the U-flame, the fuel and oxidant for which are introduced at the upstream face of said furnace, the oxidant being air or oxygen-enriched air, said oxidant containing at most 30% oxygen by volume, followed by the conversion of said glass into fiber.
A pivoting anchor having a leading end that may be driven into the ground, an intermediate main body portion and a trailing end said anchor having a blind bore extending into the main body portion from the trailing edge and said trailing end being adapted to receive a driving instrument for applying a longitudinal driving force to the anchor, the anchor having a raised rib or section on the main body portion having an attachment point for attaching a withdrawal member, said anchor comprising a plurality of rib members(15,19,) extending from the main body portion to the leading edge, the leading edge comprising a rounded non-sharp surface defined by the plurality of rib members having converging rounded outer edge surfaces extending forward of the main body portion of the anchor, the outer edge surfaces being generally blunted.
A flexible pipe body (100, 500, 900), wherein the flexible pipe body (100, 500, 900) comprises: a fluid retaining layer (502, 902), an outer sheath (506, 906) and a tensile armour layer (504, 904), the tensile armour layer comprising tensile armour wires and a sheath apparatus for housing tubes and/or cables, the sheath apparatus incorporated into the flexible pipe body and located in a space between adjacent tensile armour wires of the flexible pipe body, the sheath apparatus comprising: an elongate body portion, comprising an outer surface and a channel for receiving a tube or cable within the body portion, and further comprising at least one opening connecting the channel and the outer surface, wherein the at least one opening comprises a continuous opening extending along the elongate body portion of the sheath apparatus and the elongate body portion of the sheath apparatus further comprises a plurality of discrete openings (705, 707) at predetermined positions along the elongate body portion of the sheath apparatus connecting the channel and the outer surface, wherein the channel defines an inner surface of the elongate body portion for contacting the tube or cable, wherein the sheath apparatus is arranged to electrically isolate the tube or cable from an adjacent structure contacting the elongate body portion, and wherein the elongate body portion of the sheath apparatus is of a thermally insulative material. an elongate body portion, comprising an outer surface and a channel for receiving a tube or cable within the body portion, and further comprising at least one opening connecting the channel and the outer surface, wherein the at least one opening comprises a continuous opening extending along the elongate body portion of the sheath apparatus and the elongate body portion of the sheath apparatus further comprises a plurality of discrete openings (705, 707) at predetermined positions along the elongate body portion of the sheath apparatus connecting the channel and the outer surface, wherein the channel defines an inner surface of the elongate body portion for contacting the tube or cable, wherein the sheath apparatus is arranged to electrically isolate the tube or cable from an adjacent structure contacting the elongate body portion, and wherein the elongate body portion of the sheath apparatus is of a thermally insulative material.
A reactive sol-gel ink for printing a metallic substrate, preferably for a coil coating process, comprising 10 to 30 wt% of a sol-gel resin composition and at least one pigment, preferably at least one yellow pigment, at least one purple pigment, at least one cyan pigment or at least one black pigment, wherein the sol-gel resin composition comprises a) 35 to 65 wt% of a hydrolysate obtainable by reacting a mixture comprising at least one epoxy functionalized alkoxy-silane, at least one further trialkoxysilane and at least one aluminum alkoxide with water comprising at least one acidic catalyst, wherein water is added to said mixture in a molar ratio to each hydrolysable group of the at least one epoxy functionalized alkoxy-silane, the at least one further trialkoxysilane and the at least one aluminum alkoxide ranging from 0.95:1 to 1:0.95, b) 35 to 55 wt% of at least one alcohol,wherein the at least one alcohol is a hydrolysis product of the at least one epoxy functionalized alkoxy-silane, the at least one further trialkoxysilane and the at least one aluminum alkoxide and c) 0.1 to 10 wt% water. a) 35 to 65 wt% of a hydrolysate obtainable by reacting a mixture comprising at least one epoxy functionalized alkoxy-silane, at least one further trialkoxysilane and at least one aluminum alkoxide with water comprising at least one acidic catalyst, wherein water is added to said mixture in a molar ratio to each hydrolysable group of the at least one epoxy functionalized alkoxy-silane, the at least one further trialkoxysilane and the at least one aluminum alkoxide ranging from 0.95:1 to 1:0.95, b) 35 to 55 wt% of at least one alcohol,wherein the at least one alcohol is a hydrolysis product of the at least one epoxy functionalized alkoxy-silane, the at least one further trialkoxysilane and the at least one aluminum alkoxide and c) 0.1 to 10 wt% water.
An information processing apparatus configured to provide an additive manufacturing apparatus with data for creating a modeling object, the additive manufacturing apparatus including a layering part configured to layer a material and move in accordance with trajectory information to create the modeling object, the information processing apparatus comprising: a cross-sectional shape creating part configured to create a cross-sectional shape of the modeling object using data on a shape of the modeling object; a trajectory information creating part configured to create the trajectory information based on the cross-sectional shape created by the cross-sectional shape creating part, the trajectory information being information on trajectories, in which an ejection nozzle moves; and a width information creating part configured to create width information to vary a width of the material to be layered based on the trajectory information, wherein the width information creating part is configured to create the width information to vary the width of the material, using the data on the shape of the modeling object and the trajectory information; and the trajectory information creating part is configured to create the trajectory information for layering the material in accordance with the cross-sectional shape approximated to a straight line; characterized in that the width information creating part is configured to create the width information according to a distance between the straight line and an outer edge of the cross-sectional shape. a cross-sectional shape creating part configured to create a cross-sectional shape of the modeling object using data on a shape of the modeling object; a trajectory information creating part configured to create the trajectory information based on the cross-sectional shape created by the cross-sectional shape creating part, the trajectory information being information on trajectories, in which an ejection nozzle moves; and a width information creating part configured to create width information to vary a width of the material to be layered based on the trajectory information, wherein the width information creating part is configured to create the width information to vary the width of the material, using the data on the shape of the modeling object and the trajectory information; and the trajectory information creating part is configured to create the trajectory information for layering the material in accordance with the cross-sectional shape approximated to a straight line; characterized in that the width information creating part is configured to create the width information according to a distance between the straight line and an outer edge of the cross-sectional shape.
A wear resistant steel consisting of: 2.6 wt% to 4.5 wt% of manganese (Mn); carbon satisfying (6-Mn)/50≤C≤(10-Mn)/50; 0.05 wt% to 1.0 wt% of silicon (Si); and iron (Fe) as well as other unavoidable impurities as a remainder, optionally comprising at least one component selected from the group consisting of 0.1 wt% or less (excluding 0 wt%) of niobium (Nb), 0.1 wt% or less (excluding 0 wt%) of vanadium, 0.1 wt% or less (excluding 0 wt%) of titanium (Ti), and 0.02 wt% or less (excluding 0 wt%) of boron, wherein a microstructure of the wear resistant steel comprises martensite in an amount of 90% or more and optionally bainite, wherein a Brinell hardness of a surface portion is in a range of 360 to 440. 2.6 wt% to 4.5 wt% of manganese (Mn); carbon satisfying (6-Mn)/50≤C≤(10-Mn)/50; 0.05 wt% to 1.0 wt% of silicon (Si); and iron (Fe) as well as other unavoidable impurities as a remainder, optionally comprising at least one component selected from the group consisting of 0.1 wt% or less (excluding 0 wt%) of niobium (Nb), 0.1 wt% or less (excluding 0 wt%) of vanadium, 0.1 wt% or less (excluding 0 wt%) of titanium (Ti), and 0.02 wt% or less (excluding 0 wt%) of boron, wherein a microstructure of the wear resistant steel comprises martensite in an amount of 90% or more and optionally bainite, wherein a Brinell hardness of a surface portion is in a range of 360 to 440.
A tool comprising: a cutting insert and a toolholder, the toolholder comprising: a clamp for clamping the cutting insert in an insert-receiving pocket of a toolholder body, the clamp comprising a clamp body having a clamp bottom surface being substantially flat, a post extending downwardly from the clamp bottom surface, the toolholder body comprising a post hole for receiving the post, and a toolholder hole separate from the post hole, wherein the pocket has a bottom surface at least partially defined by a rear wall and a forward edge, a fastener that extends through a clamp hole in the clamp body and into the toolholder hole, and a clamp fluid flow passage extending through the post and the clamp body to a point above the clamp bottom surface, characterized in that a protrusion comprising a clamp clamping surface extends downwardly from the clamp bottom surface, the clamp clamping surface forming an angle (α) of less than or equal to 70 degrees and greater than or equal to 20 degrees, preferably less than or equal to 45 degrees and greater than or equal to 25 degrees, and more preferably less than or equal to 33 degrees and greater than or equal to 30 degrees, with a longitudinal axis of the post and wherein the clamp bottom surface contacts a top side of the cutting insert. a cutting insert and a toolholder, the toolholder comprising: a clamp for clamping the cutting insert in an insert-receiving pocket of a toolholder body, the clamp comprising a clamp body having a clamp bottom surface being substantially flat, a post extending downwardly from the clamp bottom surface, the toolholder body comprising a post hole for receiving the post, and a toolholder hole separate from the post hole, wherein the pocket has a bottom surface at least partially defined by a rear wall and a forward edge, a fastener that extends through a clamp hole in the clamp body and into the toolholder hole, and a clamp fluid flow passage extending through the post and the clamp body to a point above the clamp bottom surface, a clamp for clamping the cutting insert in an insert-receiving pocket of a toolholder body, the clamp comprising a clamp body having a clamp bottom surface being substantially flat, a post extending downwardly from the clamp bottom surface, the toolholder body comprising a post hole for receiving the post, and a toolholder hole separate from the post hole, wherein the pocket has a bottom surface at least partially defined by a rear wall and a forward edge, a fastener that extends through a clamp hole in the clamp body and into the toolholder hole, and a clamp fluid flow passage extending through the post and the clamp body to a point above the clamp bottom surface,
An apparatus for use in negative pressure wound therapy, comprising: a pump assembly, comprising: a source of negative pressure; a port configured to be in communication with a dressing configured to be placed over a wound; and one or more indicators configured to illuminate in a pattern to communicate at least one of a status of the pump assembly and/or of the dressing, thereby enabling an electronic device comprising at least one camera to capture the illumination pattern of the one or more indicators and to determine the status corresponding to the pattern of illumination of the one or more indicators, wherein the one or more indicators comprise four indicators; characterised in that the pump assembly is configured to transmit four bits of data at a time to the electronic device using the four indicators. a pump assembly, comprising: a source of negative pressure; a port configured to be in communication with a dressing configured to be placed over a wound; and one or more indicators configured to illuminate in a pattern to communicate at least one of a status of the pump assembly and/or of the dressing, thereby enabling an electronic device comprising at least one camera to capture the illumination pattern of the one or more indicators and to determine the status corresponding to the pattern of illumination of the one or more indicators, wherein the one or more indicators comprise four indicators; characterised in that the pump assembly is configured to transmit four bits of data at a time to the electronic device using the four indicators. a source of negative pressure; a port configured to be in communication with a dressing configured to be placed over a wound; and one or more indicators configured to illuminate in a pattern to communicate at least one of a status of the pump assembly and/or of the dressing, thereby enabling an electronic device comprising at least one camera to capture the illumination pattern of the one or more indicators and to determine the status corresponding to the pattern of illumination of the one or more indicators, wherein the one or more indicators comprise four indicators; characterised in that the pump assembly is configured to transmit four bits of data at a time to the electronic device using the four indicators.
Method for updating an inventory of objects located in a hoisting area wherein a load is handled by a hoisting appliance equipped with a scanning device and spanning a hoisting area, the inventory comprising physical data and log data associated with objects and being provided by a supervisory system supervising the hoisting area, the method characterised in comprising in a control device generating a trajectory of the hoisting appliance for navigating through the hoisting area taking in account a time interval and the log data, wherein the trajectory comprises a starting point, a target point and a number of consecutive line segments connecting the starting point and the target point, optimizing the trajectory for allowing a scan of objects associated with old log data during the time interval, executing the optimized trajectory and scanning objects during the optimized trajectory, yielding to scan data related to the scanned objects, sending the scan data to the supervisory system for updating the inventory with the scan data. generating a trajectory of the hoisting appliance for navigating through the hoisting area taking in account a time interval and the log data, wherein the trajectory comprises a starting point, a target point and a number of consecutive line segments connecting the starting point and the target point, optimizing the trajectory for allowing a scan of objects associated with old log data during the time interval, executing the optimized trajectory and scanning objects during the optimized trajectory, yielding to scan data related to the scanned objects, sending the scan data to the supervisory system for updating the inventory with the scan data.