mhurhangee/ep-ind-claims huggingface dataset:
Press table or press beam for a press brake, comprising a beam element with an elongate support surface for attaching a bending tool or tool adapter, a support beam element having approximately the same length as the beam element, connecting points on the beam element mutually spaced apart in the direction of its length, which with reference to its length are arranged symmetrically with respect to the mid-plane of the press table, and at which the beam element is connected by means of connecting elements with the support beam element, at least one actuator which acts between mutually facing pressure surfaces (28, 29) on the beam element and on the support beam element and which can exert an adjusting force that runs approximately in the pressing direction of the press brake and as a result the support surface of the beam element is actively adjustable between a planar profile and a convex profile, characterised in that the actuator comprises a hose arrangement which is arranged between the mutually facing pressure surfaces (28, 29), rests against the latter and is fillable with hydraulic fluid, and which extends substantially in the longitudinal direction of the beam element.
Eicosapentaenoic acid for use in increasing the mobility of a dog with arthritis, wherein the increased mobility further is associated with a decrease in cartilage damage, wherein the EPA increases proteoglycan synthesis and incorporation into cartilage, wherein the EPA is to be administered orally in a food composition, and wherein the EPA is to be administered to the dog in an amount of from 20 to 150 mg/kg body weight per day.
A dust collector for a cleaner, comprising: a dust-collection container defining an inner chamber therein and having a dust-laden air inlet and air outlet; a cyclone barrel disposed in the inner chamber and having an air inlet formed in a side wall of the cyclone barrel; a dust-laden air tube defining a first end connected to the dust-laden air inlet and a second end connected to the cyclone barrel air inlet; and a dust baffle disposed between an outer wall of the cyclone barrel and an inner wall of the dust-collection container to cover up a dust depositing area formed between the outer wall of the cyclone barrel and an outer wall of dust-laden air tube. a dust-collection container defining an inner chamber therein and having a dust-laden air inlet and air outlet; a cyclone barrel disposed in the inner chamber and having an air inlet formed in a side wall of the cyclone barrel; a dust-laden air tube defining a first end connected to the dust-laden air inlet and a second end connected to the cyclone barrel air inlet; and a dust baffle disposed between an outer wall of the cyclone barrel and an inner wall of the dust-collection container to cover up a dust depositing area formed between the outer wall of the cyclone barrel and an outer wall of dust-laden air tube.
A genetically modified Escherichia coli cell, comprising increased levels of phosphoenol pyruvate carboxykinase ( pck) gene transcripts as compared to wild type E. coli strain and further comprising one or more genetic modifications that disrupt the functioning of PEP-dependent phosphotransferase system, the one or more genetic modifications being in one or more genes selected from the group consisting of ptsG, ptsH, and ptsI, said transcripts encoding active phosphoenol pyruvate carboxykinase and wherein said cell exhibits increased PCK activity as compared to wild type E. coli strain.
A method of detecting a shaft break in a turbine engine, the shaft connecting a torque-exerting turbine (16, 17, 18) of the engine to a torque-receiving unit (12, 13, 14) of the engine, the method including: receiving repeated measurements of the rotational frequency of the torque-receiving unit and the rotational frequency measurements of the turbine; determining from the measurements an amount of shaft twist between the turbine and the torque-receiving unit; comparing the amount of twist with a threshold twist value; and signalling a shaft break when the amount of twist exceeds the threshold twist value and a pre-condition is met; wherein the pre-condition includes determining from the measurements that the turbine rotational speed is greater than the simultaneous torque-receiving unit rotational speed by a threshold speed value. receiving repeated measurements of the rotational frequency of the torque-receiving unit and the rotational frequency measurements of the turbine; determining from the measurements an amount of shaft twist between the turbine and the torque-receiving unit; comparing the amount of twist with a threshold twist value; and signalling a shaft break when the amount of twist exceeds the threshold twist value and a pre-condition is met; wherein the pre-condition includes determining from the measurements that the turbine rotational speed is greater than the simultaneous torque-receiving unit rotational speed by a threshold speed value.
Foil packaging for food masses, comprising a container foil which is formed, from a planar blank, into an open container having a bottom surface and side walls projecting up from the bottom surface, and which contains an aluminium foil, and comprising a lid which is sealed with respect to the container foil, closes the container and is made from a planar blank of a lid foil containing an aluminium foil and/or a plastics film, the side walls of the container being folded over, in the region of their free ends, onto the lid arranged inside the container, thus forming a circumferential seal edge which is oriented towards the inside of the container, and being sealed with respect to the lid, the lid foil being coated with a low-temperature sealing medium on the side that is oriented towards the seal edge of the container foil, characterised in that the aluminium foil of the container foil is extrusion-coated with a polymer layer on the seal side that is oriented towards the packaged product, the seal edges being sealed between the polymer layer of the container foil and the low-temperature heat-sealing layer of the lid foil, and the polymer layer being a single or multi layered polymer layer, the polymer layer containing at least two active ingredients from the group of polyolefins, ionomers, terpolymers, polyamides, polyesters or polylactides.
Filter element (10; 110; 210; 310; 410; 510) of a filter for fluid, in particular fuel, oil, water, urea or air, in particular of a combustion engine, in particular a motor vehicle, with a filter medium (14; 114) which is designed as a filter medium hollow body (12; 112) and closed circumferentially at least with respect to an element axis, with an electric heating jacket (28; 428) which surrounds the element axis at least in a partially circumferential manner and at least in a partially axial manner and which has a plurality of parallel-connected electric heating conductors (32; 432), and with an electric connection means (42, 48, 50, 52, 54, 56; 442) which is electrically connected to the heating conductors (32; 432) and which can be connected to electric lines for the supply of the electric heating jacket (28; 428), wherein the electric heating conductors (32; 432) have electrically conductive heating filaments (32; 432), heating wires and/or electrically conductive heating tracks with an electric resistance, characterized in that the connection means (42, 48, 50, 52, 54, 56; 442) has at least one elongate electric contact element, to which at least several of the heating conductors (32; 432) are at least electrically connected via at least one connection point (47; 447) each, wherein at least a part of the electric connection points (47; 447) is arranged at different positions along the elongate contact element (42; 442), and in that the at least one elongate contact element is designed as a contact strip in the form of a clamping strip (42; 442).
A thermoplastic resin composition, which comprises: a polycarbonate resin; a polyester resin which consists of diol structural units and dicarboxylic acid structural units, wherein the ratio of diol structural units having a cyclic acetal skeleton to all the diol structural units is 20 to 60 mol%; and a polyester resin other than the polyester resin, wherein the ratio of the polycarbonate resin to the total of the polycarbonate resin, the polyester resin and the polyester resin is 15 to 98 wt%, the ratio of the polyester resin is 1 to 80 wt%, and the ratio of the polyester resin is 1 to 60 wt%.
Process for the manufacture of a calcium phosphate cement intended to be injected, which is obtained by mixing at least two starting constituents, characterized in that each starting constituent: - is in the paste form, - comprises at least one reactive entity in suspension, - said constituents not precipitating and not forming a cement as long as they are not mixed, and in that a stage of degassing is carried out on said constituents before they are mixed. - is in the paste form, - comprises at least one reactive entity in suspension, - said constituents not precipitating and not forming a cement as long as they are not mixed, and in that a stage of degassing is carried out on said constituents before they are mixed.
A method of making a horticultural growth medium, comprising: A. forming a mixture containing a) 10 to 99 weight percent, based on the combined weights of components a) and b), of at least one particulate filler, b) 90 to 1 weight percent, based on the combined weights of components a) and b), of an isocyanate-functional quasi-prepolymer, which isocyanate-functional quasi-prepolymer is a reaction product of at least one hydroxyl-terminated polymer of ethylene oxide with an excess of an organic polyisocyanate that includes at least 80 weight-% diphenylmethane diisocyanate of which diphenylmethane diisocyanate at least 60 weight-% is 4,4'-diphenylmethane diisocyanate, wherein the isocyanate-functional quasi-prepolymer has prior to moisture curing an isocyanate content of 5 to 15% by weight and contains 35 to 50 weight percent of oxyethylene units based on the weight of the isocyanate-functional quasi-prepolymer, and c) 10 to 90 weight percent water, based on the combined weights of components a), b) and c) and B. solidifying the mixture obtained in step A by moisture-curing the isocyanate-functional quasi-prepolymer to form a porous polyurethane-urea polymer in which the particulate filler is embedded. A. forming a mixture containing a) 10 to 99 weight percent, based on the combined weights of components a) and b), of at least one particulate filler, b) 90 to 1 weight percent, based on the combined weights of components a) and b), of an isocyanate-functional quasi-prepolymer, which isocyanate-functional quasi-prepolymer is a reaction product of at least one hydroxyl-terminated polymer of ethylene oxide with an excess of an organic polyisocyanate that includes at least 80 weight-% diphenylmethane diisocyanate of which diphenylmethane diisocyanate at least 60 weight-% is 4,4'-diphenylmethane diisocyanate, wherein the isocyanate-functional quasi-prepolymer has prior to moisture curing an isocyanate content of 5 to 15% by weight and contains 35 to 50 weight percent of oxyethylene units based on the weight of the isocyanate-functional quasi-prepolymer, and c) 10 to 90 weight percent water, based on the combined weights of components a), b) and c) and B. solidifying the mixture obtained in step A by moisture-curing the isocyanate-functional quasi-prepolymer to form a porous polyurethane-urea polymer in which the particulate filler is embedded.
A method perfromed by a wireless communication device, for supporting mobility management of the wireless communication device in a wireless communication network comprising a plurality of radio network nodes (20,30,40), wherein one of the plurality of radio network nodes is a serving radio network node of the wireless communication device, the method comprising: - receiving, from the serving radio network node, a message comprising information associated with discovery signal transmission; - determining, based on said received information, whether to transmit a discovery signal, which is an unscheduled discovery announcement message, configured for use by one or more of a target radio network node from the plurality the radio network nodes (30, 40) and upon the determining being positive, - transmitting, to the target radio network node, the discovery signal, wherein the discovery signal comprises an identifier of the wireless communication device and an indication that the discovery signal is for use in mobility management. - receiving, from the serving radio network node, a message comprising information associated with discovery signal transmission; - determining, based on said received information, whether to transmit a discovery signal, which is an unscheduled discovery announcement message, configured for use by one or more of a target radio network node from the plurality the radio network nodes (30, 40) and upon the determining being positive, - transmitting, to the target radio network node, the discovery signal, wherein the discovery signal comprises an identifier of the wireless communication device and an indication that the discovery signal is for use in mobility management.
A spray device comprising: a tubular body including an internal surface and first and second open ends (28,29), first and second spaced stoppers (32,34) in said tubular body sealingly engaging said internal surface of said tubular body and moveable within said body, a fluid between said first and second stoppers (32,34) and a substance between said second stopper and said second open end of said tubular body, said tubular body having a bypass between said second stopper and said second open end, and a spray nozzle and cap assembly on said second open end having a spray nozzle port, whereby movement of said first stopper toward said second open end of said tubular body moves said second stopper to adjacent said bypass causing said fluid to flow between said second stopper and said second open end mixing said fluid with said substance, continued movement of said first stopper drives said first stopper against said second stopper, and continued movement of said first stopper drives the mixture of fluid and substance through said spray nozzle port, creating a spray suitable for inhalation by a patient, characterized in that said spray nozzle and cap assembly comprises a valve including a cylindrical portion coaxially aligned with the spray nozzle port and an annular skirt portion, permitting the fluid under pressure in said tubular body to flow from said tubular body, and preventing unpressurized fluid in said tubular body from flowing from said tubular body. a tubular body including an internal surface and first and second open ends (28,29), first and second spaced stoppers (32,34) in said tubular body sealingly engaging said internal surface of said tubular body and moveable within said body, a fluid between said first and second stoppers (32,34) and a substance between said second stopper and said second open end of said tubular body, said tubular body having a bypass between said second stopper and said second open end, and a spray nozzle and cap assembly on said second open end having a spray nozzle port, whereby movement of said first stopper toward said second open end of said tubular body moves said second stopper to adjacent said bypass causing said fluid to flow between said second stopper and said second open end mixing said fluid with said substance, continued movement of said first stopper drives said first stopper against said second stopper, and continued movement of said first stopper drives the mixture of fluid and substance through said spray nozzle port, creating a spray suitable for inhalation by a patient, characterized in that said spray nozzle and cap assembly comprises a valve including a cylindrical portion coaxially aligned with the spray nozzle port and an annular skirt portion, permitting the fluid under pressure in said tubular body to flow from said tubular body, and preventing unpressurized fluid in said tubular body from flowing from said tubular body.
A stretch film comprising a first layer and a second layer, wherein said first layer comprises: a metallocene linear low density polyethylene (m-LLDPE) with incorporated long chain branching resin, and a lower density m-LLDPE resin, wherein the lower density m-LLDPE resin has a density ranging from about 0.900 g/cc to about 0.940 g/cc; wherein said second layer comprises a lower melt index m-LLDPE resin that has a melt index of no more than about 1.8 (g/10 min. @190°C); and wherein the stretch film has a total film thickness. a metallocene linear low density polyethylene (m-LLDPE) with incorporated long chain branching resin, and a lower density m-LLDPE resin, wherein the lower density m-LLDPE resin has a density ranging from about 0.900 g/cc to about 0.940 g/cc;
A communications cable, comprising: a cable jacket; first, second, third and fourth twisted pairs (1, 2, 3, 4) of insulated conductors positioned within the jacket, the first, second, third and fourth twisted pairs (1, 2, 3, 4) having, respectively, first, second, third and fourth twist lengths, wherein a first difference between the first and third twist lengths and a second difference between the second and fourth twist lengths are less than the difference between the twist lengths of any other combination of twisted pairs, and wherein a third difference between the third twist length and the fourth twist length is less than the difference between the twist lengths of any other combination of twisted pairs except for the first and second differences; and a separator positioned between the third and fourth pairs; characterized in that there is no separator present between the first and second pairs (1, 2), the second and third pairs (2, 3), and the first and fourth pairs (3, 4). a cable jacket; first, second, third and fourth twisted pairs (1, 2, 3, 4) of insulated conductors positioned within the jacket, the first, second, third and fourth twisted pairs (1, 2, 3, 4) having, respectively, first, second, third and fourth twist lengths, wherein a first difference between the first and third twist lengths and a second difference between the second and fourth twist lengths are less than the difference between the twist lengths of any other combination of twisted pairs, and wherein a third difference between the third twist length and the fourth twist length is less than the difference between the twist lengths of any other combination of twisted pairs except for the first and second differences; and a separator positioned between the third and fourth pairs; characterized in that there is no separator present between the first and second pairs (1, 2), the second and third pairs (2, 3), and the first and fourth pairs (3, 4).
A process for the preparation of water-absorbent polymer particles, comprising the process steps of (i) preparing an aqueous monomer solution comprising at least partially neutralized, monoethylenically unsaturated monomers bearing carboxylic acid groups (α1) and at least one crosslinker (α3); (ii) optionally adding fine particles of a water-absorbent polymer to the aqueous monomer solution; (iii) adding a polymerization initiator or a at least one component of a polymerization initiator system that comprises two or more components to the aqueous monomer solution; (iv) decreasing the oxygen content of the aqueous monomer solution; (v) charging the aqueous monomer solution into a polymerization reactor; (vi) polymerizing the monomers in the aqueous monomer solution in the polymerization reactor; (vii) discharging the polymer gel strand out of the polymerization reactor and optionally comminuting the polymer gel thereby obtaining polymer gel particles; (viii) drying the polymer gel particles; (ix) grinding the dried polymer gel particles thereby obtaining particulate water-absorbent polymer particles; (x) sizing the grinded water-absorbent polymer particles; and (xi) treating the surface of the grinded and sized water-absorbent polymer particles; wherein in process step (viii) the gel particles obtained in process step (vii) are charged onto the surface of the belt material of a belt dryer at a position L 0 and are subsequently dried on their way through the belt dryer and wherein the belt material has been cooled before coming into contact with the gel particles. (i) preparing an aqueous monomer solution comprising at least partially neutralized, monoethylenically unsaturated monomers bearing carboxylic acid groups (α1) and at least one crosslinker (α3); (ii) optionally adding fine particles of a water-absorbent polymer to the aqueous monomer solution; (iii) adding a polymerization initiator or a at least one component of a polymerization initiator system that comprises two or more components to the aqueous monomer solution; (iv) decreasing the oxygen content of the aqueous monomer solution; (v) charging the aqueous monomer solution into a polymerization reactor; (vi) polymerizing the monomers in the aqueous monomer solution in the polymerization reactor; (vii) discharging the polymer gel strand out of the polymerization reactor and optionally comminuting the polymer gel thereby obtaining polymer gel particles; (viii) drying the polymer gel particles; (ix) grinding the dried polymer gel particles thereby obtaining particulate water-absorbent polymer particles; (x) sizing the grinded water-absorbent polymer particles; and (xi) treating the surface of the grinded and sized water-absorbent polymer particles;
A method for manufacturing at least one cutting edge structure from a polymeric material, the cutting edge structure being a razor blade or a portion of a blade box, the method comprising the steps of: providing a computer model of a cutting edge structure; providing a liquid precursor material disposed within a container; immersing at least one substrate into said liquid precursor material; curing portions of said liquid precursor material in a focal point of an electromagnetic radiation while said at least one substrate is disposed in said precursor material, and wherein the substrate comprises a blade body or blade support for said at least one cutting edge structure; wherein a wavelength of said radiation is about double a wavelength required to cure said liquid precursor material; moving the focal point of said radiation within said precursor material to form at least one cutting edge structure on said substrate based on said model; and removing said substrate with said at least one cutting edge structure from said liquid precursor material in said container, wherein a series of closely spaced cutting edge elements adjacent to each other are produced, and the cutting edge elements are joined to form an extended cutting edge structure with an extended cutting edge. providing a computer model of a cutting edge structure; providing a liquid precursor material disposed within a container; immersing at least one substrate into said liquid precursor material; curing portions of said liquid precursor material in a focal point of an electromagnetic radiation while said at least one substrate is disposed in said precursor material, and wherein the substrate comprises a blade body or blade support for said at least one cutting edge structure; wherein a wavelength of said radiation is about double a wavelength required to cure said liquid precursor material; moving the focal point of said radiation within said precursor material to form at least one cutting edge structure on said substrate based on said model; and removing said substrate with said at least one cutting edge structure from said liquid precursor material in said container, wherein a series of closely spaced cutting edge elements adjacent to each other are produced, and the cutting edge elements are joined to form an extended cutting edge structure with an extended cutting edge.