mhurhangee/ep-ind-claims huggingface dataset:
A LED street lamp base, comprising a power source box at a front section, a lamp holder at a middle section and an end cap at an end section, wherein the lamp holder mentioned above includes a rotatable frame which is connected with a frame positioning unit to limit the rotation of the frame and in which several LED lighting modules are set side by side, characterized by the fact that the LED lighting modules mentioned above can be turned to connect with the frame on which a module positioning unit is mounted to limit the rotation of a LED lighting module, and the right end of each LED lighting module is set with a bulb from which a lead is drawn out; the left end of each LED lighting module is fixed with a circular ring of which the top and bottom ends on the outer circumference are respectively set with a elastic convex tooth to connect a module positioning unit.
Quick-change nut comprising a first threaded portion extending along a thread axis of the quick-change nut and comprising a second threaded portion, the first and the second threaded portions (18, 22) being able to be brought into engagement with an external thread extending along the thread axis in a fastening state of the quick-change nut and being able to be brought out of engagement with the external thread in a displacement state of the quick-change nut so that the quick-change nut can be displaced over the external thread, the first threaded portion being formed on a nut body of the quick-change nut that is closed in a circumferential manner in the circumferential direction, the second threaded portion being formed on a nut insert of the quick-change nut, which insert is guided into a slot of the nut body in a displaceable manner, and the nut insert being guided along a rectilinearly extending direction of displacement in the slot, characterized in that the direction of displacement is aligned such that it is inclined with respect to a plane running perpendicularly to the thread axis. comprising a first threaded portion extending along a thread axis of the quick-change nut and comprising a second threaded portion, the first and the second threaded portions (18, 22) being able to be brought into engagement with an external thread extending along the thread axis in a fastening state of the quick-change nut and being able to be brought out of engagement with the external thread in a displacement state of the quick-change nut so that the quick-change nut can be displaced over the external thread, the first threaded portion being formed on a nut body of the quick-change nut that is closed in a circumferential manner in the circumferential direction, the second threaded portion being formed on a nut insert of the quick-change nut, which insert is guided into a slot of the nut body in a displaceable manner, and the nut insert being guided along a rectilinearly extending direction of displacement in the slot, characterized in that the direction of displacement is aligned such that it is inclined with respect to a plane running perpendicularly to the thread axis.
A method of assessing myelopoietic suppression, or neutrophil consumption in response to infection, in a sample of whole blood of an animal, the method comprising: diluting a sample of whole blood which has been obtained from the animal 1 to 1200 with diluting medium; contacting the sample of diluted whole blood with: (i) a substance that activates NADPH oxidase-dependent respiratory burst metabolism of the neutrophils present in the sample of whole blood; and (ii) a chemiluminigenic substrate susceptible to reductive dioxygenation by the activated NADPH oxidase to yield chemiluminescence, wherein the chemiluminigenic substrate is lucigenin (N,N'-dimethyl-9,9'-biacridium dinitrate); and quantifying the resulting reductive dioxygenation of lucigenin by measuring the emitted chemiluminescence of lucigenin using a hand-held or portable luminometer, wherein the amount of chemiluminescence is a measurement of absolute neutrophil function of the neutrophils present in the sample, wherein the absolute neutrophil function is proportional to the absolute neutrophil count, and wherein the absolute neutrophil count is used to assess myelopoietic suppression, or neutrophil consumption in response to infection, in the animal. diluting a sample of whole blood which has been obtained from the animal 1 to 1200 with diluting medium; contacting the sample of diluted whole blood with: (i) a substance that activates NADPH oxidase-dependent respiratory burst metabolism of the neutrophils present in the sample of whole blood; and (ii) a chemiluminigenic substrate susceptible to reductive dioxygenation by the activated NADPH oxidase to yield chemiluminescence, wherein the chemiluminigenic substrate is lucigenin (N,N'-dimethyl-9,9'-biacridium dinitrate); and (i) a substance that activates NADPH oxidase-dependent respiratory burst metabolism of the neutrophils present in the sample of whole blood; and (ii) a chemiluminigenic substrate susceptible to reductive dioxygenation by the activated NADPH oxidase to yield chemiluminescence, wherein the chemiluminigenic substrate is lucigenin (N,N'-dimethyl-9,9'-biacridium dinitrate); and quantifying the resulting reductive dioxygenation of lucigenin by measuring the emitted chemiluminescence of lucigenin using a hand-held or portable luminometer, wherein the amount of chemiluminescence is a measurement of absolute neutrophil function of the neutrophils present in the sample, wherein the absolute neutrophil function is proportional to the absolute neutrophil count, and wherein the absolute neutrophil count is used to assess myelopoietic suppression, or neutrophil consumption in response to infection, in the animal.
A method for adaptively downloading a digital content title from a content server (130-1, 130-2, 130-3) to a content player, the method comprising: downloading, to a content buffer within the content player, at least one unit of the digital content title from a first encoded sequence included in a plurality of encoded sequences stored on the content server, wherein each encoded sequence comprises the digital content title encoded at a different bit rate, and the first encoded sequence corresponds to a lowest bit rate at which one or more units of the digital content title are encoded and stored on the content server; determining that one or more units of the digital content title still have to be downloaded and buffered for playback; selecting a second encoded sequence included in the plurality of encoded sequences from which to download a next unit of the digital content title by determining that all units of the digital content title that have not yet been downloaded from the content server for playback can be downloaded at least in part from the second encoded sequence and accessed for playback from the content buffer without causing a buffer under-run, wherein the second encoded sequence corresponds to a second bit rate at which one or more units of the digital content title are encoded and stored on the content server, and the second bit rate being greater than the lowest bit rate; and downloading the next unit of the digital content title from the second encoded sequence to the content buffer for playback. downloading, to a content buffer within the content player, at least one unit of the digital content title from a first encoded sequence included in a plurality of encoded sequences stored on the content server, wherein each encoded sequence comprises the digital content title encoded at a different bit rate, and the first encoded sequence corresponds to a lowest bit rate at which one or more units of the digital content title are encoded and stored on the content server; determining that one or more units of the digital content title still have to be downloaded and buffered for playback; selecting a second encoded sequence included in the plurality of encoded sequences from which to download a next unit of the digital content title by determining that all units of the digital content title that have not yet been downloaded from the content server for playback can be downloaded at least in part from the second encoded sequence and accessed for playback from the content buffer without causing a buffer under-run, wherein the second encoded sequence corresponds to a second bit rate at which one or more units of the digital content title are encoded and stored on the content server, and the second bit rate being greater than the lowest bit rate; and downloading the next unit of the digital content title from the second encoded sequence to the content buffer for playback.
Roofing element (1, 1'), consisting of a sandwich-like material composite, which is made up of metallic outer sheets (2.1, 2.2) and at least one core layer (2.3) arranged between the outer sheets, wherein the core layer (2.3) is formed from a fibre-containing insulating material that is temperature-resistant up to at least 600°C, characterized in that the thickness of the core layer (2.3) is up to 2.0 mm.
A diagnostic system for use in a wind turbine yaw system, comprising: a tower motion sensor configured to output a signal indicative of tower oscillation, and a diagnostic module configured to: analyse the tower motion sensor signal to identify frequency content of the signal that is not associated with the tower oscillation; and correlate the identified frequency content with the operation of the yaw system thereby to determine that the yaw system requires maintenance. a tower motion sensor configured to output a signal indicative of tower oscillation, and a diagnostic module configured to: analyse the tower motion sensor signal to identify frequency content of the signal that is not associated with the tower oscillation; and correlate the identified frequency content with the operation of the yaw system thereby to determine that the yaw system requires maintenance. analyse the tower motion sensor signal to identify frequency content of the signal that is not associated with the tower oscillation; and correlate the identified frequency content with the operation of the yaw system thereby to determine that the yaw system requires maintenance.
A blank for forming a container, the blank comprising: a central portion; an edge; and a marginal portion between the edge and the central portion, the blank comprising a radius extending from a center of the blank to the edge, the marginal portion comprising a plurality of score lines, each score line being positioned at an angle relative to the radius of the blank, each of the score lines comprise a first end point and a second end point, the second end point being adjacent the central portion, characterised in that the first end point is spaced inward from the edge. a central portion; an edge; and a marginal portion between the edge and the central portion, the blank comprising a radius extending from a center of the blank to the edge, the marginal portion comprising a plurality of score lines, each score line being positioned at an angle relative to the radius of the blank, each of the score lines comprise a first end point and a second end point, the second end point being adjacent the central portion, characterised in that the first end point is spaced inward from the edge.
An injection moulded preform for manufacturing a plastic container in a blow moulding method with an elongate, tubelike preform body which is designed closed at its one longitudinal end and at its other longitudinal end comprises a neck section which is provided with a pour opening and which with regard to injection technology is connected to a closure part which is manufactured in an injection moulding method, characterised in that the closure part is a flip-top closure and comprises a sleeve which surrounds the neck section and on which the flip-top closure is connected as one piece via a hinge, wherein the sleeve comprises an annularly designed section with an inner wall which bears directly on an outer surface of the neck section and completely surrounds an annularly closed region of the outer surface of the neck section.
An in vitro method for determining whether a canine or feline animal is suffering from kidney disease as the result of structural damage or glomerulonephritis, the method comprising measuring β-aminoisobutyric acid (BAIB) in a urine sample or a blood sample from the animal and determining kidney disease based upon the concentration of BAIB in the sample, further comprising comparing the concentration of BAIB in the sample to a reference concentration related to the concentration in BAIB in samples from healthy animals, wherein the measuring comprises contacting the sample with an anti-BAIB antibody and determining binding or the amount of binding between the antibody and BAIB in the sample, further wherein the anti-BAIB antibody is raised against a conjugate comprising BAIB and a carrier protein, BAIB and polylysine, or BAIB and glutaraldehyde and wherein the structural damage is the result of inflammation, fibrosis, injury, kidney stones or infiltration by cancer. wherein the measuring comprises contacting the sample with an anti-BAIB antibody and determining binding or the amount of binding between the antibody and BAIB in the sample, further wherein the anti-BAIB antibody is raised against a conjugate comprising BAIB and a carrier protein, BAIB and polylysine, or BAIB and glutaraldehyde and wherein the structural damage is the result of inflammation, fibrosis, injury, kidney stones or infiltration by cancer.
A robot cleaner comprising: a main body that navigates a floor; a first detector that detects an obstacle; an auxiliary cleaner that is mounted on the main body to protrude and retract; a second detector that detects a protrusion state or a retraction state of the auxiliary cleaner; and a controller that determines an abnormal operation of the auxiliary cleaner based on a result of the detection of the second detector and controls a protrusion operation or a retraction operation of the auxiliary cleaner according to a result of the determination, wherein the second detector detects whether the auxiliary cleaner performs a protrusion operation or a retraction operation, detects a protrusion degree or a retraction degree of the auxiliary cleaner, and detects whether the protrusion operation or the retraction operation of the auxiliary cleaner is completed. a main body that navigates a floor; a first detector that detects an obstacle; an auxiliary cleaner that is mounted on the main body to protrude and retract; a second detector that detects a protrusion state or a retraction state of the auxiliary cleaner; and a controller that determines an abnormal operation of the auxiliary cleaner based on a result of the detection of the second detector and controls a protrusion operation or a retraction operation of the auxiliary cleaner according to a result of the determination, wherein the second detector detects whether the auxiliary cleaner performs a protrusion operation or a retraction operation, detects a protrusion degree or a retraction degree of the auxiliary cleaner, and detects whether the protrusion operation or the retraction operation of the auxiliary cleaner is completed.
A vessel comprising: a memory configured to store a vessel identifier; and a vessel processor operatively coupled to the memory, wherein the vessel processor is configured to: initiate a timer for a shelf life of a cleaning or disinfecting solution placed into the vessel; periodically conduct a measurement of the concentration of the solution using one or more sensors in the vessel; compare the measurement to a minimum chemistry concentration threshold for the solution; and activate a solution indicator to indicate that the solution should be discarded responsive to a time determination that the shelf life has expired or a quantitative or qualitative determination that the measurement exceeds the minimum chemistry concentration threshold. a memory configured to store a vessel identifier; and a vessel processor operatively coupled to the memory, wherein the vessel processor is configured to: initiate a timer for a shelf life of a cleaning or disinfecting solution placed into the vessel; periodically conduct a measurement of the concentration of the solution using one or more sensors in the vessel; compare the measurement to a minimum chemistry concentration threshold for the solution; and activate a solution indicator to indicate that the solution should be discarded responsive to a time determination that the shelf life has expired or a quantitative or qualitative determination that the measurement exceeds the minimum chemistry concentration threshold. initiate a timer for a shelf life of a cleaning or disinfecting solution placed into the vessel; periodically conduct a measurement of the concentration of the solution using one or more sensors in the vessel; compare the measurement to a minimum chemistry concentration threshold for the solution; and activate a solution indicator to indicate that the solution should be discarded responsive to a time determination that the shelf life has expired or a quantitative or qualitative determination that the measurement exceeds the minimum chemistry concentration threshold.
Compositions containing: (a) Panax ginseng CA Mayer extract, (b) Zingiber officinale extract, (c) Echinacea angustifolia extract and (d) the phospholipid complex of silybin with phospholipids as active ingredients, in admixture with suitable excipients. (a) Panax ginseng CA Mayer extract, (b) Zingiber officinale extract, (c) Echinacea angustifolia extract and (d) the phospholipid complex of silybin with phospholipids as active ingredients, in admixture with suitable excipients.
A process for treatment of produced water obtained from an enhanced oil recovery process from a reservoir, recovery process being assisted by a polymer and said produced water obtained containing at least one water soluble polymer, said process for treatment comprising the following steps: - injecting an oxidising agent into produced water in a quantity such that the viscosity of said produced water is reduced to a value below 2 cps, advantageously of the order of 1.5 cps, within a time period shorter than 5 hours from the oxidising agent injection, - once a viscosity lower than 2 cps is reached, injecting a reducing agent in the required quantity to neutralise all the resulting excess of oxidising agent. the duration needed to reach a viscosity of less than 2 cps not allowing the complete oxidation of the polymer. - injecting an oxidising agent into produced water in a quantity such that the viscosity of said produced water is reduced to a value below 2 cps, advantageously of the order of 1.5 cps, within a time period shorter than 5 hours from the oxidising agent injection, - once a viscosity lower than 2 cps is reached, injecting a reducing agent in the required quantity to neutralise all the resulting excess of oxidising agent.
A load-bearing straw-bale wall system used in construction of buildings, enabling to separate buildings from outer environment, comprising: at least one reinforced-concrete foundation which is located on the floor; at least one fixing member which is fixed onto the foundation; a plurality of straw-bales which are placed onto the foundation and one another such that they will cover the foundation entirely and extend to a certain height; at least one connection member which is passed through the straw-bales that are placed onto the foundation and one another such that at least part of it will project from the straw-bales, provides resistance of the straw-bales to the loads imposed on thereof by being compressed, and is connected to the fixing member after it passes through the straw-bales located on the foundation; at least one support member which is placed onto the straw-bales such that it will extend among the straw-bales placed on one another; at least one beam which is placed onto the said straw-bales such that it covers the last row straw-bales located on the top; at least one compression member whereby the connection member projecting from the straw-bales is fixed and which enables to compress the straw-bale, where the connection member extends out, in desired amount after the connection member is fixed on thereof; characterized in that it further comprises: at least one tension ring wherein the support members pass and which tries to pull the connection member passing through it. at least one reinforced-concrete foundation which is located on the floor; at least one fixing member which is fixed onto the foundation; a plurality of straw-bales which are placed onto the foundation and one another such that they will cover the foundation entirely and extend to a certain height; at least one connection member which is passed through the straw-bales that are placed onto the foundation and one another such that at least part of it will project from the straw-bales, provides resistance of the straw-bales to the loads imposed on thereof by being compressed, and is connected to the fixing member after it passes through the straw-bales located on the foundation; at least one support member which is placed onto the straw-bales such that it will extend among the straw-bales placed on one another; at least one beam which is placed onto the said straw-bales such that it covers the last row straw-bales located on the top; at least one compression member whereby the connection member projecting from the straw-bales is fixed and which enables to compress the straw-bale, where the connection member extends out, in desired amount after the connection member is fixed on thereof;
A wind turbine blade for a wind turbine comprising a composite material, the composite material comprising a plurality of rigid elements and plurality of flexible elements, wherein each flexible element is arranged between two rigid elements and is connected thereto such that the rigid elements are flexibly connected to each other by means of the flexible elements, the flexible elements are connected to the rigid elements by means of an adhesive (19, 20) or hot plate welding, the flexible elements are plastically or elastically deformable, the composite material is configured for reinforcing a blade shell of the blade, the rigid elements and the flexible elements are bar-shaped such that a length of each rigid and flexible element (11, 12) is at least several times larger than a height and width of the respective element (11, 12), each rigid element comprises a longitudinal axis, and the composite material is flexible in one bending direction around the longitudinal axis of one of the rigid elements.
A disintegrative particulate composition comprising a disintegrator component and micro-fibrillated cellulose, wherein: (i) the micro-fibrillated cellulose has an average fiber length of 0.01~2 mm and an average fiber diameter of 0.001 ~1μm; and (ii) the disintegrator is one or more components selected from crospovidone, croscarmellose sodium, low substituted hydroxypropylcellulose, carboxymethylcellulose calcium, starch and processed starch.
A liquid collection and disposal system, comprising: a liquid collection bag and a rigid container configured to receive the collection bag, wherein the collection bag includes a lid and a collapsible liner attached to the lid to form a substantially sealed interior space therebetween, and the container including a piston slidably positioned inside the container, so that the piston separates the internal space of the container into an upper space and a lower space, wherein a suction pressure applied to the lower space draws the piston down into the container, which in turn draws the liner into the container. a liquid collection bag and a rigid container configured to receive the collection bag, wherein the collection bag includes a lid and a collapsible liner attached to the lid to form a substantially sealed interior space therebetween, and the container including a piston slidably positioned inside the container, so that the piston separates the internal space of the container into an upper space and a lower space, wherein a suction pressure applied to the lower space draws the piston down into the container, which in turn draws the liner into the container.