mhurhangee/ep-ind-claims huggingface dataset:
An isolated polypeptide comprising a truncated tyrosyl-tRNA synthetase polypeptide comprising a Rossmann fold nucleotide binding domain, the isolated polypeptide having chemokine activity and being angiogenic, for use in therapeutic applications.
A method for determining the presence or absence of a fetal aneuploidy in a blood sample from a human suspected of being pregnant, who is pregnant or who has been pregnant, wherein the blood sample comprises fetal cells that are mixed with a population of maternal cells, the method comprising: enriching the mixture of cells for fetal cells to increase the concentration of fetal cells or ratio of fetal cells to non-fetal cells in the sample; splitting the enriched mixture into at least 100 discrete addressable locations to locate individual cells at discrete sites, wherein each site includes 0 or 1 fetal cells; amplifying regions of DNA; identifying single fetal cells; and analyzing the amplified DNA regions by sequencing to quantify the DNA regions and determine the presence or absence of a fetal aneuploidy. enriching the mixture of cells for fetal cells to increase the concentration of fetal cells or ratio of fetal cells to non-fetal cells in the sample; splitting the enriched mixture into at least 100 discrete addressable locations to locate individual cells at discrete sites, wherein each site includes 0 or 1 fetal cells; amplifying regions of DNA; identifying single fetal cells; and analyzing the amplified DNA regions by sequencing to quantify the DNA regions and determine the presence or absence of a fetal aneuploidy.
A method in a user device configured to communicate with a communication node, the method comprising: receiving, from the communication node, downlink control information including information indicating a resource indication value for indicating a resource allocation, wherein the resource indication value is defined by either a first expression or a second expression, wherein: the first expression is N(P-1)+O, and the second expression is N(N-P+1)+(N-1-O), where N is a number of resource blocks in a bandwidth, O is a starting resource block number and P is a length in terms of number of contiguously allocated resource blocks; and interpreting the information indicating the resource indication value based on the downlink control information. receiving, from the communication node, downlink control information including information indicating a resource indication value for indicating a resource allocation, wherein the resource indication value is defined by either a first expression or a second expression, wherein: the first expression is N(P-1)+O, and the second expression is N(N-P+1)+(N-1-O), the first expression is N(P-1)+O, and the second expression is N(N-P+1)+(N-1-O), where N is a number of resource blocks in a bandwidth, O is a starting resource block number and P is a length in terms of number of contiguously allocated resource blocks; and interpreting the information indicating the resource indication value based on the downlink control information.
A primary active ingredient consisting of a glucocorticoid in an ophthalmically acceptable vehicle, said ophthalmically acceptable vehicle comprising an aqueous polymer suspension that when mixed with tear fluid increases in viscosity, resulting in a sustained release of said active ingredient, wherein said aqueous polymer suspension comprises a carboxyl-containing polymer having less than about 5% by weight cross-linking agent and has a viscosity in a range from 1,000 to 30,000 centipoises as measured at about 25°C using a Brookfield Digital LVT Viscometer equipped with a number 25 spindle and a 13R small sample adapter at 12 rpm, for use in the treatment of blepharitis.
An end cover structure comprising: an end cover body; a water inlet pipe, provided on the end cover body; a water outlet pipe, provided on the end cover body, and the water outlet pipe and the water inlet pipe are independent of each other; a bypass pipeline in which two cavities are formed, one of the two cavities being communicated with the water inlet pipe, and the other being communicated with the water outlet pipe; an adjusting member, movably provided in the bypass pipeline, wherein the adjusting member is capable of movably adjusting a communication between the two cavities; and a controller, wherein the controller is provided at an end of the bypass pipeline, and is in transmission connection with the adjusting member; and the controller controls the adjusting member to move and then to adjust a circulation volume of a fluid flowing between two activities 1, characterized in that the end cover structure further comprises: a pressure sensor, in electrical connection with the controller, wherein the pressure sensor is configured to detect a pressure difference in the water inlet pipe and the water outlet pipe; when the pressure difference is less than a pressure difference threshold, the controller controls a movement of the adjusting member to adjust the circulation volume 2. 1 Claim 2 2 Claim 3 an end cover body; a water inlet pipe, provided on the end cover body; a water outlet pipe, provided on the end cover body, and the water outlet pipe and the water inlet pipe are independent of each other; a bypass pipeline in which two cavities are formed, one of the two cavities being communicated with the water inlet pipe, and the other being communicated with the water outlet pipe; an adjusting member, movably provided in the bypass pipeline, wherein the adjusting member is capable of movably adjusting a communication between the two cavities; and a controller, wherein the controller is provided at an end of the bypass pipeline, and is in transmission connection with the adjusting member; and the controller controls the adjusting member to move and then to adjust a circulation volume of a fluid flowing between two activities 1, characterized in that the end cover structure further comprises: a pressure sensor, in electrical connection with the controller, wherein the pressure sensor is configured to detect a pressure difference in the water inlet pipe and the water outlet pipe; when the pressure difference is less than a pressure difference threshold, the controller controls a movement of the adjusting member to adjust the circulation volume 2. 1 Claim 2 2 Claim 3
A method of manufacturing a thin film transistor substrate assembly, comprising the following method steps: - depositing a first coating film of a metal selected from titanium, molybdenum, chromium or tantalum on a substrate; - plasma etching to remove a residual oxide layer produced during the deposition of the first coating film; - sputter-depositing a Cu, copper, layer on the first coating film using a two-frequency excited sputtering process employing a Cu target in a non-oxidizing atmosphere, wherein the AC-power density P AC applied to the substrate during this process is in the range of 0.1 - 5 W/cm 2; - pattern-processing the Cu layer and the first coating film to make a wiring member with the desired shape (40a, 40e); - annealing-processing the substrate wherein the annealing temperature T sub is in the range 400 °C ≤ T sub ≤ 1200 °C, the annealing time is in the range between 30 minutes and 1 hour, and the content of oxygen atoms in the atmosphere during the annealing process is controlled so as to form a second coating film either made of the metal of the first coating film in the case when the atmosphere contains no oxygen, or either increasing the partial pressure of oxygen gradually to form a second coating film either made of the metal oxide of the metal of the first coating film or made of the metal of the first coating film having a surface oxide layer. - depositing a first coating film of a metal selected from titanium, molybdenum, chromium or tantalum on a substrate; - plasma etching to remove a residual oxide layer produced during the deposition of the first coating film; - sputter-depositing a Cu, copper, layer on the first coating film using a two-frequency excited sputtering process employing a Cu target in a non-oxidizing atmosphere, wherein the AC-power density P AC applied to the substrate during this process is in the range of 0.1 - 5 W/cm 2; - pattern-processing the Cu layer and the first coating film to make a wiring member with the desired shape (40a, 40e); - annealing-processing the substrate wherein the annealing temperature T sub is in the range 400 °C ≤ T sub ≤ 1200 °C, the annealing time is in the range between 30 minutes and 1 hour, and the content of oxygen atoms in the atmosphere during the annealing process is controlled so as to form a second coating film either made of the metal of the first coating film in the case when the atmosphere contains no oxygen, or either increasing the partial pressure of oxygen gradually to form a second coating film either made of the metal oxide of the metal of the first coating film or made of the metal of the first coating film having a surface oxide layer.
Method for producing a laminate preferably for a floor covering, wherein the laminate has a decorative layer and a wear layer of polyurethane, comprising the following steps: - applying a first liquid polyurethane material to a release layer to form the wear layer, - inserting a decorative sheet into the first polyurethane material, - applying a second liquid polyurethane material to the decorative sheet, which is impregnated with the first polyurethane material and the second polyurethane material, - supplying heat energy to cure the first polyurethane material and the second polyurethane material, - separating the release layer from the wear layer, wherein the heat energy is supplied to the first polyurethane material and the second polyurethane material from below through the release layer. - applying a first liquid polyurethane material to a release layer to form the wear layer, - inserting a decorative sheet into the first polyurethane material, - applying a second liquid polyurethane material to the decorative sheet, which is impregnated with the first polyurethane material and the second polyurethane material, - supplying heat energy to cure the first polyurethane material and the second polyurethane material, - separating the release layer from the wear layer, wherein the heat energy is supplied to the first polyurethane material and the second polyurethane material from below through the release layer.
A delivery head for a dispensing machine for delivering fluid products, comprising: - a tubular casing having a vertical longitudinal axis, - a plurality of nozzles carried by said tubular casing and having respective outlet openings with axes parallel to said longitudinal axis, and - a cleaning device for automatically cleaning the nozzles, characterized in that said cleaning device comprises a plurality of scraper tubes associated with respective nozzles, wherein said scraper tubes are movable in the direction of said vertical longitudinal axis between a raised position and a lowered position, and vice versa, and have respective lower ends, which clean said nozzles during the stroke from the raised position to the lowered position, wherein said cleaning device comprises a mobile support carrying said scraper tubes and to which the outlet ends of a plurality of tubes for feeding fluid products are connected, each of which is in fluid connection with a respective scraper tube. - a tubular casing having a vertical longitudinal axis, - a plurality of nozzles carried by said tubular casing and having respective outlet openings with axes parallel to said longitudinal axis, and - a cleaning device for automatically cleaning the nozzles,
A preform suitable for subsequent blow molding, the preform comprising: a neck, a base and a body extending therebetween, the neck, the body and the base each having inner and outer faces defining a wall thickness therebetween, characterized in that the base having an elliptical inner face with a first flat circular bottom portion, and an elliptical outer face with a second flat circular bottom portion, and the first and second flat circular bottom portions (120, 124) each having a center on a vertical center axis of the preform and a radius R of equal size. a neck, a base and a body extending therebetween, the neck, the body and the base each having inner and outer faces defining a wall thickness therebetween, characterized in that the base having an elliptical inner face with a first flat circular bottom portion, and an elliptical outer face with a second flat circular bottom portion, and the first and second flat circular bottom portions (120, 124) each having a center on a vertical center axis of the preform and a radius R of equal size.
A combustor liner assembly of a gas turbine engine, comprising: a dome having a central axis aligned with an engine axis, said dome arrangable at an inlet end of a combustor of the engine; a first spring disposed at a radially outward position of said dome; a radially outer cowl; an outer liner retainer engaging the radially outer cowl of the engine and, said outer liner retainer having a sealing surface disposed in a radial plane for receiving an axial force from said first spring; a ceramic matrix composite outer combustor liner having an outer liner sealing surface which is seated against said outer liner retainer, said first spring forcing said outer liner in an axial direction against said outer liner retainer; a ceramic matrix composite inner combustor liner having an inner liner sealing surface and engaging a radially inward surface of said dome; a second spring engaging said radially extending surface of said inner combustor liner, said second spring acting in an axial direction to capture said inner combustor liner against said dome, an inner liner retainer disposed at a radially inward position of said dome, said second spring engaging said inner liner retainer and a wear plate; characterized in that the second spring is longer in axial dimension than the first spring and is formed of more springs which have multiple peaks and valleys that extend annularly about the center line engine axis within the inner liner retainer. a dome having a central axis aligned with an engine axis, said dome arrangable at an inlet end of a combustor of the engine; a first spring disposed at a radially outward position of said dome; a radially outer cowl; an outer liner retainer engaging the radially outer cowl of the engine and, said outer liner retainer having a sealing surface disposed in a radial plane for receiving an axial force from said first spring; a ceramic matrix composite outer combustor liner having an outer liner sealing surface which is seated against said outer liner retainer, said first spring forcing said outer liner in an axial direction against said outer liner retainer; a ceramic matrix composite inner combustor liner having an inner liner sealing surface and engaging a radially inward surface of said dome; a second spring engaging said radially extending surface of said inner combustor liner, said second spring acting in an axial direction to capture said inner combustor liner against said dome, an inner liner retainer disposed at a radially inward position of said dome, said second spring engaging said inner liner retainer and a wear plate; characterized in that the second spring is longer in axial dimension than the first spring and is formed of more springs which have multiple peaks and valleys that extend annularly about the center line engine axis within the inner liner retainer.
A roller pinion for rotating about a central axis and comprising: - a core having an axial bore at its center for mounting the core on a drive shaft, the core presenting an outer peripheral surface that is spherical, and recesses extending over the entire length of the core defining faces parallel to the central axis with a plurality of regularly distributed sectors extending between them; - a cage that carries the rollers and that extends around the core, and that presents, facing the outer peripheral surface of the core, a concentric spherical inner surface, and facing the recesses of the core, protuberances extending inside the recesses so as to present faces facing the faces of the recesses and parallel thereto; and - metal strips arranged in bundles with elastomer material interposed between the strips, each bundle being inserted in a space extending between facing faces of a recess in the core and a protuberance of the cage. - a core having an axial bore at its center for mounting the core on a drive shaft, the core presenting an outer peripheral surface that is spherical, and recesses extending over the entire length of the core defining faces parallel to the central axis with a plurality of regularly distributed sectors extending between them; - a cage that carries the rollers and that extends around the core, and that presents, facing the outer peripheral surface of the core, a concentric spherical inner surface, and facing the recesses of the core, protuberances extending inside the recesses so as to present faces facing the faces of the recesses and parallel thereto; and - metal strips arranged in bundles with elastomer material interposed between the strips, each bundle being inserted in a space extending between facing faces of a recess in the core and a protuberance of the cage.
A method for securely controlling a smart home device, wherein the method comprises: displaying, by an intelligent terminal device, at least one operation indication for a smart home device when the intelligent terminal device receives an instruction entered by a user to perform a network configuration operation on the smart home device at a close distance, the operation indication is used to instruct the user to perform function control on the smart home device; receiving, by the intelligent terminal device, the operation indication selected by the user from the at least one operation indication; and generating, by the intelligent terminal device a first key based on the selected operation indication, wherein the first key is used by the intelligent terminal device to encrypt authentication information to be sent to the smart home device. displaying, by an intelligent terminal device, at least one operation indication for a smart home device when the intelligent terminal device receives an instruction entered by a user to perform a network configuration operation on the smart home device at a close distance, the operation indication is used to instruct the user to perform function control on the smart home device; receiving, by the intelligent terminal device, the operation indication selected by the user from the at least one operation indication; and generating, by the intelligent terminal device a first key based on the selected operation indication, wherein the first key is used by the intelligent terminal device to encrypt authentication information to be sent to the smart home device.
A resin-coated aluminum alloy sheet comprising: an aluminum substrate having a surface treatment film on at least one surface thereof; and an organic resin film layer formed on the surface of the aluminum substrate, wherein the surface treatment film includes 2 mg/m 2 to 100 mg/m 2 of zirconium in terms of metal atoms and a polyitaconic acid as an aluminum-ion-trapping agent.
Display method for a vehicle, comprising the following steps: - determining a vehicle position, - interrogating vehicle surroundings data from a database in accordance with the determined vehicle position, - detecting vehicle surroundings, and - displaying a vehicle surroundings view which is based on the interrogated vehicle surroundings data and the detected vehicle surroundings, - wherein further vehicle surroundings data are received in accordance with further vehicle surroundings from a further vehicle and the vehicle surroundings view is additionally displayed on the basis of the further vehicle surroundings data. - determining a vehicle position, - interrogating vehicle surroundings data from a database in accordance with the determined vehicle position, - detecting vehicle surroundings, and - displaying a vehicle surroundings view which is based on the interrogated vehicle surroundings data and the detected vehicle surroundings, - wherein further vehicle surroundings data are received in accordance with further vehicle surroundings from a further vehicle and the vehicle surroundings view is additionally displayed on the basis of the further vehicle surroundings data.
A battery management apparatus, comprising: a profile generating unit configured to generate a differential profile for a battery profile representing a corresponding relationship between voltage and capacity of a battery; and a control unit configured to determine a criterion peak and a target peak in the differential profile received from the profile generating unit; characterized in that the control unit is further configured diagnose a state of the battery based on a result of comparing a differential value of the criterion peak and a differential value of the target peak. a profile generating unit configured to generate a differential profile for a battery profile representing a corresponding relationship between voltage and capacity of a battery; and a control unit configured to determine a criterion peak and a target peak in the differential profile received from the profile generating unit; characterized in that the control unit is further configured diagnose a state of the battery based on a result of comparing a differential value of the criterion peak and a differential value of the target peak.
A linker-drug intermediate of Formula Ic: wherein R 1 and R 2 are independently selected from H or C 1 -C 6 alkyl, or R 1 and R 2 form a 3, 4, 5, or 6-membered cycloalkyl or heterocyclyl group; R 3 is independently selected from NO 2, Cl, F, CN, CO 2 H or Br; R 4 and R 5 are =O; and m is 0, 1 or 2. wherein R 1 and R 2 are independently selected from H or C 1 -C 6 alkyl, or R 1 and R 2 form a 3, 4, 5, or 6-membered cycloalkyl or heterocyclyl group; R 3 is independently selected from NO 2, Cl, F, CN, CO 2 H or Br; R 4 and R 5 are =O; and m is 0, 1 or 2.
A combustor panel, comprising: a panel wall comprising a proximal surface and a distal surface opposite the proximal surface; a standoff formed over the distal surface of the panel wall, the standoff comprising a wall and a face, an aperture formed through the standoff and extending from the face of the standoff to the proximal surface of the panel wall, wherein the face of the standoff is oriented at an angle between 90 degrees and 160 degrees relative to a plane parallel to the distal surface of the panel wall, and characterized in that: a proximal edge of the face of the standoff proximate the distal surface is raised relative to the distal surface of the panel wall such that the distal surface and a portion of the wall extending from the distal surface to the proximal edge define a space or cavity that is devoid of material. a panel wall comprising a proximal surface and a distal surface opposite the proximal surface; a standoff formed over the distal surface of the panel wall, the standoff comprising a wall and a face, an aperture formed through the standoff and extending from the face of the standoff to the proximal surface of the panel wall, wherein the face of the standoff is oriented at an angle between 90 degrees and 160 degrees relative to a plane parallel to the distal surface of the panel wall, and characterized in that: a proximal edge of the face of the standoff proximate the distal surface is raised relative to the distal surface of the panel wall such that the distal surface and a portion of the wall extending from the distal surface to the proximal edge define a space or cavity that is devoid of material. a proximal edge of the face of the standoff proximate the distal surface is raised relative to the distal surface of the panel wall such that the distal surface and a portion of the wall extending from the distal surface to the proximal edge define a space or cavity that is devoid of material.