mhurhangee/ep-ind-claims huggingface dataset:
An ethylene/alpha-olefin copolymer comprising an ethylene repeating unit and an alpha-olefin repeating unit, wherein the alpha-olefin is 1-butene, and the content of the alpha-olefin repeating unit is 3 to 20 mol%, wherein the copolymer has a crystal structure including a crystalline domain containing lamellar crystals and an amorphous domain containing a tie molecule that mediates bonding between the lamellar crystals, wherein the lamellar crystal thickness (dc) calculated from the result of Small Angle X-ray Scattering (SAXS) analysis is between 12.9 and 14.0 nm, the amorphous domain thickness (da) is between 4.3 and 5.0 nm, and the thickness ratio calculated from the formula da/dc is between 0.33 and 0.36 wherein the Small Angle X-ray Scattering (SAXS) analysis is performed as set forth in the experimental part of the description, and wherein the copolymer has a molecular weight distribution of 4 to 4.5 and has a weight average molecular weight (Mw) of 90000 g/mol to 120000 g/mol, wherein the molecular weight distribution and the weight average molecular weight are measured as set forth in the experimental part of the description. wherein the alpha-olefin is 1-butene, and the content of the alpha-olefin repeating unit is 3 to 20 mol%, wherein the copolymer has a crystal structure including a crystalline domain containing lamellar crystals and an amorphous domain containing a tie molecule that mediates bonding between the lamellar crystals, wherein the lamellar crystal thickness (dc) calculated from the result of Small Angle X-ray Scattering (SAXS) analysis is between 12.9 and 14.0 nm, the amorphous domain thickness (da) is between 4.3 and 5.0 nm, and the thickness ratio calculated from the formula da/dc is between 0.33 and 0.36 wherein the Small Angle X-ray Scattering (SAXS) analysis is performed as set forth in the experimental part of the description, and wherein the copolymer has a molecular weight distribution of 4 to 4.5 and has a weight average molecular weight (Mw) of 90000 g/mol to 120000 g/mol, wherein the molecular weight distribution and the weight average molecular weight are measured as set forth in the experimental part of the description.
A method for obtaining a population of T-cells having reduced expression of SIGLEC15, comprising S1'. Providing a T cell containing lymph node tissue removed from a subject, said lymph node tissue being obtained from a lymph node identified as a lymph node draining lymphatic fluid from a cancerous tumor in said subject; S2. Extracting cells from the identified lymph node; S3. Reducing expression of SIGLEC15 in the extracted cells; and S4. Expanding the extracted cells with reduced expression of SIGLEC15 under conditions favouring T cell expansion, wherein the expression of SIGLEC15 is reduced by downregulation of expression of a gene encoding SIGLEC15 by siRNA transfection, shRNA transfection, or CRISPR-mediated gene editing. S1'. Providing a T cell containing lymph node tissue removed from a subject, said lymph node tissue being obtained from a lymph node identified as a lymph node draining lymphatic fluid from a cancerous tumor in said subject; S2. Extracting cells from the identified lymph node; S3. Reducing expression of SIGLEC15 in the extracted cells; and S4. Expanding the extracted cells with reduced expression of SIGLEC15 under conditions favouring T cell expansion,
A non-woven paper fabric with asymmetric silica impregnation, wherein the non-woven fabric comprises two main surfaces, wherein the portion by weight of SiO 2 starting from at least one of both main surfaces decreases towards the interior of the non-woven fabric.
A method for extracting feature information of a constantly stationary portion in an indoor space from three-dimensional point cloud data, the method being used in a mapping process of a mobile robot and comprising: an input step of inputting three-dimensional point cloud data for a target region, the point cloud data being sensed by the mobile robot while moving around; a sampling step of determining a sample by selecting a crossing area where the three-dimensional point cloud data input in the input step and a crossing plane cross each other; a feature extraction step of acquiring feature information of the constantly stationary portion in the indoor space for a corresponding sampling plane using a sampling plane information and a convex hull information extracted from corresponding sampling information including sampling plane information of the three-dimensional point cloud data for a sampling plane selected in the sampling step, wherein the sampling plane is selected as a crossing plane defining the cross area with the three-dimensional point cloud data, wherein the sampling information comprises the sampling plane information and position information at the time point of observation, and the feature extraction step applies the convex hull by including the position information at the time point of observation, wherein the position information at the time point of observation is formed as position information of a preset origin for forming the plurality of sampling planes; and wherein the position information at the time point of observation is the position of the mobile robot. an input step of inputting three-dimensional point cloud data for a target region, the point cloud data being sensed by the mobile robot while moving around; a sampling step of determining a sample by selecting a crossing area where the three-dimensional point cloud data input in the input step and a crossing plane cross each other; a feature extraction step of acquiring feature information of the constantly stationary portion in the indoor space for a corresponding sampling plane using a sampling plane information and a convex hull information extracted from corresponding sampling information including sampling plane information of the three-dimensional point cloud data for a sampling plane selected in the sampling step, wherein the sampling plane is selected as a crossing plane defining the cross area with the three-dimensional point cloud data, wherein the sampling information comprises the sampling plane information and position information at the time point of observation, and the feature extraction step applies the convex hull by including the position information at the time point of observation, wherein the position information at the time point of observation is formed as position information of a preset origin for forming the plurality of sampling planes; and wherein the position information at the time point of observation is the position of the mobile robot.
A multi-stage method for the anti-corrosion pretreatment of components manufactured at least in part from metal materials, in which firstly i) at least part of the surfaces of the component that are formed by the metal materials is brought into contact with an aqueous composition containing a dissolved and/or dispersed organic polymer P, of which a weight proportion of at least 40%, based on the total proportion of the polymer P, is composed of repeating units R N which have, as a structural element, a heterocycle comprising at least one quaternary nitrogen heteroatom, and secondly ii) at least the same part of the surfaces of the component that are formed by the metal materials is brought into contact, with or without an intermediate rinsing and/or drying step, with an acidic aqueous composition containing one or more water-soluble compounds of the elements Zr, Ti and/or Si. i) at least part of the surfaces of the component that are formed by the metal materials is brought into contact with an aqueous composition containing a dissolved and/or dispersed organic polymer P, of which a weight proportion of at least 40%, based on the total proportion of the polymer P, is composed of repeating units R N which have, as a structural element, a heterocycle comprising at least one quaternary nitrogen heteroatom, and secondly ii) at least the same part of the surfaces of the component that are formed by the metal materials is brought into contact, with or without an intermediate rinsing and/or drying step, with an acidic aqueous composition containing one or more water-soluble compounds of the elements Zr, Ti and/or Si.
Vessel for transporting a tubular element to an offshore location, the vessel comprising a deck with a securing surface to which a securing device is connected, the securing device having a base element for connecting the securing device to the deck of the vessel, wherein the securing device comprises a cylindrical or tubular upstanding element protruding upwards from the base element along a longitudinal protrusion axis, the upstanding element being provided with at least a couple of clamping elements at a distance, along the protrusion axis, from the base element, wherein the clamping elements can be retracted or extended in a radial direction, i.e. a direction perpendicular to the protrusion axis, characterized in that the clamping elements are arranged at a location on a circumferential outer surface of the upstanding element for engaging an inner wall of the tubular element having an internal diameter larger than an external diameter of the upstanding element, when the upstanding element is inserted into a lower part of the tubular element and when the clamping elements are in an extended position.
A method for enabling caching of a portion of a media file in a User Equipment, UE connected to a mobile telecommunications network, performed by a caching server of the mobile telecommunications network, wherein the mobile telecommunications network comprises a radio network, and the caching server is configured to communicate with a media database, the method comprising: selecting the media file from the media database, of which a portion is to be cached in the UE; determining a size of the portion of the media file to be cached, wherein the size is determined depending on characteristics of the media file; wherein the characteristics of the media file comprises an estimated priority factor that reflects the predicted likelihood that a media file will be requested by the UE, and sending an instruction to the UE to cache the determined size of the portion of the media file in the UE. selecting the media file from the media database, of which a portion is to be cached in the UE; determining a size of the portion of the media file to be cached, wherein the size is determined depending on characteristics of the media file; wherein the characteristics of the media file comprises an estimated priority factor that reflects the predicted likelihood that a media file will be requested by the UE, and sending an instruction to the UE to cache the determined size of the portion of the media file in the UE.
An inkjet printhead comprising: a manifold having a plurality of ink outlets defined in a manifold surface; a plurality of printhead chips mounted to the manifold surface via a shim, the printhead chips being aligned with the ink outlets; a PCB mounted to the manifold surface and offset from the ink outlets, the PCB being electrically connected to the printhead chips, wherein a lower surface of the PCB is coplanar with a lower surface of the shim; and a shield plate bonded to the PCB and part of the shim, the shield plate covering the PCB, wherein: the shield plate has one face in thermal contact with the PCB and an exposed opposite face defining a lower surface of the printhead; and the shim has at least one void region offset from the printhead chips, the void region thermally isolating part of the shield plate from the manifold. a manifold having a plurality of ink outlets defined in a manifold surface; a plurality of printhead chips mounted to the manifold surface via a shim, the printhead chips being aligned with the ink outlets; a PCB mounted to the manifold surface and offset from the ink outlets, the PCB being electrically connected to the printhead chips, wherein a lower surface of the PCB is coplanar with a lower surface of the shim; and a shield plate bonded to the PCB and part of the shim, the shield plate covering the PCB, wherein: the shield plate has one face in thermal contact with the PCB and an exposed opposite face defining a lower surface of the printhead; and the shim has at least one void region offset from the printhead chips, the void region thermally isolating part of the shield plate from the manifold. the shield plate has one face in thermal contact with the PCB and an exposed opposite face defining a lower surface of the printhead; and the shim has at least one void region offset from the printhead chips, the void region thermally isolating part of the shield plate from the manifold.
An underpants-shaped absorbent article having an up-down direction, a left-right direction, and a front-rear direction that intersect each other, the underpants-shaped absorbent article comprising: an absorbent main body; and a first waist portion that is joined to the absorbent main body and that includes a stretchy sheet having stretchability in the left-right direction, the stretchy sheet having a lower end, the lower end being located at a position separated upward in the up-down direction by a predetermined distance from an upper end of the absorbent main body, wherein the first waist portion includes a plurality of elastic members having stretchability in the left-right direction, and a left-right-direction mean stress (σ BR) in an up-down-direction region of the first waist portion that is between the lower end of the stretchy sheet and an elastic member located at an uppermost position among the plurality of elastic members is smaller than a left-right-direction mean stress (σ UR) in an up-down-direction region of the first waist portion in which the stretchy sheet is arranged, and wherein an up-down-direction length of the up-down-direction region in which the stretchy sheet is arranged is longer than an up-down-direction length between the lower end of the stretchy sheet and the elastic member located uppermost. an absorbent main body; and a first waist portion that is joined to the absorbent main body and that includes a stretchy sheet having stretchability in the left-right direction, the stretchy sheet having a lower end, the lower end being located at a position separated upward in the up-down direction by a predetermined distance from an upper end of the absorbent main body, wherein the stretchy sheet having a lower end, the lower end being located at a position separated upward in the up-down direction by a predetermined distance from an upper end of the absorbent main body, wherein the first waist portion includes a plurality of elastic members having stretchability in the left-right direction, and a left-right-direction mean stress (σ BR) in an up-down-direction region of the first waist portion that is between the lower end of the stretchy sheet and an elastic member located at an uppermost position among the plurality of elastic members is smaller than a left-right-direction mean stress (σ UR) in an up-down-direction region of the first waist portion in which the stretchy sheet is arranged, and wherein an up-down-direction length of the up-down-direction region in which the stretchy sheet is arranged is longer than an up-down-direction length between the lower end of the stretchy sheet and the elastic member located uppermost.
Tyre testing device for testing tyres lying flat with their side surface on a horizontal underlying surface, comprising a tyre tester, characterized in that the tyre tester has a number of testing heads (5 9) for testing the inner running surface of the tyre and twice as many testing heads (6, 10, 7, 11) for testing the outer side surface (3, 2) of the tyre.
A ball valve for use in industrial pipelines, the valve comprising: a valve body; an inlet closure piece attached to the valve body; an outlet closure piece attached to the valve body, the valve body, the inlet closure piece, and the outlet closure piece together defining an interior cavity; a ball disposed in the interior cavity, the ball defining a bore extending through the ball; characterized in that the ball valve comprises: a first strain sensor mounted on the inlet closure piece; a second strain sensor mounted on the outlet closure piece; and an electronic controller system in communication with the first strain sensor and the second strain sensor, the electronic control system configured to estimate the position of a pig passing through the valve by comparing an arrival time of the pig at the inlet closure and the outlet closure of the body based on signals from the first strain sensor and the second strain sensor. a valve body; an inlet closure piece attached to the valve body; an outlet closure piece attached to the valve body, the valve body, the inlet closure piece, and the outlet closure piece together defining an interior cavity; a ball disposed in the interior cavity, the ball defining a bore extending through the ball; characterized in that the ball valve comprises: a first strain sensor mounted on the inlet closure piece; a second strain sensor mounted on the outlet closure piece; and an electronic controller system in communication with the first strain sensor and the second strain sensor, the electronic control system configured to estimate the position of a pig passing through the valve by comparing an arrival time of the pig at the inlet closure and the outlet closure of the body based on signals from the first strain sensor and the second strain sensor. a first strain sensor mounted on the inlet closure piece; a second strain sensor mounted on the outlet closure piece; and an electronic controller system in communication with the first strain sensor and the second strain sensor, the electronic control system configured to estimate the position of a pig passing through the valve by comparing an arrival time of the pig at the inlet closure and the outlet closure of the body based on signals from the first strain sensor and the second strain sensor.
An aircraft galley oven comprising: a fan; a heating element surrounding the fan; a water injector; and a drip plate configured to retain water drops from the water injector on the drip plate, wherein: the water injector is disposed between the fan and the heating element such that gravity acting on water drops from the water injector draws the water drops away from the fan and toward the heating element; and the drip plate is disposed between the water injector and the heating element (304,204), more proximal to the heating element than the water injector, to receive water drops due to gravity from the water injector, and retain the water drops on the drip plate to at least the boiling point of water. a fan; a heating element surrounding the fan; a water injector; and a drip plate configured to retain water drops from the water injector on the drip plate, wherein: the water injector is disposed between the fan and the heating element such that gravity acting on water drops from the water injector draws the water drops away from the fan and toward the heating element; and the drip plate is disposed between the water injector and the heating element (304,204), more proximal to the heating element than the water injector, to receive water drops due to gravity from the water injector, and retain the water drops on the drip plate to at least the boiling point of water. the water injector is disposed between the fan and the heating element such that gravity acting on water drops from the water injector draws the water drops away from the fan and toward the heating element; and the drip plate is disposed between the water injector and the heating element (304,204), more proximal to the heating element than the water injector, to receive water drops due to gravity from the water injector, and retain the water drops on the drip plate to at least the boiling point of water.
A method for cooking a food product by using a mixer having a vessel at least partially surrounded by a heating jacket, and a steam injector (116a, 116b) arranged to inject steam into the vessel, the food product comprising starch and the method comprising providing liquid into the vessel, providing the starch into the vessel, mixing the liquid and the starch to form a mixture inside the vessel, heating the mixture for gelatinizing the starch by injecting steam at a first steam flow rate into the vessel during a first period of time (Δt 1) until a first set point temperature (T 1) is reached, heating the mixture for gelatinizing the starch further by feeding a heating medium through the heating jacket during a subsequent, second period of time (Δt 2) until a second set point temperature (T 2) is reached which is higher than the first set point temperature (T 1), characterized by during the step of heating by feeding the heating medium through the heating jacket, reducing the injecting of steam to a second steam flow rate, wherein the second steam flow rate is 0 to 30% of the first steam flow rate, wherein the second set point temperature (T 2) is within a range of 50-70 °C. providing liquid into the vessel, providing the starch into the vessel, mixing the liquid and the starch to form a mixture inside the vessel, heating the mixture for gelatinizing the starch by injecting steam at a first steam flow rate into the vessel during a first period of time (Δt 1) until a first set point temperature (T 1) is reached, heating the mixture for gelatinizing the starch further by feeding a heating medium through the heating jacket during a subsequent, second period of time (Δt 2) until a second set point temperature (T 2) is reached which is higher than the first set point temperature (T 1), characterized by during the step of heating by feeding the heating medium through the heating jacket, reducing the injecting of steam to a second steam flow rate, wherein the second steam flow rate is 0 to 30% of the first steam flow rate, wherein the second set point temperature (T 2) is within a range of 50-70 °C.
Rear rack (1, 1a) for a motor vehicle, having a holder (3, 3a) for vehicle-fixed securing of the rear rack (1, 1a), having a rack frame (2, 2a) on which the holder (3, 3a) is disposed, and on which at least one functional platform (6, 8; 6a, 8a) is mounted, which platform is foldable relative to the rack frame (2, 2a) about a folding axis (S 1, S 2) to a compact stow position and mounted to be tiltable about a tilting axis to a loading and unloading position, extending along the vehicle transverse direction in the installed condition of the rear rack (1, 1a), characterized in that the folding axis (S 1, S 2) and the tilting axis are oriented at an acute angle relative to each other and are defined by a one-piece support profile (4, 4a) which is mounted to be rotatable relative to the rack frame (2, 2a) about the tilting axis, and to which profile the at least one functional platform (6, 8; 6a, 8a) is mounted to be pivotable.