mhurhangee/ep-ind-claims huggingface dataset:
A pattern forming method comprising: (i) a step of forming a film by an actinic ray-sensitive or radiation-sensitive resin composition containing a resin having (a) a repeating unit represented by the following formula, and a compound capable of generating an organic acid upon irradiation with an actinic ray or radiation, (ii) a step of exposing the film, and (iii) a step of developing the film by using an organic solvent-containing developer to form a negative pattern: wherein R 0 represents a hydrogen atom or a methyl group, and each of R 1, R 2 and R 3 independently represents a linear or branched alkyl group, wherein the resin is a resin containing the repeating unit (a) in an amount of 45 mol% or more based on all repeating units in the resin, and wherein the content of the resin in the entire composition is from 30 to 99 mass%, based on the entire solid content. (i) a step of forming a film by an actinic ray-sensitive or radiation-sensitive resin composition containing a resin having (a) a repeating unit represented by the following formula, and a compound capable of generating an organic acid upon irradiation with an actinic ray or radiation, (ii) a step of exposing the film, and (iii) a step of developing the film by using an organic solvent-containing developer to form a negative pattern: wherein R 0 represents a hydrogen atom or a methyl group, and each of R 1, R 2 and R 3 independently represents a linear or branched alkyl group, wherein the resin is a resin containing the repeating unit (a) in an amount of 45 mol% or more based on all repeating units in the resin, and wherein the content of the resin in the entire composition is from 30 to 99 mass%, based on the entire solid content. wherein R 0 represents a hydrogen atom or a methyl group, and each of R 1, R 2 and R 3 independently represents a linear or branched alkyl group, wherein the resin is a resin containing the repeating unit (a) in an amount of 45 mol% or more based on all repeating units in the resin, and wherein the content of the resin in the entire composition is from 30 to 99 mass%, based on the entire solid content.
A cowl structure for a vehicle, comprising a cowl outer panel that extends in a vehicle width direction at a front end portion of a front windshield glass, wherein the cowl outer panel supports the front end portion of the front windshield glass from a lower side of the front windshield glass via a sealing member; wherein the front end portion of the front windshield glass is adhered to the sealing member, characterized in that the cowl outer panel has at a front portion side thereof a glass support portion to which the sealing member is adhered; wherein the cowl structure additionally comprises a drainage apparatus disposed at a rear side, in a vehicle front-rear direction, of the sealing member, at least a portion of the drainage apparatus being provided at the cowl outer panel, and the drainage apparatus draining, out of the vehicle, water drops that have flowed down a glass inner face at a vehicle cabin interior side of the front windshield glass; wherein the drainage apparatus includes a downflow portion provided at a vehicle width direction end portion or a vehicle width direction central portion of the cowl outer panel and a drainage member disposed at the lower side, in the vehicle up-down direction, of the downflow portion, the drainage member draining the water drops out of the vehicle.
A system for visualizing an anatomical target, comprising: an imaging device having a field of view for imaging at least a portion of a region to be imaged; an image processing module configured to receive images from the imaging device and stitch together a plurality of images from the imaging device to generate a composite image of the region to be imaged, the composite image being registered to real-time images and a three-dimensional model; the three-dimensional model generated from pre- or intra operative images; characterised in that the three-dimensional model includes images of an internal volume in the region to be imaged not visible in the images from the imaging device; and an internal view module configured to generate for display an internal view of the internal volume from the three-dimensional model at one or more positions along the composite image. an imaging device having a field of view for imaging at least a portion of a region to be imaged; an image processing module configured to receive images from the imaging device and stitch together a plurality of images from the imaging device to generate a composite image of the region to be imaged, the composite image being registered to real-time images and a three-dimensional model; the three-dimensional model generated from pre- or intra operative images; characterised in that the three-dimensional model includes images of an internal volume in the region to be imaged not visible in the images from the imaging device; and an internal view module configured to generate for display an internal view of the internal volume from the three-dimensional model at one or more positions along the composite image.
Arrangement having a seal, comprising: - a casing, - a cover, - at least one seal, wherein the casing has a longitudinal axis, wherein the cover is introduced into the casing in the axial direction in order to close an end-face opening of the casing, wherein - the arrangement has a seal carrier, - the seal carrier has a first radial groove which extends in the circumferential direction and which has a radial depth direction, in which first radial groove there is arranged a first radial seal which seals against a radially inner surface of the casing, - the seal carrier has a first axial groove which extends in the circumferential direction and which has an axial depth direction, in which first axial groove there is arranged a first axial seal which seals against an axial surface of the cover, characterized in that the cover is arranged axially further inside the casing than the seal carrier, such that the seal carrier bears with the seals axially against the cover from the outside. - a casing, - a cover, - at least one seal, wherein the casing has a longitudinal axis, wherein the cover is introduced into the casing in the axial direction in order to close an end-face opening of the casing, wherein - the arrangement has a seal carrier, - the seal carrier has a first radial groove which extends in the circumferential direction and which has a radial depth direction, in which first radial groove there is arranged a first radial seal which seals against a radially inner surface of the casing, - the seal carrier has a first axial groove which extends in the circumferential direction and which has an axial depth direction, in which first axial groove there is arranged a first axial seal which seals against an axial surface of the cover, characterized in that the cover is arranged axially further inside the casing than the seal carrier, such that the seal carrier bears with the seals axially against the cover from the outside.
A composition comprising (a) an antibody that binds to human Siglec-8 for use in a method of (i) treating or preventing chronic rhinosinusitis with concomitant asthma in an individual, (ii) treating or preventing aspirin-exacerbated respiratory disease in an individual, (iii) treating or preventing adult onset non-atopic asthma with sinus disease in an individual, or (iv) treating or preventing chronic obstructive pulmonary disease in an individual, wherein the antibody that binds to human Siglec-8 comprises a heavy chain variable region comprising the amino acid sequence of SEQ ID NO:6 and a light chain variable region comprising the amino acid sequence selected from SEQ ID Nos: 16 or 21, and wherein optionally the individual is a human.
Sensor arrangement for light sensing and temperature sensing, comprising: - a first sensor input for connecting a temperature sensor and a second sensor input for connecting a light sensor, in particular an ambient light sensor, - a sensor switch for electrically connecting either the first or the second sensor input (1, 2) to an integration input of an integrating analog-to-digital converter, - a reference circuit connected to the integration input via a first switch, - a first reference input of the integrating analog-to-digital converter to be connected with a first reference potential, - a controller unit connected to an integration output of the integrating analog-to-digital converter and designed to control the first switch depending on an integrated sensor signal (Vout) integrated by the integrating analog-to-digital converter and depending on the first reference potential, and characterised in that the first reference potential is set to different values depending on whether the first or second sensor input (1,2) is electrically connected to the integration input. - a first sensor input for connecting a temperature sensor and a second sensor input for connecting a light sensor, in particular an ambient light sensor, - a sensor switch for electrically connecting either the first or the second sensor input (1, 2) to an integration input of an integrating analog-to-digital converter, - a reference circuit connected to the integration input via a first switch, - a first reference input of the integrating analog-to-digital converter to be connected with a first reference potential, - a controller unit connected to an integration output of the integrating analog-to-digital converter and designed to control the first switch depending on an integrated sensor signal (Vout) integrated by the integrating analog-to-digital converter and depending on the first reference potential, and
A hydraulic system (40,44) powered by a shaft of an engine to control a plurality of hydraulic cylinders (28, 30, 32) including at least one boom lift hydraulic cylinder coupled to a boom to pivot the boom about a horizontal axis, a dipper hydraulic cylinder coupled to a dipper to pivot the dipper about a horizontal axis, and an implement hydraulic cylinder coupled to an implement to pivot the implement about a horizontal axis; characterized in that: the hydraulic system (40, 44) includes: a first variable displacement pump/motor delivering a fluid either through a first load-holding valve to a head side of the at least one boom lift hydraulic cylinder or through a second load-holding valve to a rod side of the at least one boom lift hydraulic cylinder; a second variable displacement pump/motor delivering a fluid either through a bi-directional valve to a high-pressure accumulator or through both a third load-holding valve and the first load-holding valve to the head side of the at least one boom lift hydraulic cylinder; and a charge pump delivering a fluid to a low-pressure accumulator, a boom hydraulic circuit, and a swing hydraulic circuit; wherein the first variable displacement pump/motor and the second variable displacement pump/motor can be connected to provide a higher flow to the at least one boom lift hydraulic cylinder than a flow achieved by one of the first variable displacement pump/motor or the second variable displacement pump/motor, and the high-pressure accumulator and the first variable displacement pump/motor and the second variable displacement pump/motor can add power back to the engine shaft. a first variable displacement pump/motor delivering a fluid either through a first load-holding valve to a head side of the at least one boom lift hydraulic cylinder or through a second load-holding valve to a rod side of the at least one boom lift hydraulic cylinder; a second variable displacement pump/motor delivering a fluid either through a bi-directional valve to a high-pressure accumulator or through both a third load-holding valve and the first load-holding valve to the head side of the at least one boom lift hydraulic cylinder; and a charge pump delivering a fluid to a low-pressure accumulator, a boom hydraulic circuit, and a swing hydraulic circuit; wherein the first variable displacement pump/motor and the second variable displacement pump/motor can be connected to provide a higher flow to the at least one boom lift hydraulic cylinder than a flow achieved by one of the first variable displacement pump/motor or the second variable displacement pump/motor, and the high-pressure accumulator and the first variable displacement pump/motor and the second variable displacement pump/motor can add power back to the engine shaft.
Vehicle which is designed for transporting at least one crane and the ballast weights which are also intended for weighting the crane, wherein the vehicle has a ballast-lifting device, by means of which ballast weights are movable between a transport position situated on the vehicle and a usage position provided on the crane, characterised in that the at least one crane and the vehicle are movable relative to one another in the vertical direction such that at least one crane support foot of the at least one crane is movable between a usage position lowered onto the ground and a transport position raised above the ground.
A flame retardant composition comprising: (i) from 5 wt. % to 99.5 wt. % of an inorganic flame retardant comprising aluminum trihydrate and/or magnesium hydroxide; and (ii) from 0.5 wt. % to 25 wt. % of a flame retardant synergist comprising: (a) a hydrotalcite; and (b) a clay; wherein the weight ratio of hydrotalcite: clay is in a range from 2:1 to 100:1. (i) from 5 wt. % to 99.5 wt. % of an inorganic flame retardant comprising aluminum trihydrate and/or magnesium hydroxide; and (ii) from 0.5 wt. % to 25 wt. % of a flame retardant synergist comprising: (a) a hydrotalcite; and (b) a clay; wherein the weight ratio of hydrotalcite: clay is in a range from 2:1 to 100:1. (a) a hydrotalcite; and (b) a clay;
An apparatus for providing virtual reality video content comprising: means for providing virtual reality video content to a virtual reality user device for display in a virtual space (13, 80), wherein the virtual reality user device is a virtual reality headset; means for determining selection of an object of interest in the virtual space (13, 80); means for scaling a representation of a user in the virtual space (13, 80) based at least on a distance V in the virtual space (13, 80) between the user and the object of interest, wherein the scaling of the representation of the user comprises scaling both a speed and a height of the representation of the user, and wherein the means for scaling the representation of the user in the virtual space (13, 80) is arranged such that the representation of the user in the virtual space is scaled based on a distance P between a physical location of the user in the real-world space and a boundary in the real-world space and the boundary is located between the user and the object of interest; and means for performing a reversal of the scaling based on a location of the user in the real-world space, wherein scaling the representation of the user comprises increasing a height of the representation of the user and the reversal of the scaling comprises decreasing the height of the user. means for providing virtual reality video content to a virtual reality user device for display in a virtual space (13, 80), wherein the virtual reality user device is a virtual reality headset; means for determining selection of an object of interest in the virtual space (13, 80); means for scaling a representation of a user in the virtual space (13, 80) based at least on a distance V in the virtual space (13, 80) between the user and the object of interest, wherein the scaling of the representation of the user comprises scaling both a speed and a height of the representation of the user, and wherein the means for scaling the representation of the user in the virtual space (13, 80) is arranged such that the representation of the user in the virtual space is scaled based on a distance P between a physical location of the user in the real-world space and a boundary in the real-world space and the boundary is located between the user and the object of interest; and means for performing a reversal of the scaling based on a location of the user in the real-world space, wherein scaling the representation of the user comprises increasing a height of the representation of the user and the reversal of the scaling comprises decreasing the height of the user.
A method for allocating Hybrid Automatic Repeat Request, HARQ, processes, the method comprising: a Radio Network Controller, RNC, sending a notification message carrying a downgraded capability category of User Equipment, UE, to a Node B; and the Node B allocating HARQ processes for the UE by using a total number of soft channel bits corresponding to the downgraded capability category wherein the notification message further carries indication information used for indicating whether or not to limit the Node B to an explicit way of notifying the HARQ processes wherein the indication information indicates to limit the Node B to an explicit way of notifying the HARQ processes using one of the following ways: in the case that there is a first information cell in the indication information to indicate to limit the Node B to an explicit way of notifying the HARQ processes; and in the case that a value of a second information cell in the indication information is used to indicate to limit the Node B to an explicit way of notifying the HARQ processes, wherein, the indication information comprises at least one of the following items: High Speed Downlink Shared Channel, HS-DSCH, Frequency Diversion Duplex, FDD, Information, HS-DSCH Information To Modify, and HS-DSCH Information To Modify Unsynchronised; wherein the notification message comprises at least one of the following items: RADIO LINK SETUP REQUEST, RADIO LINK RECONFIGURATION PREPARE, and RADIO LINK RECONFIGURATION READY. a Radio Network Controller, RNC, sending a notification message carrying a downgraded capability category of User Equipment, UE, to a Node B; and the Node B allocating HARQ processes for the UE by using a total number of soft channel bits corresponding to the downgraded capability category wherein the notification message further carries indication information used for indicating whether or not to limit the Node B to an explicit way of notifying the HARQ processes wherein the indication information indicates to limit the Node B to an explicit way of notifying the HARQ processes using one of the following ways: in the case that there is a first information cell in the indication information to indicate to limit the Node B to an explicit way of notifying the HARQ processes; and in the case that a value of a second information cell in the indication information is used to indicate to limit the Node B to an explicit way of notifying the HARQ processes, wherein, the indication information comprises at least one of the following items: High Speed Downlink Shared Channel, HS-DSCH, Frequency Diversion Duplex, FDD, Information, HS-DSCH Information To Modify, and HS-DSCH Information To Modify Unsynchronised; wherein the notification message comprises at least one of the following items: RADIO LINK SETUP REQUEST, RADIO LINK RECONFIGURATION PREPARE, and RADIO LINK RECONFIGURATION READY.
Method of manufacturing a coated material comprising solid fragments coated with a binder, in which a first part of the solid fragments is dried and coated, whereupon the remaining part of the solid fragments, having retained its initial humidity, is added to the mix obtained, characterized in that at least said first part of the solid fragments contains fines.
Compressor system for generating compressed air, comprising: - a drive; - a compressor powered by the drive; - a lubricant cooler connected to the compressor for cooling a lubricant; - a compressed air cooler connected to the compressor for cooling compressed air generated by the compressor; - a blower unit connected to the lubricant cooler and the compressed air cooler for supplying cooled air thereto; characterized in that - the blower unit has at least two blowers (06, 07), which can be controlled by signals being independently from each other, and which convey cooled air into separate first and second cooling chambers (08, 11); - the first cooling chamber conveys the cooled air to the lubricant cooler and the second cooling chamber conveys the cooled air to the compressed air cooler; - the lubricant cooler and the compressed air cooler are offset to one another such that the axes of their inflow and outflow flanges disposed on their lateral walls lie in different planes. - a drive; - a compressor powered by the drive; - a lubricant cooler connected to the compressor for cooling a lubricant; - a compressed air cooler connected to the compressor for cooling compressed air generated by the compressor; - a blower unit connected to the lubricant cooler and the compressed air cooler for supplying cooled air thereto; - the blower unit has at least two blowers (06, 07), which can be controlled by signals being independently from each other, and which convey cooled air into separate first and second cooling chambers (08, 11); - the first cooling chamber conveys the cooled air to the lubricant cooler and the second cooling chamber conveys the cooled air to the compressed air cooler; - the lubricant cooler and the compressed air cooler are offset to one another such that the axes of their inflow and outflow flanges disposed on their lateral walls lie in different planes.
Process of structuring a diamond substrate, comprising the steps of: (a) depositing an adhesion layer on a face of the diamond substrate; (b) coating a resist layer on the adhesion layer; (c) removing parts of the resist layer so as to expose parts of the adhesion layer and form a corresponding structuring mask; (d) etching the adhesion layer and the diamond substrate through the structuring mask so as to form structures on the face of said diamond substrate; wherein the adhesion layer comprises substantially a non-metallic compound; and characterized in that at least one of the structures comprises one or more colour centres. (a) depositing an adhesion layer on a face of the diamond substrate; (b) coating a resist layer on the adhesion layer; (c) removing parts of the resist layer so as to expose parts of the adhesion layer and form a corresponding structuring mask; (d) etching the adhesion layer and the diamond substrate through the structuring mask so as to form structures on the face of said diamond substrate; wherein the adhesion layer comprises substantially a non-metallic compound; and characterized in that at least one of the structures comprises one or more colour centres.
A multi-compartment container for culturing and surface multiplication of human autologous fibroblasts on a membrane carrier, characterised in that it consists of three compartments in the form of sleeves with the same diameter, i.e. a bottom compartment, a middle compartment and a top compartment, detachably connected to each other, wherein two transverse shutters are mounted, with the shutter aperture being adjustable from completely closed to open position, wherein one shutter is mounted in the top compartment and the other one at the interface of the bottom and middle compartments (2,3) separating the inner chambers of those compartments from each other, wherein at the bottom the container is provided with a base forming the closure of the bottom compartment, at the top the container is provided with a closure of the top compartment, and at the interface of the top and middle compartments (4, 3), namely either in the top compartment at its base, or, more preferably, in the middle compartment at its top edge, a stabilising ring is mounted, on which a sterile collagen membrane made of human or animal collagen for culturing human fibroblasts is securely mounted, for example glued.