mhurhangee/ep-ind-claims huggingface dataset:
A wind power generation system, comprising: a vertical axis wind rotor (105; 118; 125), a transmission mechanism, generator sets (106; 119; 126) and a supporting tower (102, 103, 104; 115, 116, 117; 122, 123, 124), wherein the vertical axis wind rotor (105; 118; 125) is mounted on the supporting tower (102, 103, 104; 115, 116, 117; 122, 123, 124), and the vertical axis wind rotor (105; 118; 125) is connected with multiple generator sets via the transmission mechanism; wherein the components of said vertical axis wind rotor (105; 118; 125) include a drag type blade (245; 259; 270; 285) and a rotation shaft, characterized in that the components of said vertical axis wind rotor (105; 118; 125) further include a lift type blade (242, 243; 257, 258; 266, 267, 268; 282, 283, 284) and a partition board (246; 247; 253; 271; 272; 277), wherein the drag type blade (245; 270) is provided at the centre portion adjacent to the rotation shaft of said vertical axis wind rotor (105; 118; 125); the lift type blade (242, 243; 257, 258; 266, 267, 268; 282, 283, 284) is provided on the outer edge of said vertical axis wind rotor (105; 118; 125); between the drag type blade (245; 259; 270; 285) and the lift type blade (243; 258; 268; 284) is provided an opening (224; 236); several drag type blades (245; 259; 270; 285) and lift type blades (242, 243; 257, 258; 266, 267, 268; 282, 283, 284) are arranged symmetrically around the rotation shaft; several partition boards (246; 247; 253; 271; 272; 277) divide the integral vertical axis wind rotor (105; 118; 125) in the axial direction of rotation shaft into several layers of vertical axis wind rotor units; several lift type blades (242; 257; 266, 267; 282, 283) are additionally provided on the outer side of said lift type blades (243; 258; 268; 284) in the radial direction of the rotation shaft of the vertical axis wind rotor (105; 118; 125); openings are provided between these lift type blades (242, 243; 257, 258; 266, 267, 268; 282, 283, 284); the drag type blades (245; 270) and all the lift type blades (242, 243; 257, 258; 266, 267, 268; 282, 283, 284) are arranged symmetrically around the rotation shaft of the vertical axis wind rotor (105; 118; 125); and the drag type blades (245; 259; 270; 285) and the innermost lift type blades (243; 268) are secured to the partition board (246; 247; 253; 271; 272; 277) while a rigid frame connection (244; 261; 269; 287) is adopted between the lift type blades (242, 243; 257, 258; 266, 267, 268; 282, 283, 284).
A scanning laser projector comprising: a scanning mirror to reflect a light beam in a raster pattern to display an image; a plurality of laser light sources (110, 210-230, 910-932) that emit light at substantially the same wavelength to form the light beam; and a controller coupled to receive a commanded light output level and to drive the plurality of laser light sources (110, 210-230, 910-932), the controller configured to drive only a first of the plurality of laser light sources (110, 210-230, 910-932) when the commanded light output level is below a transition output light level, and to drive the first and a second of the plurality of laser light sources (110, 210-230, 910-932) when the commanded light output level is above the transition output light level, characterised in that the transition output light level is less than a maximum light output available from the first of the plurality of laser light sources (110, 210-230,910-932). a scanning mirror to reflect a light beam in a raster pattern to display an image; a plurality of laser light sources (110, 210-230, 910-932) that emit light at substantially the same wavelength to form the light beam; and a controller coupled to receive a commanded light output level and to drive the plurality of laser light sources (110, 210-230, 910-932), the controller configured to drive only a first of the plurality of laser light sources (110, 210-230, 910-932) when the commanded light output level is below a transition output light level, and to drive the first and a second of the plurality of laser light sources (110, 210-230, 910-932) when the commanded light output level is above the transition output light level, characterised in that the transition output light level is less than a maximum light output available from the first of the plurality of laser light sources (110, 210-230,910-932).
An aqueous setting and hardening accelerator for a cement, mortar or concrete composition, the accelerator composition comprising between 30 and 55 w/w % of a nitrate salt as a nitrate solution and between 0.02 and 0.1 w/w% of an alkaline hydroxide, which is dissolved in the nitrate solution and, optionally, as a hydroxide precipitate in the accelerator composition, wherein the accelerator composition has a pH of at least 9.0.
Coating unit for manufacturing hot-mix bituminous coated materials from aggregates and bitumen, said unit comprising an oven for drying the aggregates and at least one burner equipping said oven, said burner comprising at least one burning head and a conduit for feeding oxidant to the burning head for producing, at the latter, a flame intended to heat the interior of said oven, said burner furthermore comprising at least: - a first pipe connected to the oxidant-feed conduit upstream of the burning head for supplying said oxidant-feed conduit with bitumen vapours and/or dust coming from the bitumen used by the unit and/or from the bituminous coated materials manufactured by the latter, the interior of the first pipe fluidically communicating with the interior of said oxidant-feed conduit substantially upstream of the burning head, and - a second pipe emerging in said oven to feed into the latter bitumen vapours and/or dust coming from the bitumen used by the unit and/or from the bituminous coated materials manufactured by the latter. - a first pipe connected to the oxidant-feed conduit upstream of the burning head for supplying said oxidant-feed conduit with bitumen vapours and/or dust coming from the bitumen used by the unit and/or from the bituminous coated materials manufactured by the latter, the interior of the first pipe fluidically communicating with the interior of said oxidant-feed conduit substantially upstream of the burning head, and - a second pipe emerging in said oven to feed into the latter bitumen vapours and/or dust coming from the bitumen used by the unit and/or from the bituminous coated materials manufactured by the latter.
Process for reducing the intrinsic odour of mouldings made of polyamide moulding compositions by using citric acid, by addition to the moulding composition or by exterior effect on the moulding.
Method for determining the spatial structure of an object, in particular a lens, e.g. a spectacle lens, a spectacle lens blank or a spectacle lens semifinished product, said object having a first optically effective surface and a second optically effective surface, comprising the following steps: arranging the object in a holding device (610, 810); referencing the position of at least one point on the first optically effective surface and the position of at least one point (P') on the second optically effective surface in a coordinate system (618, 818) that is location-fixed with respect to the holding device (610, 810); ascertaining the topography of the first optically effective surface of the object in a coordinate system that is referenced with respect to the coordinate system (618, 818) that is location-fixed with respect to the holding device (610, 810); and calculating the spatial structure of the object from the topography of the first optically effective surface and from a data set concerning the topography of the second optically effective surface, said data set being referenced with respect to the location-fixed coordinate system (618, 818) of the holding device (610, 810), characterized in that the topography of the first optically effective surface of the object is ascertained in the coordinate system that is referenced with respect to the holding device (610, 810) by means of light being provided from a multiplicity of point light sources (684, 684'), said light being reflected at the first optically effective surface, by means of a first brightness distribution being detected, which is brought about on an image sensor (678, 678') by the light of the point light sources (684, 684') that is reflected at the first optically effective surface, and by means of the topography of the first optically effective surface being calculated from the position of the at least one point on the first optically effective surface of the object and from the detected first brightness distribution in the coordinate system that is referenced with respect to the holding device (610, 810).
A method of transmitting a Sidelink Hybrid Automatic Repeat Request, SL HARQ, feedback by a first device, the method comprising: receiving, from a second device, a Physical Sidelink Control Channel, PSCCH; receiving, from the second device, a Physical Sidelink Shared Channel, PSSCH, related to the PSCCH; determining a feedback resource related to transmission of the SL HARQ feedback, among a plurality of feedback resources, based on an identifier, ID, of the first device and a source ID of the second device, wherein the ID of the first device is an ID provided to the first device within a group, for identifying the first device among a plurality of devices performing groupcast communication within the group; transmitting, to the second device, the SL HARQ feedback related to the PSSCH based on the feedback resource. receiving, from a second device, a Physical Sidelink Control Channel, PSCCH; receiving, from the second device, a Physical Sidelink Shared Channel, PSSCH, related to the PSCCH; determining a feedback resource related to transmission of the SL HARQ feedback, among a plurality of feedback resources, based on an identifier, ID, of the first device and a source ID of the second device, wherein the ID of the first device is an ID provided to the first device within a group, for identifying the first device among a plurality of devices performing groupcast communication within the group; transmitting, to the second device, the SL HARQ feedback related to the PSSCH based on the feedback resource.
Assembly for manufacturing a green tyre and/or a green air spring, comprising a template having a shaping surface for placing a tyre component thereon comprising a layer of unvulcanized rubber, wherein the shaping surface is provided with an attachment surface for at least temporarily retaining at least a leading section of the tyre component, characterized in that the attachment surface comprises a number of adhering surface sections with non-adhering surface sections placed in between them, wherein the non-adhering surface sections are at least partially receded with respect to the adhering surface sections, wherein the attachment surface comprises a substantially saw-tooth-shaped cross-section, wherein the adhering surface sections are situated on or near tips of the saw-tooth and the non-adhering surface sections are situated in or near valleys between the tips of the saw-tooth.
Method for the production of fertilizer granules by injecting raw materials by means of at least one multi-substance nozzle into a moving particle bed, wherein an acid and a suspension comprising a phosphate-containing raw material are used as raw materials, which are atomized by the multi-substance nozzle as a spray in the moving particle bed, characterized in that the raw materials react with one another in the spray and the fertilizer granules are formed in the spray, with a grinding process of the suspension taking place before the atomization as a spray in the moving particle bed.
A hydro-elastic vibration-damping device intended to be inserted between at least two parts of a structure, with one being movable relative to the other, and making it possible to dampen the vibrations transmitted between said parts, with said hydro-elastic vibration-damping device comprising: - first rigid means intended to be secured to one of the parts of the structure and second rigid means intended to be secured to another part of the structure; - an elastically deformable unit acting as a resilient spring so positioned between said rigid means (1, 2) as to enable a relative movement between said rigid means, with said assembly being so shaped as to define, between said rigid means, a sealed space (4, 5, 6, 7, 9, 10) containing a damping fluid flowing through said volume, which comprises a first liquid and water, characterized in that: a/ the damping liquid comprises, as the first liquid, at least 50% and at most 60% by weight of propanediol selected from propane-1,2-diol or propane-1,3-diol, or a mixture thereof, and at least 20% and at most 35% by weight of water, in particular does not exceed 30% by weight, more preferably does not exceed 25% by weight, with the percentages being based on the total composition of the damping liquid, b/ the damping fluid further comprises glycerol, c/ the kinematic viscosity of the damping liquid as measured at 22°C ranges from 10mm 2.s -1 to 40mm 2.s -1, more particularly from 10mm 2.s -1 to 35mm 2.s -1, more preferably from 10mm 2.s -1 to 30mm 2.s -1, even more preferably from 10mm 2.s -1 to 25mm 2.s -1, d/ the density of the damping liquid as measured at 22°C ranges from 1 to 1.2, more particularly from 1 to 1.1. - first rigid means intended to be secured to one of the parts of the structure and second rigid means intended to be secured to another part of the structure; - an elastically deformable unit acting as a resilient spring so positioned between said rigid means (1, 2) as to enable a relative movement between said rigid means, with said assembly being so shaped as to define, between said rigid means, a sealed space (4, 5, 6, 7, 9, 10) containing a damping fluid flowing through said volume, which comprises a first liquid and water, a/ the damping liquid comprises, as the first liquid, at least 50% and at most 60% by weight of propanediol selected from propane-1,2-diol or propane-1,3-diol, or a mixture thereof, and at least 20% and at most 35% by weight of water, in particular does not exceed 30% by weight, more preferably does not exceed 25% by weight, with the percentages being based on the total composition of the damping liquid, b/ the damping fluid further comprises glycerol, c/ the kinematic viscosity of the damping liquid as measured at 22°C ranges from 10mm 2.s -1 to 40mm 2.s -1, more particularly from 10mm 2.s -1 to 35mm 2.s -1, more preferably from 10mm 2.s -1 to 30mm 2.s -1, even more preferably from 10mm 2.s -1 to 25mm 2.s -1, d/ the density of the damping liquid as measured at 22°C ranges from 1 to 1.2, more particularly from 1 to 1.1.
A container for a WC rinse aid comprising two halves (1a, 1b) connected to one another by an integrally moulded hinge portion (1.1), which halves can be fastened to one another in the folded-up state and form a plurality of chambers, and a clamping device (1.50), by means of which the container can be inserted at the edge of a WC bowl with a clamped fitting, characterised in that the container is formed by thermoforming and punching of a film, wherein the two halves (1a, 1b) each comprise an integrally formed flap (1.4), on which projections forming the clamping device (1.50) are formed by deformation.
A hand tool having a plurality of tool elements, said tool elements being selectively extendable and retractable through a collar having a central axial opening, from a retracted position in said hand tool to an operative position extending from said collar through said axial opening, said hand tool characterized by a plurality of spring-loaded mechanisms in individual cartridges assembled together around a central axis of said hand tool, each cartridge engaging each other along abutting longitudinal edges, each spring-loaded mechanism having a tool element extendable and retractable by said spring-loaded mechanism, each spring-loaded mechanism further having an actuation means on an external surface of said hand tool to trigger said spring-loaded mechanism for extension and retraction of said tool element, each spring-loaded mechanism further having a cartridge body having a trigger slidable therein by movement of said actuation means; an actuation slider connected to a said tool element, slidable between a retracted position corresponding to said tool element being retracted, and an extended position corresponding to said tool element being extended; cam means (30, 31) on said trigger arranged to contact an extension release means to allow said actuation slider to be released from its retracted position towards its extended position, and a retraction release means to allow the actuation slider to be released from its extended position towards its retracted position; and at least one spring biased to launch said actuation slider when released by either of said release means (20, 22), from one to the other of said retracted and extended positions, said release means (20, 22) at said other retracted or extended position then engaging said actuation slider to retain it at said other retracted or extended position.
A method for displaying a barcode at a mobile device, the method comprising: capturing via a camera at the mobile device, at least one image every predetermined time interval, wherein capturing the at least one image comprises receiving light from at least one comparison light source; for each captured image, scanning the captured image to determine values of parameters in a set of parameters associated with image data of the captured images; accessing values of the parameters in the set of parameters associated with the at least one comparison light source; comparing the determined parameter values of the image data to the accessed parameters values of the at least one comparison light source; and, when a threshold number of the determined parameter values of the image data are within a value threshold of the accessed parameters values of the at least one comparison light source, then: retrieving a barcode from a set of barcodes; and displaying the retrieved barcode on a display screen of the mobile device, wherein the threshold number is based on one or more parameters comprising specification/attributes of the mobile device, value of items associated with the barcode that is to be displayed, merchant whose barcode is to be displayed, location of the mobile device, user of the mobile device, telecommunications network associated with the mobile device. capturing via a camera at the mobile device, at least one image every predetermined time interval, wherein capturing the at least one image comprises receiving light from at least one comparison light source; for each captured image, scanning the captured image to determine values of parameters in a set of parameters associated with image data of the captured images; accessing values of the parameters in the set of parameters associated with the at least one comparison light source; comparing the determined parameter values of the image data to the accessed parameters values of the at least one comparison light source; and, when a threshold number of the determined parameter values of the image data are within a value threshold of the accessed parameters values of the at least one comparison light source, then: retrieving a barcode from a set of barcodes; and displaying the retrieved barcode on a display screen of the mobile device, wherein the threshold number is based on one or more parameters comprising specification/attributes of the mobile device, value of items associated with the barcode that is to be displayed, merchant whose barcode is to be displayed, location of the mobile device, user of the mobile device, telecommunications network associated with the mobile device. retrieving a barcode from a set of barcodes; and displaying the retrieved barcode on a display screen of the mobile device, wherein the threshold number is based on one or more parameters comprising specification/attributes of the mobile device, value of items associated with the barcode that is to be displayed, merchant whose barcode is to be displayed, location of the mobile device, user of the mobile device, telecommunications network associated with the mobile device.
A method of making a library of target nucleic acid molecules from a sample comprising a plurality of target molecules, the method comprising for substantially each target molecule: a. ligating a single adaptor to a target molecule forming a circular molecule, wherein the adaptor comprises two barcodes, two primer binding sites situated between the two barcodes, wherein the primers annealing to the binding sites are facing away from each other, and at least one modified nucleotide effecting a strand synthesis termination by a nucleic acid polymerase situated between the two primer binding sites; b. annealing a forward primer complementary to the adaptor to one strand of the target molecule; c. extending the forward primer up to the modified nucleotide, thereby producing a first strand; d. annealing a reverse primer complementary to the adaptor to the first strand; e. extending the first primer, thereby producing the second strand and a double-stranded molecule comprising the first strand and the second strand wherein the two barcodes are flanking the target sequence. a. ligating a single adaptor to a target molecule forming a circular molecule, wherein the adaptor comprises two barcodes, two primer binding sites situated between the two barcodes, wherein the primers annealing to the binding sites are facing away from each other, and at least one modified nucleotide effecting a strand synthesis termination by a nucleic acid polymerase situated between the two primer binding sites; b. annealing a forward primer complementary to the adaptor to one strand of the target molecule; c. extending the forward primer up to the modified nucleotide, thereby producing a first strand; d. annealing a reverse primer complementary to the adaptor to the first strand; e. extending the first primer, thereby producing the second strand and a double-stranded molecule comprising the first strand and the second strand wherein the two barcodes are flanking the target sequence.
A method of detecting an ear-fitting headphone being removed from an ear of a user wearing the ear-fitting headphone, the method comprising: determining that a capacitance of a capacitive sensor of the ear-fitting headphone has changed; characterised by: if it is determined that the capacitance of the capacitive sensor has changed over a first time period by an amount greater than a first threshold, notifying the user that the ear-fitting headphone has been removed from the ear, wherein determining that the capacitance of the capacitive sensor of the ear-fitting headphone has changed comprises determining an amount of change in capacitance of the capacitive sensor relative to a capacitance of a capacitive sensor of a second ear-fitting headphone in the user's other ear. determining that a capacitance of a capacitive sensor of the ear-fitting headphone has changed; characterised by: if it is determined that the capacitance of the capacitive sensor has changed over a first time period by an amount greater than a first threshold, notifying the user that the ear-fitting headphone has been removed from the ear, wherein determining that the capacitance of the capacitive sensor of the ear-fitting headphone has changed comprises determining an amount of change in capacitance of the capacitive sensor relative to a capacitance of a capacitive sensor of a second ear-fitting headphone in the user's other ear.