mhurhangee/ep-ind-claims huggingface dataset:
A camera arrangement comprising an optics unit, a sensor board with an image sensor attached to a first surface of the sensor board facing the optics unit, characterized by an alignment element formed by a thermoplastic material, wherein the alignment element is fixedly attached to the optics unit, a biasing element (112A; 112B; 112C) which is configured to bias the alignment element into abutment with a contact area of the sensor board outside the image sensor, and a heating element which is arranged in the contact area, and which upon activation is configured to transfer heat to the alignment element, such that the alignment element is heated at least partly to a temperature of at least the glass transition temperature of the thermoplastic material, so as to soften for enabling alignment of the sensor board relative the optics unit, wherein the alignment comprises at least one of: plane parallel alignment of the optics unit and the sensor board, or alignment of the optical axis of a lens held by the optics unit such that the optical axis is perpendicular to the image sensor. an optics unit, a sensor board with an image sensor attached to a first surface of the sensor board facing the optics unit, characterized by an alignment element formed by a thermoplastic material, wherein the alignment element is fixedly attached to the optics unit, a biasing element (112A; 112B; 112C) which is configured to bias the alignment element into abutment with a contact area of the sensor board outside the image sensor, and a heating element which is arranged in the contact area, and which upon activation is configured to transfer heat to the alignment element, such that the alignment element is heated at least partly to a temperature of at least the glass transition temperature of the thermoplastic material, so as to soften for enabling alignment of the sensor board relative the optics unit, wherein the alignment comprises at least one of: plane parallel alignment of the optics unit and the sensor board, or alignment of the optical axis of a lens held by the optics unit such that the optical axis is perpendicular to the image sensor. plane parallel alignment of the optics unit and the sensor board, or alignment of the optical axis of a lens held by the optics unit such that the optical axis is perpendicular to the image sensor.
An information bearing device comprising a data bearing pattern, the data bearing pattern (100, 300, 400, 500, 600, 700) having been encoded or embedded with a set of data and comprising M × N pattern defining elements which are arranged to define a set of characteristic spatial distribution properties Î u, v M, N x y, wherein the set of data comprises at least one discrete data ( D i ( u i, v i)), and said discrete data has an associated data bearing pattern (10, 20, 30) which is characteristic of said discrete data, wherein said discrete data and the associated data bearing pattern of said discrete data are related by a characteristic relation function β k u, v x y, the characteristic relation function being a transformation function defining spatial distribution properties of said associated data bearing pattern according to said discrete data ( D i ( u i,v i)) and a characteristic parameter ( k) that is independent of said discrete data, and wherein properties or characteristics of the characteristic relation function are spread, scattered or distributed throughout the data bearing pattern, wherein the characteristic relation function has effect of spreading or scattering a discrete data into the data defining elements of the data bearing pattern; or wherein the characteristic relation function is to operate to represent a discrete data with information or coding spread in spatial domain.
A combination of: (a) Compound A -4-(6,7-Dihydro-5H-pyrrolo[1,2-c]imidazol-5-yl)-3-fluoro-benzonitrile; and (b) a somatostatin analogue selected from octreotide, pasireotide, lanreotide, and vapreotide; wherein (a) and (b) are present in each case in free form, complex form, or in the form of a pharmaceutically acceptable salt.
A blood sugar testing device comprising at least one disposable biosensor adapted to receive a blood sample, further comprising evaluation electronics adapted to retrieve and process information from the at least one disposable biosensor with the applied blood sample, a display adapted to display information from the evaluation electronics, wherein the at least one disposable biosensor and the display are arranged in a common non-vapour permeable closable space, characterized in that the display is hygroscopic.
Method for manufacturing thermally stressed engine components having a geometrically complex structure by metal injection moulding of metal powder mixed with a binder, by which method individual parts of the engine component are produced as separately moulded green compact sections and then as debindered brown compact sections (5, 6) which are joined together to form a two-part or multi-part brown compact and sintered in the assembled state, wherein the brown compact sections (5, 6) have differing shrinkage properties in the sintering process, depending on the type and structure of the metal powder used, wherein at least one more heavily shrinking first brown compact section is automatically pressed against at least one second brown compact section during sintering of the assembled brown compact, characterized in that connecting elements in the form of positively engaging projections and recesses are provided at the joining surfaces of the brown compact sections (5, 6) to be joined, said having differing shrinkage properties, in such a way that during sintering of the assembled brown compact, the brown compact section with projections undergoes a greater shrinkage than the brown compact section with recesses.
A hand dryer apparatus, comprising: a casing having an air inlet port that admits air and a nozzle that discharges the air admitted through the air inlet port; a fan that is housed in the casing and generates an airflow directed from the air inlet port toward the nozzle; and an intake air pathway body placed in the casing and forming an intake air pathway extending from the air inlet port toward the fan, wherein the casing comprises: a base supporting the fan; and a cover having the air inlet port and removable from the base, and the intake air pathway body is fixed on the cover. a casing having an air inlet port that admits air and a nozzle that discharges the air admitted through the air inlet port; a fan that is housed in the casing and generates an airflow directed from the air inlet port toward the nozzle; and an intake air pathway body placed in the casing and forming an intake air pathway extending from the air inlet port toward the fan, wherein the casing comprises: a base supporting the fan; and a cover having the air inlet port and removable from the base, and a base supporting the fan; and a cover having the air inlet port and removable from the base, and the intake air pathway body is fixed on the cover.
A vane pump comprising: a case; a rotor disposed in the case, the rotor having a bore; a plurality of vanes radially moveable with respect to the rotor extend from the rotor; a drive shaft engaged with the bore; a second shaft fixedly connected to the case and extending from the case to slidingly engage the bore, the drive shaft retainable in a predetermined position with respect to the case, characterized by a land (74, 76) extending from each end of the rotor, each land (74, 76) cooperating with the case to seal a fluid flow, and each land (74, 76) further axially controlling a rotor position within the case by a sliding engagement. a case; a rotor disposed in the case, the rotor having a bore; a plurality of vanes radially moveable with respect to the rotor extend from the rotor; a drive shaft engaged with the bore; a second shaft fixedly connected to the case and extending from the case to slidingly engage the bore, the drive shaft retainable in a predetermined position with respect to the case, characterized by a land (74, 76) extending from each end of the rotor, each land (74, 76) cooperating with the case to seal a fluid flow, and each land (74, 76) further axially controlling a rotor position within the case by a sliding engagement.
A system for processing a received signal having at least one pseudorandom code, PRNorig, applied thereto, said received signal having a frequency, said system comprising: first correlator circuitry (54, 58) arranged to correlate the received signal with a first code to provide an output; second correlator circuitry (56, 60) arranged to correlate the received signal with a second code to provide an output; and characterised by processing means (62, 64, 66) for processing the outputs of said first (54, 58) and second (56, 60) correlator circuitry wherein said processing means (62, 64, 66) is arranged to receive the output from said first correlator circuitry (54, 58) and the output from said second correlator circuitry (56, 60) and to perform a multiply operation between the output from said first correlator circuitry and the output from said second correlator circuitry and to integrate the output of the multiply operation to cancel said frequency; said first code and said second code being different; wherein said first code and second code when interleaved provide PRNorig, such that at any point one code is the same as PRNorig, the other code is 0. first correlator circuitry (54, 58) arranged to correlate the received signal with a first code to provide an output; second correlator circuitry (56, 60) arranged to correlate the received signal with a second code to provide an output; and characterised by processing means (62, 64, 66) for processing the outputs of said first (54, 58) and second (56, 60) correlator circuitry wherein said processing means (62, 64, 66) is arranged to receive the output from said first correlator circuitry (54, 58) and the output from said second correlator circuitry (56, 60) and to perform a multiply operation between the output from said first correlator circuitry and the output from said second correlator circuitry and to integrate the output of the multiply operation to cancel said frequency; said first code and said second code being different; wherein said first code and second code when interleaved provide PRNorig, such that at any point one code is the same as PRNorig, the other code is 0.
A blade outer air seal segment, comprising: a radially outward surface; a radially inward surface oriented away from the radially outward surface; a cooling channel located between the radially outward surface and the radially inward surface; a stress-relief boss extending into the cooling channel; and an inlet orifice fluidly coupled to the cooling channel through the stress-relief boss, wherein the cooling channel is defined, at least partially, by a radially outward channel surface and a radially inward channel surface; characterized in that the stress-relief boss extends away from the radially outward channel surface to a surface of the stress-relief boss, and a radial height of the cooling channel between the radially outward channel surface and the radially inward channel surface is greater than a radial height of the cooling channel between the surface of the stress-relief boss and the radially inward channel surface. a radially outward surface; a radially inward surface oriented away from the radially outward surface; a cooling channel located between the radially outward surface and the radially inward surface; a stress-relief boss extending into the cooling channel; and an inlet orifice fluidly coupled to the cooling channel through the stress-relief boss, wherein the cooling channel is defined, at least partially, by a radially outward channel surface and a radially inward channel surface; characterized in that the stress-relief boss extends away from the radially outward channel surface to a surface of the stress-relief boss, and a radial height of the cooling channel between the radially outward channel surface and the radially inward channel surface is greater than a radial height of the cooling channel between the surface of the stress-relief boss and the radially inward channel surface.
A lens for 3D glasses with reduced back reflectance having an optical interference filter deposited on one or both sides thereof, said optical interference filter comprising: a basic stack of non-absorbing thin film layers based on a filter design without reduced back reflection, the number, materials and thicknesses of said thin film layers being selected such that the optical interference filter has substantial transmittance at one or more passbands over the visible spectral range in order to view a desired left or right eye image, and a substantial reflectance and absorption at one or more different blocking bands over the visible spectral range in order to block the undesired right or left eye image, characterised in that said optical interference filter further comprises an appended stack of at least three layers incorporating one or more absorbing layers in the form of thin film metal or semiconductor layers effective to reduce back reflectance; wherein the (relative change in transmittance)/(relative change in luminance back reflectance) ratio for at least one of said passbands is less than 0.5, where the relative change is with respect to the transmittance and luminance back reflectance performance based on setting the thicknesses of said one or more absorbing layers to 0 nm. a basic stack of non-absorbing thin film layers based on a filter design without reduced back reflection, the number, materials and thicknesses of said thin film layers being selected such that the optical interference filter has substantial transmittance at one or more passbands over the visible spectral range in order to view a desired left or right eye image, and a substantial reflectance and absorption at one or more different blocking bands over the visible spectral range in order to block the undesired right or left eye image, characterised in that said optical interference filter further comprises an appended stack of at least three layers incorporating one or more absorbing layers in the form of thin film metal or semiconductor layers effective to reduce back reflectance; wherein the (relative change in transmittance)/(relative change in luminance back reflectance) ratio for at least one of said passbands is less than 0.5, where the relative change is with respect to the transmittance and luminance back reflectance performance based on setting the thicknesses of said one or more absorbing layers to 0 nm.
An optoelectronic sensor for detecting an object in a monitoring area, the sensor having a light transmitter for transmitting transmitted light of a wavelength range, a light receiver for generating a received signal from the remitted transmitted light remitted at the object, receiving optics arranged in front of the light receiver and comprising an optical filter matched to the wavelength range for suppressing extraneous light, and a control and evaluation unit configured to generate object information from the received signal, characterized in that the sensor comprises an adjusting device for changing the angle of incidence of the remitted transmitted light on the optical filter in order to adapt a passband of the optical filter to the wavelength range.
A method for producing group III nitride crystalline pieces, comprising: (a) annealing a group III nitride piece composed of GaN and formed by the ammonothermal method, wherein the annealing is carried out in a reducing ambient at a temperature between 1100 and 1300°C for a time and at a pressure sufficient to concentrate a contaminant at a Ga-polar surface of the piece, wherein the contaminant is at least one of Li, Na, K, and Mg; and (b) removing an amount of the surface of the piece subsequent to step (a) to reduce the amount of the contaminant in the piece. (a) annealing a group III nitride piece composed of GaN and formed by the ammonothermal method, wherein the annealing is carried out in a reducing ambient at a temperature between 1100 and 1300°C for a time and at a pressure sufficient to concentrate a contaminant at a Ga-polar surface of the piece, wherein the contaminant is at least one of Li, Na, K, and Mg; and (b) removing an amount of the surface of the piece subsequent to step (a) to reduce the amount of the contaminant in the piece.
A vascular delivery device for introduction into a vasculature, the vascular delivery device comprising: an inner expandable member; an outer drug delivery component comprising a drug infusible layer configured to be infused with a therapeutic agent while located in the vasculature and being associated with the inner expandable member; and an infusion lumen in fluid communication with the drug infusible layer, the infusion lumen being configured to transport the therapeutic agent to the drug infusible layer, wherein the inner expandable member and the outer drug delivery component are evertable, the device being configured such that upon pressurization of the inner expandable member, the inner expandable member and the drug delivery component evert and extend through a lumen of a vessel. an inner expandable member; an outer drug delivery component comprising a drug infusible layer configured to be infused with a therapeutic agent while located in the vasculature and being associated with the inner expandable member; and an infusion lumen in fluid communication with the drug infusible layer, the infusion lumen being configured to transport the therapeutic agent to the drug infusible layer, wherein the inner expandable member and the outer drug delivery component are evertable, the device being configured such that upon pressurization of the inner expandable member, the inner expandable member and the drug delivery component evert and extend through a lumen of a vessel.
A method of optimizing channel selection for an access point wirelessly connected to one or more stations, the method comprising: collecting, in the access point, 24 hours or longer worth of local frequency spectral information from a set of stations, each station comprising a spectrum analyzer and wirelessly connected to the access point; collecting, in the access point, the received signal strengths of the signals sent by the access point to the set of stations and of the signals sent by the set of stations to the access point; determining a channel capacity for each of the plurality of channels by determining a data rate from the collected frequency spectral information and the collected signal strengths; and determining a ranking of spectral efficiency, in bits per second per channel width, for a plurality of frequency channels by dividing the channel capacity by the channel width. collecting, in the access point, 24 hours or longer worth of local frequency spectral information from a set of stations, each station comprising a spectrum analyzer and wirelessly connected to the access point; collecting, in the access point, the received signal strengths of the signals sent by the access point to the set of stations and of the signals sent by the set of stations to the access point; determining a channel capacity for each of the plurality of channels by determining a data rate from the collected frequency spectral information and the collected signal strengths; and determining a ranking of spectral efficiency, in bits per second per channel width, for a plurality of frequency channels by dividing the channel capacity by the channel width.
Method for the distribution of video sequences according to a nominal stream format intended to describe a plurality of audiovisual scenes, with each scene being comprised of a plurality of hierarchical audiovisual objects and from a descriptor of said hierarchy and of the spatial and temporal relations between said objects, with each video object comprising at least one I-VOP full digital plane, said I-VOP plane is broken down into blocks and macroblocks that depend on one another through correlation coefficients, characterised in that, before the transmission to the client equipment, an analysis of the stream is conducted in order to generate a first modified stream, having the same format as the nominal stream, said modified stream resulting from the modification of said correlation coefficients by random coefficients of the same nature and a second stream of any format, comprising the digital information adapted to allow for the reconstruction of said modified coefficients, then to transmit the first modified stream by a wide band network from the server to the destination equipment, and to transmit on-demand, during the viewing of the nominal stream, the second stream from the server to the destination equipment, and in that on the destination equipment a summary of a stream in nominal format is calculated according to said first stream and said second stream.
A work vehicle, comprising: an engine; an engine compartment accommodating the engine; a cooling target member disposed in the engine compartment and which is to be cooled; a top plate having a ventilation part and defining a top face of the engine compartment, the ventilation part being disposed in a position horizontally away from the cooling target member; and a first guide member having a cutout part or a first opening part disposed over the cooling target member; wherein the first guide member extends from the cutout part or the first opening part to the ventilation part, and covering the ventilation part from below; and wherein the first guide member further has an extending part extending to the outside of the engine compartment to discharge water received by the first guide member to the outside of the engine compartment. an engine; an engine compartment accommodating the engine; a cooling target member disposed in the engine compartment and which is to be cooled; a top plate having a ventilation part and defining a top face of the engine compartment, the ventilation part being disposed in a position horizontally away from the cooling target member; and a first guide member having a cutout part or a first opening part disposed over the cooling target member;
A system for preparing a diluted aqueous stream comprising sodium laureth sulfate, the system comprising: - a source of an aqueous fluid; - a source of a concentrated aqueous feed stream comprising sodium laureth sulfate; - an apparatus (1, 2), for introducing the concentrated aqueous feed stream into the aqueous fluid, for obtaining the diluted aqueous stream comprising sodium laureth sulfate, wherein the apparatus comprises: - a reactor (10, 20) for holding an aqueous fluid; - at least one recircularization loop (11, 21) for conveying the aqueous fluid as a recirculated aqueous stream from the reactor (10, 20) back to the reactor (10, 20); wherein the recircularization loop (11, 21) comprises a first pump (12, 22) and a homogenizer (13, 23); - at least one first feeding line (14, 24) for supplying a concentrated aqueous feed stream comprising sodium laureth sulfate; wherein the first feeding line (14, 24) comprises a second pump (15, 25) and is directly, fluidly connected to the homogenizer (13, 23). - a source of an aqueous fluid; - a source of a concentrated aqueous feed stream comprising sodium laureth sulfate; - an apparatus (1, 2), for introducing the concentrated aqueous feed stream into the aqueous fluid, for obtaining the diluted aqueous stream comprising sodium laureth sulfate, - a reactor (10, 20) for holding an aqueous fluid; - at least one recircularization loop (11, 21) for conveying the aqueous fluid as a recirculated aqueous stream from the reactor (10, 20) back to the reactor (10, 20); wherein the recircularization loop (11, 21) comprises a first pump (12, 22) and a homogenizer (13, 23); - at least one first feeding line (14, 24) for supplying a concentrated aqueous feed stream comprising sodium laureth sulfate; wherein the first feeding line (14, 24) comprises a second pump (15, 25) and is directly, fluidly connected to the homogenizer (13, 23).