mhurhangee/patent-ind-claim-en huggingface dataset:
Light emission system comprising: - a light source support comprising a first cooperation member , - a printed circuit board fixed to the light source holder and comprising a connection system , - a connection cable comprising a connection socket , this connection socket comprising a second cooperation member , the connection system , the support and the socket being arranged in such a way that when the connection system and the socket are connected to each other, the first and second cooperation members cooperate together to form a fixed mechanical connection, characterized in that the light source holder is a heat sink, and the heat sink comprises a plate of conductive material on which the printed circuit board is fixed, the first cooperation member being formed by a hole passing through said plate . - a light source support comprising a first cooperation member , - a printed circuit board fixed to the light source holder and comprising a connection system , - a connection cable comprising a connection socket , this connection socket comprising a second cooperation member ,
Method of manufacturing a sheet comprising photocatalytic nanoparticles, the method comprising the steps of: • impregnating a paper sheet with a polymer resin, comprising wear resistant particles; • drying the polymer resin; • spraying the paper sheet with the dry polymer resin with an impregnation fluid composition comprising dispersed photocatalytic nanoparticles; • drying and/or at least partly curing said impregnated paper sheet comprising the polymer resin and the impregnation fluid, wherein the photocatalytic nanoparticles comprise photocatalytically active nanoparticles of TiO 2 , wherein said nanoparticles have a primary particle size of < 50 nm, wherein the concentration of said photocatalytic nanoparticle impregnation fluid is > 1 wt%, and wherein the amount of impregnation fluid composition per square meter of the applied surface is in the range 1-200 ml/m 2 . • impregnating a paper sheet with a polymer resin, comprising wear resistant particles; • drying the polymer resin; • spraying the paper sheet with the dry polymer resin with an impregnation fluid composition comprising dispersed photocatalytic nanoparticles; • drying and/or at least partly curing said impregnated paper sheet comprising the polymer resin and the impregnation fluid,
A method for bonding thinned semiconductor chips to a target substrate , comprising the steps of: • obtaining a first adhesive tape with a plurality of thinned semiconductor chips attached thereto, wherein the chips have a given position relative to each other, • transferring the thinned chips to a second adhesive tape by one or more tape-to-tape transfer steps, wherein the position of the chips relative to each other is maintained, • providing a carrier substrate having a temporary adhesive layer on its surface, • while the chips remain attached to the second tape , bonding the chips to the carrier substrate by attaching the chips to the adhesive layer , • peeling off the second adhesive tape , thereby obtaining an assembly of the carrier substrate and the thinned chips attached thereto by the temporary adhesive , • dicing the assembly, to thereby obtain a plurality of carrier/chip assemblies , each carrier/chip assembly comprising a carrier chip and a thin chip removably attached thereto, • bonding the carrier/chip assemblies to the target substrate , wherein the chips are bonded to a surface of the target substrate, • removing the carrier chips . • obtaining a first adhesive tape with a plurality of thinned semiconductor chips attached thereto, wherein the chips have a given position relative to each other, • transferring the thinned chips to a second adhesive tape by one or more tape-to-tape transfer steps, wherein the position of the chips relative to each other is maintained, • providing a carrier substrate having a temporary adhesive layer on its surface, • while the chips remain attached to the second tape , bonding the chips to the carrier substrate by attaching the chips to the adhesive layer , • peeling off the second adhesive tape , thereby obtaining an assembly of the carrier substrate and the thinned chips attached thereto by the temporary adhesive , • dicing the assembly, to thereby obtain a plurality of carrier/chip assemblies , each carrier/chip assembly comprising a carrier chip and a thin chip removably attached thereto, • bonding the carrier/chip assemblies to the target substrate , wherein the chips are bonded to a surface of the target substrate, • removing the carrier chips .
A water valve , the water valve comprising: a housing having an inlet and an outlet and a flow path extending through the housing between the inlet and the outlet ; a valve member assembly situated within the flow path and operable to selective open and close the flow path; a guide tube , the guide tube mounted to the housing ; a solenoid actuator mounted to the guide tube ; wherein the guide tube includes an axially facing first mating surface arranged perpendicularly relative to a longitudinal axis of the guide tube and wherein the housing includes an axially facing second mating surface arranged perpendicularly to a longitudinal axis of the housing; wherein the first and second axially facing mating surfaces abut one another in a pre-bonded configuration of the water valve ; characterized in that the guide tube and housing form a joint at the outer periphery of the water valve by a laser welding operation at an interface of the first and second axially facing mating surfaces . a housing having an inlet and an outlet and a flow path extending through the housing between the inlet and the outlet ; a valve member assembly situated within the flow path and operable to selective open and close the flow path; a guide tube , the guide tube mounted to the housing ; a solenoid actuator mounted to the guide tube ; wherein the guide tube includes an axially facing first mating surface arranged perpendicularly relative to a longitudinal axis of the guide tube and wherein the housing includes an axially facing second mating surface arranged perpendicularly to a longitudinal axis of the housing; wherein the first and second axially facing mating surfaces abut one another in a pre-bonded configuration of the water valve ; characterized in that the guide tube and housing form a joint at the outer periphery of the water valve by a laser welding operation at an interface of the first and second axially facing mating surfaces .
Metal-ceramic substrate, in which at least one metal layer is provided on a substantially rectangular ceramic substrate, wherein the ceramic substrate is at least partially free of metallic coating in the edge region, is surface-like in shape, and the metal layer provided thereon does not extend at least partially to the edge of the surface-like ceramic substrate and thus at least the partially metal-free edge region is formed and the edge region, which is free from metallization, extends laterally to an imaginary parallel to the ceramic edge, wherein the distance of the imaginary parallel to the ceramic edge is at most 1.5 cm, characterized in in that the metal-ceramic substrate is a DCB substrate and has a flatness of less than 1600 μm, wherein the flatness of the metal-ceramic substrate is understood to mean a shape tolerance of the metal-ceramic substrate in which the flat surface of the metal-ceramic substrate must be located, the tolerance limits resulting from two imaginary surfaces parallel to the ideally planar surface of the metal-ceramic substrate, wherein in the case in which the actually produced surface of the metal-ceramic substrate pierces through one of the parallel surfaces, the tolerance is exceeded and the tolerance indicates the distance between the two imaginary parallel surfaces and wherein the surface of the ceramic substrate is 5 x 10 cm to 16 x 21 cm.
A computer-implemented method for automatically generating metadata for a media document, the computer-implemented method comprising: computing a feature vector of the media document using a convolutional neural network wherein the media document comprises one or more two-dimensional images, wherein the computing the feature vector comprises computing one or more feature vectors of the one or more 2D images; searching a collection of media documents for one or more matching media documents having corresponding feature vectors similar to the feature vector of the media document , each media document of the collection of media documents being associated with metadata, wherein: the collection of media documents comprises a collection of three-dimensional models, the one or more matching media documents comprise one or more matching 3D models of the collection of 3D models, and each of the corresponding feature vectors of the matching 3D models is similar to at least one of the one or more feature vectors of the 3D model; generating metadata for the media document based on the metadata associated with the one or more matching media documents and displaying the media document in association with the generated metadata. computing a feature vector of the media document using a convolutional neural network wherein the media document comprises one or more two-dimensional images, wherein the computing the feature vector comprises computing one or more feature vectors of the one or more 2D images; searching a collection of media documents for one or more matching media documents having corresponding feature vectors similar to the feature vector of the media document , each media document of the collection of media documents being associated with metadata, wherein: the collection of media documents comprises a collection of three-dimensional models, the one or more matching media documents comprise one or more matching 3D models of the collection of 3D models, and each of the corresponding feature vectors of the matching 3D models is similar to at least one of the one or more feature vectors of the 3D model; generating metadata for the media document based on the metadata associated with the one or more matching media documents and displaying the media document in association with the generated metadata. the collection of media documents comprises a collection of three-dimensional models, the one or more matching media documents comprise one or more matching 3D models of the collection of 3D models, and each of the corresponding feature vectors of the matching 3D models is similar to at least one of the one or more feature vectors of the 3D model; generating metadata for the media document based on the metadata associated with the one or more matching media documents and displaying the media document in association with the generated metadata.
A washing machine comprising: - a washing tub in which washing liquid may be loaded; - a perforated drum rotatably accommodated in the washing tub for containing laundry to be washed; - a discharge system fluidly connected to the washing tub and adapted to selectively discharge washing liquid from the washing tub , and - a valve , placed between the washing tub and the discharge system , comprising: a) a valve seat through which liquid can pass from the washing tub to the discharge system , b) a closure member movable with respect to the valve seat from a closing position, in which said closure member abuts against the valve seat , impeding the flow of washing liquid from the washing tub to the discharge system , to an open position in which said closure member is at least partially spaced apart from the valve seat , allowing the flow of washing liquid from the washing tub to the discharge system ; wherein the washing machine further comprises an air passage (410, 425; 510) fluidly connecting said discharge system and said washing tub for allowing the passage of at least air from the discharge system to the washing tub , characterized in that the washing machine further comprises an intercepting member arranged to prevent a liquid flow exiting said air passage (410, 425; 510) from hitting said drum . - a washing tub in which washing liquid may be loaded; - a perforated drum rotatably accommodated in the washing tub for containing laundry to be washed; - a discharge system fluidly connected to the washing tub and adapted to selectively discharge washing liquid from the washing tub , and - a valve , placed between the washing tub and the discharge system , comprising: a) a valve seat through which liquid can pass from the washing tub to the discharge system , b) a closure member movable with respect to the valve seat from a closing position, in which said closure member abuts against the valve seat , impeding the flow of washing liquid from the washing tub to the discharge system , to an open position in which said closure member is at least partially spaced apart from the valve seat , allowing the flow of washing liquid from the washing tub to the discharge system ; a) a valve seat through which liquid can pass from the washing tub to the discharge system , b) a closure member movable with respect to the valve seat from a closing position, in which said closure member abuts against the valve seat , impeding the flow of washing liquid from the washing tub to the discharge system , to an open position in which said closure member is at least partially spaced apart from the valve seat , allowing the flow of washing liquid from the washing tub to the discharge system ;
A near-eye display device, comprising: a display panel configured to provide an image light beam (IL); a lens element ; and a liquid crystal layer disposed adjacent to the display panel and disposed between the display panel and the lens element , wherein the image light beam (IL) passes through the liquid crystal layer , and at least a portion of the liquid crystal layer modulates the image light beam (IL) according to phase modulation characterized in that the liquid crystal layer further comprises an optical microstructure layer , the optical microstructure layer is located between the lens element and the display panel , the optical microstructure layer comprises a plurality of optical microstructures facing the display panel and disposed in an array, and each of the optical microstructures comprises an inclined surface (IS) inclined relative to the display panel . a display panel configured to provide an image light beam (IL); a lens element ; and a liquid crystal layer disposed adjacent to the display panel and disposed between the display panel and the lens element , wherein the image light beam (IL) passes through the liquid crystal layer , and at least a portion of the liquid crystal layer modulates the image light beam (IL) according to phase modulation characterized in that the liquid crystal layer further comprises an optical microstructure layer , the optical microstructure layer is located between the lens element and the display panel , the optical microstructure layer comprises a plurality of optical microstructures facing the display panel and disposed in an array, and each of the optical microstructures comprises an inclined surface (IS) inclined relative to the display panel .
Device for recovering an object from water comprising an object attachment point for attaching the device to the object, and an inflatable and/or buoyant target mesh element , the target mesh element comprising one or more portions of material arranged to form at least one aperture and being convertible between a) an undeployed state in which the one or more portions of material are packaged and b) a deployed state in which the target mesh element is capable of remaining on or near the surface of the water and the one or more portions of material are arranged to form at least one aperture through which a device such as a boat hook may engage with the target mesh element, the attachment point and target mesh element being linked by an extendible line portion which is extendible when placed under a pre-determined longitudinal force, the extendible line portion comprising a packaged length of lifting line configured to remain in packaged form until the pre-determined longitudinal force is applied to one or both ends of the lifting line once the target mesh element is in the deployed state. a) an undeployed state in which the one or more portions of material are packaged and b) a deployed state in which the target mesh element is capable of remaining on or near the surface of the water and the one or more portions of material are arranged to form at least one aperture through which a device such as a boat hook may engage with the target mesh element,
A power source device including circuitry for providing data over a power line connection to a power receiver device , the power receiver device being a mobile device and the power source device comprising: a power line extending from a power supply at the power source device , the power line being configured to supply charge to a battery of the power receiver device ; a ground line extending from a ground at the power source device ; a first impedance inserted into the power line ; a second impedance inserted into the ground line ; a modulator comprised of a transistor and modulator impedance, between the first impedance and the second impedance , the modulator creating current fluctuations in the power line , when driven and data is transmitted from the power source device to the power receiver device ; a tank capacitor between power line and ground line , outside the first impedance and second impedance ; and a comparator coupled between the first and second impedance (321, 421; 322, 422). a power line extending from a power supply at the power source device , the power line being configured to supply charge to a battery of the power receiver device ; a ground line extending from a ground at the power source device ; a first impedance inserted into the power line ; a second impedance inserted into the ground line ; a modulator comprised of a transistor and modulator impedance, between the first impedance and the second impedance , the modulator creating current fluctuations in the power line , when driven and data is transmitted from the power source device to the power receiver device ; a tank capacitor between power line and ground line , outside the first impedance and second impedance ; and a comparator coupled between the first and second impedance (321, 421; 322, 422).
A method for the detection of a sexually transmitted infectious pathogen in a human subject without sample purification, the method comprising the steps; a) providing a urine sample from the human subject, b) adding a cecropin peptide to the urine sample, c) amplifying the released nucleic acids by loop-mediated isothermal amplification (LAMP) using primers targeting the sexually transmitted infection pathogen nucleic acids, d) detecting a signal from the nucleic acid originating from the sexually transmitted infection pathogen organism, and e) indicating the human subject being infected with a sexually transmitted infectious pathogen, if the signal is above a predetermined value. a) providing a urine sample from the human subject, b) adding a cecropin peptide to the urine sample, c) amplifying the released nucleic acids by loop-mediated isothermal amplification (LAMP) using primers targeting the sexually transmitted infection pathogen nucleic acids, d) detecting a signal from the nucleic acid originating from the sexually transmitted infection pathogen organism, and e) indicating the human subject being infected with a sexually transmitted infectious pathogen, if the signal is above a predetermined value.
A method for preparing a positive electrode material having a general formula Li 1+a' M 1-a' O 2 , with M= (Ni z (Ni 1⁄2 , Mn 1⁄2 ) y M' x ) 1-k A k , wherein x+y+z=1, 0<x≤0.2, 0.55<z≤0.90, M' is either one or both of Co and Al, A is a dopant, 0≤k≤0.1 and 0.01≤a'≤0.10, comprising the steps of: - providing a M-based precursor prepared from the co-precipitation of metal sulphates with a base; - mixing the M-based precursor with either one of LiOH and LiOH·H 2 O, thereby obtaining a first mixture, whereby the Li to transition metal ratio in the first mixture is between 0.60 and 0.90, - sintering the first mixture in an oxidizing atmosphere at a temperature between 750 and 850°C, for a time between 8 and 36 hrs, thereby obtaining a lithium deficient precursor powder, - mixing the lithium deficient precursor powder with either one of LiOH and LiOH.H 2 O, thereby obtaining a second mixture, - sintering the second mixture in an oxidizing and CO 2 -free atmosphere at a temperature between 750 and 950°C, for a time between 6 and 36 hrs. - providing a M-based precursor prepared from the co-precipitation of metal sulphates with a base; - mixing the M-based precursor with either one of LiOH and LiOH·H 2 O, thereby obtaining a first mixture, whereby the Li to transition metal ratio in the first mixture is between 0.60 and 0.90, - sintering the first mixture in an oxidizing atmosphere at a temperature between 750 and 850°C, for a time between 8 and 36 hrs, thereby obtaining a lithium deficient precursor powder, - mixing the lithium deficient precursor powder with either one of LiOH and LiOH.H 2 O, thereby obtaining a second mixture, - sintering the second mixture in an oxidizing and CO 2 -free atmosphere at a temperature between 750 and 950°C, for a time between 6 and 36 hrs.
An AAV9 vector containing a polynucleotide of interest for use in a method of treatment of a peripheral demyelinating disease in a subject in need thereof wherein the method comprises a step of transducing myelinating Schwann cells of the subject with said AAV9 vector containing the polynucleotide of interest wherein the polynucleotide of interest is operatively linked to a promoter sequence and wherein the administration of the vector is done by direct injection into the nerve.
A method for indicating beam information, comprising: determining (S201), by a transmitting end, a first transmitting beam to be used for transmission with a receiving end; determining (S202), by the transmitting end, a first beam pair link, BPL, identifier corresponding to the first transmitting beam on the basis of a first mapping relationship, wherein the first mapping relationship comprises a mapping relationship among BPL identifiers, Channel State Information-Reference Signal Resource Indicators, CRIs, and transmitting beams, and the receiving end is provided with a second mapping relationship which comprises a mapping relationship among the BPL identifiers, the CRIs and receiving beams; transmitting (S203), by the transmitting end, the first BPL identifier to the receiving end; and transmitting (S204), by the transmitting end, a signal to the receiving end by using the first transmitting beam; characterized in that , the method further comprises: transmitting, by the transmitting end, a mapping relationship between the BPL identifiers and the CRIs to the receiving end. determining (S201), by a transmitting end, a first transmitting beam to be used for transmission with a receiving end; determining (S202), by the transmitting end, a first beam pair link, BPL, identifier corresponding to the first transmitting beam on the basis of a first mapping relationship, wherein the first mapping relationship comprises a mapping relationship among BPL identifiers, Channel State Information-Reference Signal Resource Indicators, CRIs, and transmitting beams, and the receiving end is provided with a second mapping relationship which comprises a mapping relationship among the BPL identifiers, the CRIs and receiving beams; transmitting (S203), by the transmitting end, the first BPL identifier to the receiving end; and transmitting (S204), by the transmitting end, a signal to the receiving end by using the first transmitting beam;