mhurhangee/ep-ind-claims huggingface dataset:
A display device comprising: a first substrate including: a display area including a plurality of pixels, and a peripheral area positioned around the display area; a second substrate facing the first substrate; a sealant formed between the first substrate and the second substrate and positioned in the peripheral area, a thin film transistor positioned on the first substrate; a pixel electrode layer positioned on the thin film transistor and including a plurality of pixel electrodes positioned in the display area; and a pixel definition layer positioned on the pixel electrode layer and including a peripheral portion overlapping a voltage transmission electrode, wherein the peripheral portion includes: a spacer; an inclination portion formed with the spacer and positioned at a first side of the spacer, and a main portion connected to the spacer and positioned at a second side opposite to the first side of the spacer and facing the sealant, and wherein a height of a top surface of the spacer with respect to the first substrate is higher than a height of a top surface of the main portion and the inclination portion, characterised in that the inclination portion has a concave inclination surface. a first substrate including: a display area including a plurality of pixels, and a peripheral area positioned around the display area; a display area including a plurality of pixels, and a peripheral area positioned around the display area; a second substrate facing the first substrate; a sealant formed between the first substrate and the second substrate and positioned in the peripheral area, a thin film transistor positioned on the first substrate; a pixel electrode layer positioned on the thin film transistor and including a plurality of pixel electrodes positioned in the display area; and a pixel definition layer positioned on the pixel electrode layer and including a peripheral portion overlapping a voltage transmission electrode, wherein the peripheral portion includes: a spacer; an inclination portion formed with the spacer and positioned at a first side of the spacer, and a main portion connected to the spacer and positioned at a second side opposite to the first side of the spacer and facing the sealant, and a spacer; an inclination portion formed with the spacer and positioned at a first side of the spacer, and a main portion connected to the spacer and positioned at a second side opposite to the first side of the spacer and facing the sealant, and wherein a height of a top surface of the spacer with respect to the first substrate is higher than a height of a top surface of the main portion and the inclination portion, characterised in that the inclination portion has a concave inclination surface.
A method for detecting prostate cell proliferative disorders in a subject comprising detecting the presence or absence of CpG methylation within at least the KLF8 gene or the KLF8 gene and of at least one gene selected from the group consisting of RASSF2A; TFAP2E; HIST1H4K; GSTPi; MME; RARB; NKX3-1; NPAL3; ACVR2A; ARL4C; PDE4D; CARTPT; HIST1H2BD; CUL1; MOBKL2B; IFLTD1 (KRAS); ANXA2; NFATC3; MN1; FGF13; NKX2-6; SPG20; DSE/SART2; GJA1; SPATA6; MCC; GPR68 (INTRON 1 AND/OR EXON 2 REGION) in a biological sample isolated from said subject, wherein the presence of methylation indicates the presence of a carcinoma.
Wing of an aircraft, said wing comprising: - a leading edge forming a caisson delimited by a wall and an electrically conductive skin forming a lower surface and an upper surface of the wing and pierced with holes (205, 405), the wall links an inner face of the lower surface to an inner face of the upper surface, - a pump provided to suck the air present in the caisson and/or to inject air into the caisson, said wing being characterized in that each hole (205, 405) is equipped with an anti-clogging system (204, 404) which comprises: - a electrode (306, 406) produced in an electrically conductive material, - a body (302, 402) produced in an electrically insulating material and having a stem (308, 408) which lodges in the hole (205, 405) and which has a central orifice (310, 410) in which the electrode (306, 406) lodges, where the outer face of the stem (308, 408) has at least one tooth (312, 412), where the at least one tooth (312, 412) protrudes from the outer face of the stem (308, 408) and extends over the height of the stem (308, 408), where the at least one tooth (312, 412) is distributed around the stem (308, 408) so as to create at least one channel (314, 414), and - a voltage generator connected between the electrode (306, 406) and the skin. - a leading edge forming a caisson delimited by a wall and an electrically conductive skin forming a lower surface and an upper surface of the wing and pierced with holes (205, 405), the wall links an inner face of the lower surface to an inner face of the upper surface, - a pump provided to suck the air present in the caisson and/or to inject air into the caisson, - a electrode (306, 406) produced in an electrically conductive material, - a body (302, 402) produced in an electrically insulating material and having a stem (308, 408) which lodges in the hole (205, 405) and which has a central orifice (310, 410) in which the electrode (306, 406) lodges, where the outer face of the stem (308, 408) has at least one tooth (312, 412), where the at least one tooth (312, 412) protrudes from the outer face of the stem (308, 408) and extends over the height of the stem (308, 408), where the at least one tooth (312, 412) is distributed around the stem (308, 408) so as to create at least one channel (314, 414), and - a voltage generator connected between the electrode (306, 406) and the skin.
A composition having D-psicose as an active ingredient for use in the prevention of a disease connected with MCP-1 chemokine secretion, wherein the disease is arteriosclerosis.
A drying and steaming device through which drying and steaming are continuously performed on a fabric on which dyes are printed, the device comprising: a burner body having an internal space formed therein; a gas supply pipe adapted to supply gas to the interior of the burner body; a plurality of injection nozzles adapted to inject the gas supplied from the gas supply pipe into the interior of the burner body; a catalyst layer spaced apart from the fabric by a predetermined distance so as to perform the drying and steaming of the fabric on which the dyes are printed, the catalyst layer having a low temperature combustion catalyst serving to burn the gas injected through the injection nozzles in a non-flame state and a support serving to support the low temperature combustion catalyst; an electrical heater adapted to heat the catalyst layer; and a thermocouple adapted to measure the temperature of the catalyst layer, wherein the fabric is dried by means of radiation heat occurring through far infrared rays emitted from the catalyst layer upon the heating of the catalyst layer, and wherein the steaming of the fabric on which the dyes are printed by means of high temperature steam occurring through the combustion reaction of the gas supplied to the interior of the burner body to the low temperature combustion catalyst. a burner body having an internal space formed therein; a gas supply pipe adapted to supply gas to the interior of the burner body; a plurality of injection nozzles adapted to inject the gas supplied from the gas supply pipe into the interior of the burner body; a catalyst layer spaced apart from the fabric by a predetermined distance so as to perform the drying and steaming of the fabric on which the dyes are printed, the catalyst layer having a low temperature combustion catalyst serving to burn the gas injected through the injection nozzles in a non-flame state and a support serving to support the low temperature combustion catalyst; an electrical heater adapted to heat the catalyst layer; and a thermocouple adapted to measure the temperature of the catalyst layer, wherein the fabric is dried by means of radiation heat occurring through far infrared rays emitted from the catalyst layer upon the heating of the catalyst layer, and wherein the steaming of the fabric on which the dyes are printed by means of high temperature steam occurring through the combustion reaction of the gas supplied to the interior of the burner body to the low temperature combustion catalyst.
A damper for a compressor of a cooling apparatus, comprising: a hollow hermetic container; and a viscous fluid with which the hermetic container is filled, the damper being installed between an annular mounting portion provided in a compressor of a cooling apparatus and a support that supports the compressor of the cooling apparatus, and the damper isolating vibration and supporting the compressor, wherein the hermetic container includes a cylindrical support formed of a thick, rubbery elastic body on which the annular mounting portion is placed, the cylindrical support elastically supporting a weight of the compressor, and a bellows portion formed of a thin film-shaped rubbery elastic body that is provided inside the cylindrical support, the bellows portion being elastically deformed while being in contact with the annular mounting portion of the compressor that is laterally displaced by vibration. a hollow hermetic container; and a viscous fluid with which the hermetic container is filled, the damper being installed between an annular mounting portion provided in a compressor of a cooling apparatus and a support that supports the compressor of the cooling apparatus, and the damper isolating vibration and supporting the compressor, a cylindrical support formed of a thick, rubbery elastic body on which the annular mounting portion is placed, the cylindrical support elastically supporting a weight of the compressor, and a bellows portion formed of a thin film-shaped rubbery elastic body that is provided inside the cylindrical support, the bellows portion being elastically deformed while being in contact with the annular mounting portion of the compressor that is laterally displaced by vibration.
Assembly of a plug-in connector part, comprising - a holding frame which has a receiving space for receiving at least one contact insert and which has at least one flange portion, - a housing part which has a receiving opening, into which the holding frame can be inserted in an insertion direction, and which has at least one support portion formed in the receiving opening, and - at least one locking element which is arranged on the holding frame, wherein the locking element is in engagement with the housing part in an inserted position in order to lock the holding frame to the housing part, characterized in that the assembly further comprises - at least one spring element which is arranged on the at least one flange portion and which, for forming an electrical contact-connection between the holding frame and the housing part, rests on the at least one support portion and is moved to a loaded state in the inserted position. - a holding frame which has a receiving space for receiving at least one contact insert and which has at least one flange portion, - a housing part which has a receiving opening, into which the holding frame can be inserted in an insertion direction, and which has at least one support portion formed in the receiving opening, and - at least one locking element which is arranged on the holding frame, wherein the locking element is in engagement with the housing part in an inserted position in order to lock the holding frame to the housing part, characterized in that the assembly further comprises - at least one spring element which is arranged on the at least one flange portion and which, for forming an electrical contact-connection between the holding frame and the housing part, rests on the at least one support portion and is moved to a loaded state in the inserted position.
A drive device for a hatch of a motor vehicle, wherein the drive device comprises two drive sections (3, 4) that are linearly moveable relative to each other between a retracted position and an extended position, wherein the drive sections (3, 4) are spring biased against each other into the extended position by a spring arrangement and wherein an end stop is provided to limit the drive motion between the drive sections (3, 4) to the extended position; characterized in that the end stop comprises a damping arrangement with a deformation zone, that during a drive motion into the end stop, depending on the speed of the drive motion, the damping arrangement damps the drive motion mainly based on plastic deformation of the deformation zone, that the deformation zone is provided by a damping element that is plastically deformable by a drive motion for damping, and that the damping element is designed as a bushing, that is plastically deformable along its axial extension by a drive motion for damping. wherein the drive sections (3, 4) are spring biased against each other into the extended position by a spring arrangement and wherein an end stop is provided to limit the drive motion between the drive sections (3, 4) to the extended position; characterized in that the end stop comprises a damping arrangement with a deformation zone, that during a drive motion into the end stop, depending on the speed of the drive motion, the damping arrangement damps the drive motion mainly based on plastic deformation of the deformation zone, that the deformation zone is provided by a damping element that is plastically deformable by a drive motion for damping, and that the damping element is designed as a bushing, that is plastically deformable along its axial extension by a drive motion for damping.
An iron-chromium based brazing filler metal powder suitable for brazing of stainless steel base material, characterized in that it comprises: between 11 and 35 wt% Chromium, between 0 and 30 wt% Nickel, between 2 and 20 wt% Copper, between 2 and 10 wt% Silicon, between 4 and 10 wt% Phosphorous, between 0-10 wt% Manganese, trace elements in an amount less than 1 wt% balanced with at least 20 wt% iron, and if Si is equal to or less than 6 wt% then P is above 8 wt% and if P is less or equal to 8 wt% then Si is above 6 wt%. between 11 and 35 wt% Chromium, between 0 and 30 wt% Nickel, between 2 and 20 wt% Copper, between 2 and 10 wt% Silicon, between 4 and 10 wt% Phosphorous, between 0-10 wt% Manganese, trace elements in an amount less than 1 wt% balanced with at least 20 wt% iron, and if Si is equal to or less than 6 wt% then P is above 8 wt% and if P is less or equal to 8 wt% then Si is above 6 wt%.
A method for preventing pattern recognition in electronic code book - ECB - encryption of images comprising injecting noise into a bitmap of an image to create a noisy bitmap of the image, wherein the injecting noise includes modifying pixel values for at least a subset of pixels in the bitmap of the image and wherein the noisy bitmap of the image provides randomness in the pixels and is visually perceptually similar to the bitmap of the image; and encrypting the noisy bitmap of the image using ECB encryption, wherein the resulting encrypted image does not include visually recognizable patterns from the content.
A method for determining the reflectance of an object, the method comprising the following steps: - illuminating the object using an outside illuminant having an unknown and variable illumination, - emitting at least one flash of light illuminating the object, each flash of light being emitted by a source and having a known illumination in a wavelength range, - collecting the wave reflected by the object to form at least one image on a sensor, the collecting step being applied at times of flash emitting and without flash emitting, - obtaining an equation with several unknowns, the equation being obtained from formed images, the reflectance of the object and the illumination of the outside illuminant being two unknowns of the equation, - solving the equation, the step for solving the equation comprising - calculating solution points of the equation, - interpolating points calculated by an interpolation function, and - using a first approximation to solve the equation, the first approximation being an approximation according to which each collected image during the emitting of a same flash of light is issued from the emitting of a distinct flash of light, resulting in the equation being an over-determined equation from which can be extracted a plurality of sub-equations to solve, said sub-equations forming an over-determined system of equations and according to which solving the equation comprises solving eaxh sub-equations to obtain a plurality of solution reflectances and calculating a mean of the plurality of the reflectance solution to obtain the reflectance of the object. - illuminating the object using an outside illuminant having an unknown and variable illumination, - emitting at least one flash of light illuminating the object, each flash of light being emitted by a source and having a known illumination in a wavelength range, - collecting the wave reflected by the object to form at least one image on a sensor, the collecting step being applied at times of flash emitting and without flash emitting, - obtaining an equation with several unknowns, the equation being obtained from formed images, the reflectance of the object and the illumination of the outside illuminant being two unknowns of the equation, - solving the equation, the step for solving the equation comprising - calculating solution points of the equation, - interpolating points calculated by an interpolation function, and - using a first approximation to solve the equation, the first approximation being an approximation according to which each collected image during the emitting of a same flash of light is issued from the emitting of a distinct flash of light, resulting in the equation being an over-determined equation from which can be extracted a plurality of sub-equations to solve, said sub-equations forming an over-determined system of equations and according to which solving the equation comprises solving eaxh sub-equations to obtain a plurality of solution reflectances and calculating a mean of the plurality of the reflectance solution to obtain the reflectance of the object.
A method for fabricating a three-dimensional structure on a substrate, the method comprising: propelling aerosol droplets from a deposition head of an aerosol jet printing apparatus toward the substrate, wherein a standoff distance between the deposition head and the substrate is at least 1 mm; partially curing or solidifying the aerosol droplets in-flight; fully curing or solidifying the aerosol droplets once they have been deposited as part of the three-dimensional structure; wherein UV light is used to at least partially cure photopolymer droplets and increase the viscosity of the droplets in-flight for fabricating an overhanging structure without requiring a sacrificial support or tilting the deposition head or the substrate. propelling aerosol droplets from a deposition head of an aerosol jet printing apparatus toward the substrate, wherein a standoff distance between the deposition head and the substrate is at least 1 mm; partially curing or solidifying the aerosol droplets in-flight; fully curing or solidifying the aerosol droplets once they have been deposited as part of the three-dimensional structure; wherein UV light is used to at least partially cure photopolymer droplets and increase the viscosity of the droplets in-flight for fabricating an overhanging structure without requiring a sacrificial support or tilting the deposition head or the substrate.
Device for cooling a roller comprising: a cooling shell with a cross-section in the form of a section of an arc for covering a surface region of the roller, wherein a single bearing with a rotary joint having an axis of rotation extending perpendicularly to the arcuate cross-section is constructed in the region of an edge of the cooling shell for pivotation of the cooling shell about the axis of rotation, characterised in that the single bearing has a degree of freedom in radial direction (r) referred to the arcuate cross-section of the cooling shell so that the cooling shell is mounted in the bearing to be freely displaceable in radial direction (r). a cooling shell with a cross-section in the form of a section of an arc for covering a surface region of the roller, wherein a single bearing with a rotary joint having an axis of rotation extending perpendicularly to the arcuate cross-section is constructed in the region of an edge of the cooling shell for pivotation of the cooling shell about the axis of rotation, characterised in that the single bearing has a degree of freedom in radial direction (r) referred to the arcuate cross-section of the cooling shell so that the cooling shell is mounted in the bearing to be freely displaceable in radial direction (r).
A composite sandwich structure, comprising: first and second composite laminate facesheets (24, 26); a core including a plurality of core segments sandwiched between the first and second facesheets (24, 26); and arrestment means between the core and each of the first and second facesheets (24, 26) for arresting the propagation of an inconsistency in the structure, wherein the arrestment means includes a composite wrap covering edges of each of the core segments and including a portion sandwiched between the core and each of the first and second facesheets (24, 26). first and second composite laminate facesheets (24, 26); a core including a plurality of core segments sandwiched between the first and second facesheets (24, 26); and arrestment means between the core and each of the first and second facesheets (24, 26) for arresting the propagation of an inconsistency in the structure, wherein the arrestment means includes a composite wrap covering edges of each of the core segments and including a portion sandwiched between the core and each of the first and second facesheets (24, 26).
A method of pre-flushing a reservoir path to enhance the hydrocarbon recovery of a subsequent operation; wherein the operation is a secondary operation, a tertiary operation, or a combination thereof; wherein the method comprises: pumping a pre-flush composition into a subterranean reservoir to contact at least a portion of non-polar material within the reservoir path; wherein the pre-flush composition is a multiple phase composition which comprises: a polar fluid; a non-polar phase; and at least one surfactant; wherein the multiple phase composition is an emulsion within an emulsion; breaking the multiple phase composition; contacting at least a portion of the non-polar material in the subterranean reservoir path with the broken multiple phase composition; and in situ forming an in situ fluid in the reservoir path, where the in situ fluid comprises non-polar material from the reservoir path, a polar phase from the polar fluid, and the at least one surfactant. pumping a pre-flush composition into a subterranean reservoir to contact at least a portion of non-polar material within the reservoir path; wherein the pre-flush composition is a multiple phase composition which comprises: a polar fluid; a non-polar phase; and at least one surfactant; wherein the multiple phase composition is an emulsion within an emulsion; a polar fluid; a non-polar phase; and at least one surfactant; breaking the multiple phase composition; contacting at least a portion of the non-polar material in the subterranean reservoir path with the broken multiple phase composition; and in situ forming an in situ fluid in the reservoir path, where the in situ fluid comprises non-polar material from the reservoir path, a polar phase from the polar fluid, and the at least one surfactant.