mhurhangee/patent-ind-claim-en huggingface dataset:
A display panel comprising: a light source configured to emit blue light (BL); and a quantum dot color filter layer comprising: a red light converter comprising red quantum dot particles configured to convert the blue light into red light, a green light converter comprising green quantum dot particles configured to convert the blue light into green light, a light transmitting portion configured to transmit the blue light, and a white light generator comprising a first region and a second region, wherein the white light generator generates a white light having an x value in the range of 0.2 to 0.4 and a y value in the range of 0.2 to 0.4 on the chromaticity diagram; wherein the first region comprises yellow quantum dot particles configured to convert the blue light into yellow light, wherein the second region transmits the blue light, and wherein the yellow light has an emission peak wavelength in a range of 540 nm to 580 nm. a light source configured to emit blue light (BL); and a quantum dot color filter layer comprising: a red light converter comprising red quantum dot particles configured to convert the blue light into red light, a green light converter comprising green quantum dot particles configured to convert the blue light into green light, a light transmitting portion configured to transmit the blue light, and a white light generator comprising a first region and a second region, wherein the white light generator generates a white light having an x value in the range of 0.2 to 0.4 and a y value in the range of 0.2 to 0.4 on the chromaticity diagram; wherein the first region comprises yellow quantum dot particles configured to convert the blue light into yellow light, wherein the second region transmits the blue light, and wherein the yellow light has an emission peak wavelength in a range of 540 nm to 580 nm. a red light converter comprising red quantum dot particles configured to convert the blue light into red light, a green light converter comprising green quantum dot particles configured to convert the blue light into green light, a light transmitting portion configured to transmit the blue light, and a white light generator comprising a first region and a second region, wherein the white light generator generates a white light having an x value in the range of 0.2 to 0.4 and a y value in the range of 0.2 to 0.4 on the chromaticity diagram; wherein the first region comprises yellow quantum dot particles configured to convert the blue light into yellow light, wherein the second region transmits the blue light, and wherein the yellow light has an emission peak wavelength in a range of 540 nm to 580 nm.
A filter cartridge for a water storage container , the filter cartridge comprising a plurality of sub-groups of hydrophilic capillary hollow fibre membranes , the sub-groups being spaced apart from one another to allow water to flow between the sub-groups, wherein the hollow fibre membranes within each sub-group are surrounded by a sheath for holding the sub-group together in a single bundle and the hollow fibre membranes are surrounded by a structural member arranged to provide structural support around the hollow fibre membranes, while allowing water to penetrate through the structural member to reach the hollow fibre membranes wherein the structural member is arranged between a primary filter and the hollow fibre membranes, wherein the primary filter is around the structural member and the primary filter is arranged to prevent silt, dirt and sediment from contacting the hollow fibre membranes inside the structural member , wherein the fibre membranes are either (i) potted at an open end, sealed and capped at a distal end or (ii) are not capped and are open at both ends and the cartridge is arranged such that once water enters through the wall of a hollow fibre membrane under the influence of a pressure differential, it is transferred along its tube-like structure to an output wherein a spacer is provided in between the sub-groups of filter membranes , the spacer having a central circular or hexagonal portion surrounding a central sub-group and a series of spokes protruding substantially radially from the central portion such that spacing is maintained in between adjacent sub-groups of filter membranes . wherein the hollow fibre membranes within each sub-group are surrounded by a sheath for holding the sub-group together in a single bundle and the hollow fibre membranes are surrounded by a structural member arranged to provide structural support around the hollow fibre membranes, while allowing water to penetrate through the structural member to reach the hollow fibre membranes wherein the structural member is arranged between a primary filter and the hollow fibre membranes, wherein the primary filter is around the structural member and the primary filter is arranged to prevent silt, dirt and sediment from contacting the hollow fibre membranes inside the structural member , wherein the fibre membranes are either (i) potted at an open end, sealed and capped at a distal end or (ii) are not capped and are open at both ends and the cartridge is arranged such that once water enters through the wall of a hollow fibre membrane under the influence of a pressure differential, it is transferred along its tube-like structure to an output wherein a spacer is provided in between the sub-groups of filter membranes , the spacer having a central circular or hexagonal portion surrounding a central sub-group and a series of spokes protruding substantially radially from the central portion such that spacing is maintained in between adjacent sub-groups of filter membranes .
Process for manufacturing an ophthalmic lens having at least one optical function, characterized in that it comprises: - a step of additively manufacturing an intermediate optical element by depositing a plurality of predetermined volume elements of at least one material having a predetermined refractive index, said intermediate optical element comprising a target ophthalmic lens adjoined to at least one extra amount of material, called an extra thickness, consisting of a portion of said plurality of volume elements; and - a step of manufacturing by soft polishing said target ophthalmic lens from said intermediate optical element , by at least partial subtraction of said at least one extra thickness so as to filter asperities formed on at least one face of said intermediate optical element during said additive manufacturing step, characterized in that said additive manufacturing step comprises a step of determining manufacturing settings of said intermediate optical element , in which step said extra thickness is determined depending on predetermined parameters of said soft polishing step , said predetermined parameters being a geometric characteristic representative of a cut-off spatial frequency and a geometric characteristic representative of a material removal capacity. - a step of additively manufacturing an intermediate optical element by depositing a plurality of predetermined volume elements of at least one material having a predetermined refractive index, said intermediate optical element comprising a target ophthalmic lens adjoined to at least one extra amount of material, called an extra thickness, consisting of a portion of said plurality of volume elements; and - a step of manufacturing by soft polishing said target ophthalmic lens from said intermediate optical element , by at least partial subtraction of said at least one extra thickness so as to filter asperities formed on at least one face of said intermediate optical element during said additive manufacturing step,
Apparatus for generating training data for two-dimensional scans of a ground radar system, wherein the apparatus comprises an interference object extractor that is configured to determine a quotient image with a reference image from a source GPR image and to extract at least one interference object on the basis of the quotient image ; and wherein the apparatus comprises a result image generator that is configured to generate at least one result GPR image for the source GPR image on the basis of the at least one extracted interference object in order to generate the training data. wherein the apparatus comprises an interference object extractor that is configured to determine a quotient image with a reference image from a source GPR image and to extract at least one interference object on the basis of the quotient image ; and wherein the apparatus comprises a result image generator that is configured to generate at least one result GPR image for the source GPR image on the basis of the at least one extracted interference object in order to generate the training data.
Tool for cleaning surfaces, in particular ship hulls, having a tool body and at least one nozzle body which is arranged in an ablation space of the tool body and the nozzles of which are positioned essentially radially starting from the surface center (F) of the nozzle body , wherein the at least one nozzle body is drivable in rotation via a drive system , and he axis of rotation (D) of the nozzle body running through the surface center (F) of the nozzle body and being arranged essentially parallel to and at a distance (A) to the axis of symmetry (L) of the tool body , characterised in that the at least one nozzle body is movable within the tool body along a plane which is substantially normal to its axis of rotation (D).
A brake control apparatus, comprising: a first switch and a second switch connected in series with each other for selectively supplying current from a power source to an electrically operated actuator of an elevator brake, the control pole of the first switch and the control pole of the second switch being associated with an elevator safety circuit ; wherein the brake control apparatus comprises: a first monitoring circuit configured to indicate operation of the first switch ; and a second monitoring circuit configured to indicate operation of the second switch ; characterized in that the second monitoring circuit is further configured to indicate operation of the first switch while the second switch is open. a first switch and a second switch connected in series with each other for selectively supplying current from a power source to an electrically operated actuator of an elevator brake, the control pole of the first switch and the control pole of the second switch being associated with an elevator safety circuit ; wherein the brake control apparatus comprises: a first monitoring circuit configured to indicate operation of the first switch ; and a second monitoring circuit configured to indicate operation of the second switch ; a first monitoring circuit configured to indicate operation of the first switch ; and a second monitoring circuit configured to indicate operation of the second switch ; characterized in that the second monitoring circuit is further configured to indicate operation of the first switch while the second switch is open.
A vector comprising a fusion gene under the control of a promoter of an inflammatory cytokine, wherein the fusion gene encodes, in the following order, luciferase, interleukin 1β, or a partial sequence thereof comprising a caspase recognition sequence, and a proteolytic signal sequence, wherein the proteolytic signal sequence targets the protein for ubiquitin-mediated proteasome degradation.
A lighting system , comprising - a lighting unit which comprises an LED module provided in a lighting housing ; - a lighting mounting rail to which the lighting unit is fastened; - a coupling-in unit for coupling light into the lighting mounting rail ; and - a coupling-out element for transmitting at least part of the coupled-in light to the lighting unit . - a lighting unit which comprises an LED module provided in a lighting housing ; - a lighting mounting rail to which the lighting unit is fastened; - a coupling-in unit for coupling light into the lighting mounting rail ; and - a coupling-out element for transmitting at least part of the coupled-in light to the lighting unit .
A thermal insulating glass comprising: a glass substrate; a thermal insulating layer; and a protective powder layer positioned on the thermal insulating layer wherein the thermal insulating layer comprises composite tungsten oxide and a binder, and wherein the composite tungsten oxide is represented by formula : M x WO 3-y A y , and wherein M is an alkali metal element or an alkaline earth metal element, W is tungsten, O is oxygen, A is a halogen element, and 0 < x ≤ 1 and 0 ≤ y ≤ 0.5, and wherein the binder comprises one or more of the following components: silicon dioxide, titanium dioxide, and aluminium oxide, and wherein the protective powder layer comprises one or more of the following components: carbon powder, iron powder, zinc powder, aluminum powder, and reducing salt; and preferably, the thickness of the protective powder layer is from 0.01 mm to 5 mm, preferably from 0.1 mm to 1 mm, and more preferably 0.5 mm. a glass substrate; a thermal insulating layer; and a protective powder layer positioned on the thermal insulating layer wherein the thermal insulating layer comprises composite tungsten oxide and a binder, and wherein the composite tungsten oxide is represented by formula : M x WO 3-y A y , and wherein M is an alkali metal element or an alkaline earth metal element, W is tungsten, O is oxygen, A is a halogen element, and 0 < x ≤ 1 and 0 ≤ y ≤ 0.5, and wherein the binder comprises one or more of the following components: silicon dioxide, titanium dioxide, and aluminium oxide, and wherein the protective powder layer comprises one or more of the following components: carbon powder, iron powder, zinc powder, aluminum powder, and reducing salt; and preferably, the thickness of the protective powder layer is from 0.01 mm to 5 mm, preferably from 0.1 mm to 1 mm, and more preferably 0.5 mm.
A patch for acoustically coupling an ultrasound transducer to a body region , the patch comprising: a holder for the ultrasound transducer; and an acoustic coupling layer for acoustically coupling the ultrasound transducer to the body region , the acoustic coupling layer providing an interface layer between the ultrasound transducer and the body region when the ultrasound transducer is mounted in the holder, wherein the acoustic coupling layer comprises a polar liquid absorbent polymer embedded in an elastomer , the polar liquid absorbent polymer being embedded in the elastomer in the form of a plurality of particles, which particles have a diameter of less than 10% of any acoustic wavelength produced by the ultrasound transducer . a holder for the ultrasound transducer; and an acoustic coupling layer for acoustically coupling the ultrasound transducer to the body region , the acoustic coupling layer providing an interface layer between the ultrasound transducer and the body region when the ultrasound transducer is mounted in the holder, wherein the acoustic coupling layer comprises a polar liquid absorbent polymer embedded in an elastomer , the polar liquid absorbent polymer being embedded in the elastomer in the form of a plurality of particles, which particles have a diameter of less than 10% of any acoustic wavelength produced by the ultrasound transducer .
Turbine for a turbine engine extending along an axis, including an annular casing and at least one turbine stage comprising a nozzle and a rotor impeller wheel surrounded by a sealing ring including an abradable element, the impeller wheel and the sealing ring being located downstream from the nozzle , the sealing ring including an upstream end held on the casing by locking means , characterized in that it includes a first elastic seal in contact with the locking means as well as with the nozzle or the casing so as to press the locking means against the sealing ring , and in that the locking means include a radially outer portion with a generally C-shaped cross-section and a radial portion extending radially inward from the outer portion , the turbine including a second elastic seal in contact with the locking means and with a radial face of the sealing ring , the two seals bearing on said radial portion , respectively on either side of the radial portion .
An automatic analyzer comprising: an analysis unit which analyzes a specimen; an expendable item case which accommodates expendable items including a dispensing tip used for dispensing of the specimen and a reaction cell used for reaction between the specimen and a reagent; an expendable item conveyance portion which conveys the expendable items from the expendable item case ; and a body cover which covers the analysis unit, the expendable item case ; and the expendable item conveyance portion , wherein the expendable item case includes a tray in which the expendable items are arrayed, and an expendable item cover which covers the tray and in which an open portion through which the expendable item conveyance portion passes is provided on a side surface thereof, and the expendable item cover includes a barrier portion protruding upward at an end on a side of the open portion. an analysis unit which analyzes a specimen; an expendable item case which accommodates expendable items including a dispensing tip used for dispensing of the specimen and a reaction cell used for reaction between the specimen and a reagent; an expendable item conveyance portion which conveys the expendable items from the expendable item case ; and a body cover which covers the analysis unit, the expendable item case ; and the expendable item conveyance portion , wherein the expendable item case includes a tray in which the expendable items are arrayed, and an expendable item cover which covers the tray and in which an open portion through which the expendable item conveyance portion passes is provided on a side surface thereof, and the expendable item cover includes a barrier portion protruding upward at an end on a side of the open portion.
A fluid ejection die (10,200,250,400,500,550,600,654,702a-e,802) having a die length and a die width , the fluid ejection die (10,200,250,400,500,550,600,654,702a-e,802) comprising: a plurality of nozzles (12a-x,202a-x,252a-x,402a-x,502ah,552,554,602,655,722,806) arranged along the die length and the die width , the plurality of nozzles (12a-x,202a-x,252a-x,402a-x,502ah,552,554,602,655,722,806) comprising a set of neighboring nozzles, wherein the neighboring nozzles of the set of neighboring nozzles have proximate positions along the length of the die and are positioned at different die width positions along the width of the fluid ejection die (10,200,250,400,500,550,600,654,702a-e,802) and wherein the plurality of nozzles (12a-x,202a-x,252a-x,402a-x,502a-h,552,554,602,655,722,806) comprise nozzles (12a-x,202a-x,252a-x,402a-x,502ah,552,554,602,655,722,806) arranged in nozzle columns (20a-d,204a-h,254a-d,406) such that respective nozzles of each nozzle column have an oblique angle of orientation with neighboring nozzles, wherein a distance between sequential nozzles (12a-x,202a-x,252a-x,402a-x,502a-h,552,554,602,655,722,806) of a first nozzle column (20a-d,204a-h,254a-d,406) is within the range of 50 μm to 500 μm; a plurality of ejection chambers (32,438a-c,438u-x,606,657,724) including a respective ejection chamber fluidically coupled to each respective nozzle; and an array of fluid feed holes (34,440a-c,442a-c,442u-x,610,660,662,726) including at least one respective fluid feed hole (34,440a-c,442a-c,442u-x,610,660,662,726) fluidically coupled to each respective ejection chamber (32,438a-c,438u-x,606,657,724). a plurality of nozzles (12a-x,202a-x,252a-x,402a-x,502ah,552,554,602,655,722,806) arranged along the die length and the die width , the plurality of nozzles (12a-x,202a-x,252a-x,402a-x,502ah,552,554,602,655,722,806) comprising a set of neighboring nozzles, wherein the neighboring nozzles of the set of neighboring nozzles have proximate positions along the length of the die and are positioned at different die width positions along the width of the fluid ejection die (10,200,250,400,500,550,600,654,702a-e,802) and wherein the plurality of nozzles (12a-x,202a-x,252a-x,402a-x,502a-h,552,554,602,655,722,806) comprise nozzles (12a-x,202a-x,252a-x,402a-x,502ah,552,554,602,655,722,806) arranged in nozzle columns (20a-d,204a-h,254a-d,406) such that respective nozzles of each nozzle column have an oblique angle of orientation with neighboring nozzles, wherein a distance between sequential nozzles (12a-x,202a-x,252a-x,402a-x,502a-h,552,554,602,655,722,806) of a first nozzle column (20a-d,204a-h,254a-d,406) is within the range of 50 μm to 500 μm; a plurality of ejection chambers (32,438a-c,438u-x,606,657,724) including a respective ejection chamber fluidically coupled to each respective nozzle; and an array of fluid feed holes (34,440a-c,442a-c,442u-x,610,660,662,726) including at least one respective fluid feed hole (34,440a-c,442a-c,442u-x,610,660,662,726) fluidically coupled to each respective ejection chamber (32,438a-c,438u-x,606,657,724).
An implantable medical device having a coating on its surface, useful for surgical implantation into a subject's body, wherein the coating comprises Amnion-derived Cellular Cytokine Solution (ACCS) compositions dispersed in a polymeric coating material.
A method for implementing in-band dual-tone multi-frequency call interception, comprising: receiving a call intercept request for a target user number at a lawful interception provisioning system ; initiating, by an in-band signalling sub-system , call monitoring of an initial call from a calling user to a call proxy system to capture in-band dual-tone multi-frequency signaling, wherein the call proxy system is configured to place a call to a number corresponding to the in-band dual-tone multi-frequency signaling subsequent to receiving the initial call from the calling user; and determining , by an in-band dual-tone multifrequency analyzer , whether the dual-tone multi-frequency signaling corresponds to the target user number, based on: an inter-digit interval threshold, a threshold interval between a tone and the start of the dual-tone multi-frequency signal, the tones of the dual-tone multi-frequency signaling, and whether any real-time transport protocol packets are exchanged between one or more digit tones, wherein: the inter-digit interval threshold and the threshold interval between the tone and the start of the dual-tone multi-frequency signaling is dynamically adapted based on at least one of: a distance of the calling user from the media gateway, a distance of the call proxy system from the media gateway, and a congestion level of a path in the network over which media content for the call is transported. receiving a call intercept request for a target user number at a lawful interception provisioning system ; initiating, by an in-band signalling sub-system , call monitoring of an initial call from a calling user to a call proxy system to capture in-band dual-tone multi-frequency signaling, wherein the call proxy system is configured to place a call to a number corresponding to the in-band dual-tone multi-frequency signaling subsequent to receiving the initial call from the calling user; and determining , by an in-band dual-tone multifrequency analyzer , whether the dual-tone multi-frequency signaling corresponds to the target user number, based on: an inter-digit interval threshold, a threshold interval between a tone and the start of the dual-tone multi-frequency signal, the tones of the dual-tone multi-frequency signaling, and whether any real-time transport protocol packets are exchanged between one or more digit tones, wherein: the inter-digit interval threshold and the threshold interval between the tone and the start of the dual-tone multi-frequency signaling is dynamically adapted based on at least one of: a distance of the calling user from the media gateway, a distance of the call proxy system from the media gateway, and a congestion level of a path in the network over which media content for the call is transported.