mhurhangee/patent-ind-claim-en huggingface dataset:
An eye tracking device comprising one or more illuminators , each illuminator comprising a light emitting side , and each illuminator being connected to a first circuitry carrier , an imaging module connected to a second circuitry carrier , the imaging module comprising optical arrangements, characterised in that the plurality of illuminators , the imaging module and the circuitry carriers are embedded without gaps in a first material , wherein, if the first material is not transparent to the irradiation from the illuminators and/or the irradiation detected by the imaging module , the first material comprises openings such that the light emitting sides of the illuminators and/or the optical arrangements of the imaging module are not covered by first material . one or more illuminators , each illuminator comprising a light emitting side , and each illuminator being connected to a first circuitry carrier , an imaging module connected to a second circuitry carrier , the imaging module comprising optical arrangements, characterised in that the plurality of illuminators , the imaging module and the circuitry carriers are embedded without gaps in a first material , wherein, if the first material is not transparent to the irradiation from the illuminators and/or the irradiation detected by the imaging module , the first material comprises openings such that the light emitting sides of the illuminators and/or the optical arrangements of the imaging module are not covered by first material .
A piece for a stackable section used in a liner for a manhole chamber, the piece comprising a first arm and a second arm which are substantially perpendicular to one another, the first arm being longer than the second arm , wherein the first and second arms each comprise connection means to enable each arm to be connected to an adjacent arm of a corresponding piece ; wherein the first arm and the second arm each comprise an inner skin and an outer skin and characterised in that the second arm extends beyond a region of the inner skin of the first arm by a distance which is greater than a width across the short arm from its inner skin to its outer skin ; and the respective dimensions of the first arm and the second arm (13 are chosen such that, when the piece is incorporated into a stackable section comprising three other corresponding pieces that are connected to each other in a sequence of a second arm of one piece connected to the first arm of an adjacent piece to form a quadrilateral stackable section , a further corresponding piece can fit within the stackable section along an axis substantially parallel to the longitudinal axis of the first arm .
A blade outer air seal for a gas turbine engine, the blade outer air seal comprising: a blade outer air seal body having a radially inner side (R1) and a radially outer side (R2), wherein the radially inner side (R1) has a cavity layer having a plurality of cavities (134; 234) and an abradable coating over the cavity layer , characterised in that : the abradable coating is a geometrically segmented abradable coating formed from a ceramic material; and the cavity layer is a ceramic matrix composite honeycomb layer produced from a woven honeycomb sheet. the abradable coating is a geometrically segmented abradable coating formed from a ceramic material; and the cavity layer is a ceramic matrix composite honeycomb layer produced from a woven honeycomb sheet.
Kit comprising an article (2; 6; 7) made of a transparent material having a longitudinal axis A, a proximal end (3a; 6a; 7a) and a distal end (3b; 6b; 7b), said article having a substantially tubular shape, a supporting device for maintaining under longitudinal compression said article, said supporting device including a proximal holder including a port intended to receive the proximal end of said article , and a distal holder including a receiving part intended to receive the distal end of said article , said port and said receiving part being aligned on the same longitudinal axis B, at least one of said port and receiving part being rotatable around said longitudinal axis B, wherein said supporting device further comprises compression means for putting said article under longitudinal compression directed towards a center of said article, when said article is mounted on said supporting device with its longitudinal axis A aligned on said longitudinal axis B, said kit further including a polarimeter for measuring the stress in the material of the article (2; 6; 7), when said article (2; 6; 7) is mounted on said supporting device , characterized in that the kit is arranged such that the article is maintained in a determined position and rotated in said position by means of its proximal and distal ends only being in contact with the supporting device and such that the light coming from the polarimeter does not encounter undesired obstacle before reaching the article.
A process for the production of a food composition comprising between 10 to 90wt% (by dry weight of the food composition) of an amorphous ingredient and between 10 to 90wt% (by dry weight of the food composition) of a fiber, the process comprising the steps of: a) Mixing the fiber with the amorphous ingredient and optionally water, wherein the mixture has a water content between 20-80% (by weight of the total mixture); b) Drying the mixture of step a) to obtain a food composition powder; c) Optionally milling the dried food composition powder obtained in step b); wherein the fiber is a water insoluble dietary fiber, a cereal bran or a combination thereof and wherein the fibers are not considered to be an amorphous ingredient and are water insoluble dietary fibers. a) Mixing the fiber with the amorphous ingredient and optionally water, wherein the mixture has a water content between 20-80% (by weight of the total mixture); b) Drying the mixture of step a) to obtain a food composition powder; c) Optionally milling the dried food composition powder obtained in step b);
A process for producing a composition comprising a cell population of expanded hematopoietic stem cells, wherein the process comprises expanding hematopoietic stem cells ex vivo or in vitro by a method comprising (a) providing a starting cell population comprising hematopoietic stem cells and (b) culturing said starting cell population in the presence of a compound that inhibits aryl hydrocarbon receptor (AHR) activity, under suitable conditions for expanding hematopoietic stem cells, wherein said starting population is derived from one or two cord blood units, further wherein the composition contains a total number of at least 10 8 cells, and wherein 20-100% of the total cells are CD34+ cells.
Method for treating the underside of a planar substrate with a treatment medium , in which - an underside of the substrate is hydrophobized by means of one-sided, wet-chemical etching; - subsequently, a protective liquid film is formed on a top side of the substrate ; - subsequently, the treatment medium is brought into contact with the underside of the substrate and in the process the top side is protected from any action of the treatment medium and/or the outgassings thereof by means of the protective liquid film . - an underside of the substrate is hydrophobized by means of one-sided, wet-chemical etching; - subsequently, a protective liquid film is formed on a top side of the substrate ; - subsequently, the treatment medium is brought into contact with the underside of the substrate and in the process the top side is protected from any action of the treatment medium and/or the outgassings thereof by means of the protective liquid film .
A transdermal delivery system comprising: (i) a silicone adhesive layer; and (ii) a drug-containing matrix layer comprising: (a) methylphenidate or its pharmaceutically acceptable salt; and (b) a rubber-based polymer that comprises a hydrogenated synthetic hydrocarbon tackifier for example the hydrogenated synthetic hydrocarbon tackifier is about 10-80% by weight based on the total weight of the drug-containing matrix layer, wherein the transdermal delivery system has a flux rate ranging from about 6 μg /cm 2 /hr -100 μg /cm 2 /hr for at least 10 or 24 h after treatment is initiated, wherein the silicone adhesive layer is between a backing layer and the drug-containing matrix layer. (i) a silicone adhesive layer; and (ii) a drug-containing matrix layer comprising: (a) methylphenidate or its pharmaceutically acceptable salt; and (b) a rubber-based polymer that comprises a hydrogenated synthetic hydrocarbon tackifier for example the hydrogenated synthetic hydrocarbon tackifier is about 10-80% by weight based on the total weight of the drug-containing matrix layer, wherein the transdermal delivery system has a flux rate ranging from about 6 μg /cm 2 /hr -100 μg /cm 2 /hr for at least 10 or 24 h after treatment is initiated, wherein the silicone adhesive layer is between a backing layer and the drug-containing matrix layer.
A method (II) for monitoring fouling of membranes of a desalination or water softening plant comprising reverse osmosis (RO) membranes, nanofiltration (NF) membranes, or a combination thereof, the method comprising: Predicting , for one or more RO/NF skids (30A-C), a time until which a cleaning in place (CIP) of the one or more RO/NF skids (30A-C) is indicated, wherein each of the one or more RO/NF skids (30A-C) comprises one or more RO/NF arrays, wherein each of the one or more RO/NF arrays comprises a plurality of RO units and each RO unit contains therein a plurality of RO membranes (3 1'), or a plurality of NF units and each NF unit contains therein a plurality of NF membranes , or a combination thereof, wherein the predicting comprises: calculating and/or monitoring a plurality of RO/NF parameters comprising one or more measurements selected from inlet temperature, feed pressure, outlet pressure, feed flow rate, permeate flow rate, total dissolved solids in a permeate stream, or a combination thereof, comparing each of the plurality of RO/NF parameters to a performance threshold, wherein the performance threshold indicates a time at which a cleaning in place (CIP) of the RO/NF skid (30A-C) based on that parameter is to be performed, and estimate a time until which each of the plurality of RO/NF parameters will reach the performance threshold therefor, and predicting as the time until which a cleaning in place (CIP) of the one or more RO/NF skids (30A-C) is indicated as the lowest time estimated from among the estimated times until which each of the plurality of RO/NF parameters will reach the performance threshold therefor. calculating and/or monitoring a plurality of RO/NF parameters comprising one or more measurements selected from inlet temperature, feed pressure, outlet pressure, feed flow rate, permeate flow rate, total dissolved solids in a permeate stream, or a combination thereof, comparing each of the plurality of RO/NF parameters to a performance threshold, wherein the performance threshold indicates a time at which a cleaning in place (CIP) of the RO/NF skid (30A-C) based on that parameter is to be performed, and estimate a time until which each of the plurality of RO/NF parameters will reach the performance threshold therefor, and predicting as the time until which a cleaning in place (CIP) of the one or more RO/NF skids (30A-C) is indicated as the lowest time estimated from among the estimated times until which each of the plurality of RO/NF parameters will reach the performance threshold therefor.
A ground fault protection method for a power distribution system (1") comprising a plurality of power converter systems (2 1 -2 4 ) electrically connected to a point of common coupling , each power converter system (2 1 -2 4 ) including a power converter (3 1 -3 4 ) with a plurality of semiconductor switching devices controlled using a pulse width modulation (PWM) strategy with a switching frequency, the method comprising applying a spectrum analysis process to each power converter system (2 1 -2 4 ) that uses measured or derived zero sequence currents associated with the respective power converter system (2 1 -2 4 ) to determine the location of a ground fault within the power distribution system (1"), and a switching frequency process where the switching frequency of the power converter (3 1 -3 4 ) of at least one of the power converter systems (2 1 -2 4 ) is different from the switching frequency of the power converter (3 1 -3 4 ) of at least another one of the power converter systems (2 1 -2 4 ) during at least part of the time that the spectrum analysis process is applied to improve the signal to noise ratio for the benefit of the spectrum analysis process when determining the location of the ground fault within the power distribution system (1"); wherein the spectrum analysis process comprises the steps of: measuring or deriving zero sequence currents associated with the respective power converter system (2 1 -2 4 ); performing spectrum analysis on the zero sequence currents and deriving the amplitude of a frequency component within the zero sequence current frequency spectrum; and generating a signal indicative of a ground fault being present within the respective power converter system (2 1 -2 4 ) if the amplitude exceeds a fault location threshold or one or more stored amplitudes, the signal optionally being used to open a protective circuit breaker/switchgear (21 1 -21 4 ) for the respective power converter system (2 1 -2 4 ) to isolate it from the point of common coupling and/or trip the power converter system (2 1 -2 4 ). measuring or deriving zero sequence currents associated with the respective power converter system (2 1 -2 4 ); performing spectrum analysis on the zero sequence currents and deriving the amplitude of a frequency component within the zero sequence current frequency spectrum; and generating a signal indicative of a ground fault being present within the respective power converter system (2 1 -2 4 ) if the amplitude exceeds a fault location threshold or one or more stored amplitudes, the signal optionally being used to open a protective circuit breaker/switchgear (21 1 -21 4 ) for the respective power converter system (2 1 -2 4 ) to isolate it from the point of common coupling and/or trip the power converter system (2 1 -2 4 ).
Transparent substrate, in particular of glass, coated with a stack of layers deposited using a vacuum deposition process, this lamination structure successively consisting in : i) a layer with a high refractive index ii) a layer with a low refractive index iii) a second layer with a high refractive index iv) a second layer with a low refractive index composed of two sub-layers of different composition both composed of a silicon oxide doped with a metal element, the optical thickness of layer iii) being higher than λ O /4 where λ O is the central wavelength of the anti-reflection coating, layers i) and iii) having an index higher than 2.1, and layers ii) and iv) having an index in the range between 1.4 and 1.8 wherein layers ii) and iv) are deposited by magnetically enhanced sputtering using a cathode supplied by a bipolar signal of the sinusoidal or rectangular type. i) a layer with a high refractive index ii) a layer with a low refractive index iii) a second layer with a high refractive index iv) a second layer with a low refractive index composed of two sub-layers of different composition both composed of a silicon oxide doped with a metal element,
A chewing gum piece or a pressed mint confectionery piece, the chewing gum piece comprising a gum base, a flavor, a sweetener and plant material; the pressed mint confectionery piece comprising a compressible powder, a flavor, and plant material; wherein at least 20% of at least one side of the chewing gum piece or pressed mint confection is covered by at least one piece of plant material, and wherein the plant material is a leaf or a piece of fruit. the chewing gum piece comprising a gum base, a flavor, a sweetener and plant material; the pressed mint confectionery piece comprising a compressible powder, a flavor, and plant material; wherein at least 20% of at least one side of the chewing gum piece or pressed mint confection is covered by at least one piece of plant material, and wherein the plant material is a leaf or a piece of fruit.
A superconducting digital integrated circuit , IC , comprising: a ground plane fabricated at least in part as a blanket deposition of a superconducting metal, the ground plane being patterned with a regular grid of dielectric-filled flux-trapping voids , each void in the grid being generally radially symmetrical in shape; and discrete circuit devices interconnected by superconducting wires fabricated on one or more device layers above the ground plane, the devices being placed and wires being routed between individual voids in the regular grid, such that the devices and wires do not intersect any of the voids and maintain at least a predetermined distance away from any of the voids, the devices and wires forming at least one active digital circuit; wherein the voids are configured to protect the at least one active digital circuit from parasitic flux bias by attracting and sequestering stray flux such that it cannot couple flux to the devices or wires. a ground plane fabricated at least in part as a blanket deposition of a superconducting metal, the ground plane being patterned with a regular grid of dielectric-filled flux-trapping voids , each void in the grid being generally radially symmetrical in shape; and discrete circuit devices interconnected by superconducting wires fabricated on one or more device layers above the ground plane, the devices being placed and wires being routed between individual voids in the regular grid, such that the devices and wires do not intersect any of the voids and maintain at least a predetermined distance away from any of the voids, the devices and wires forming at least one active digital circuit; wherein the voids are configured to protect the at least one active digital circuit from parasitic flux bias by attracting and sequestering stray flux such that it cannot couple flux to the devices or wires.
Method in a first presence node adapted for determining the distance between said first presence node and a second presence node in a wireless communication network, wherein said first presence node comprises a network communication unit with a medium access control layer (MAC-Layer), and the first presence node performs a method comprising the steps: - transmitting a response request message, - starting a first counter at transmission of said response request message, - receiving a response to said response request message, - stopping the counter at reception of the response to said response request message, - determining based on the counter result the distance between said first and second presence node, wherein said counter result is the period from transmission of said response request message to the arrival of said response in the medium access control layer (MAC-Layer) of said first presence node network communication unit. - transmitting a response request message, - starting a first counter at transmission of said response request message, - receiving a response to said response request message, - stopping the counter at reception of the response to said response request message, - determining based on the counter result the distance between said first and second presence node, wherein said counter result is the period from transmission of said response request message to the arrival of said response in the medium access control layer (MAC-Layer) of said first presence node network communication unit.
A side airbag apparatus that restrains an occupant seated in a vehicle seat from a side of the occupant, the side airbag apparatus comprising: an airbag cushion that is in the shape of a bag and in a stored state in which the airbag cushion is rolled or folded; and an inflator attached together with the airbag cushion to a side frame built in a side portion of a seat back of the vehicle seat, wherein the inflator has: a main body installed in a center of the side frame in a width direction of the seat back ; and a stud bolt passing through the side frame from the main body and protruding outward in the width direction, wherein the side airbag apparatus further comprising one or more interference prevention members protruding outward in the width direction beyond the stud bolt from the side frame and having a curvature radius greater than that of a tip of the stud bolt , characterising in that the side airbag apparatus further comprising a designated holding plate attached to the side frame together with the airbag cushion and the inflator , wherein the holding plate includes: a base part formed between the airbag cushion and the side frame ; and an extended part extending outward in the width direction from the base part in front of the side frame and further extending in a forward direction, and the interference prevention member is provided behind the stud bolt in the side frame , wherein the extended part of the holding plate extends outward in the width direction and protrudes beyond the stud bolt . an airbag cushion that is in the shape of a bag and in a stored state in which the airbag cushion is rolled or folded; and an inflator attached together with the airbag cushion to a side frame built in a side portion of a seat back of the vehicle seat, a main body installed in a center of the side frame in a width direction of the seat back ; and a stud bolt passing through the side frame from the main body and protruding outward in the width direction, wherein a base part formed between the airbag cushion and the side frame ; and an extended part extending outward in the width direction from the base part in front of the side frame and further extending in a forward direction, and the interference prevention member is provided behind the stud bolt in the side frame , wherein
A multi-chip package assembly, comprising: a substrate ; a first semiconductor chip attached to the substrate ; a second semiconductor chip attached to the substrate such that a portion of the second semiconductor chip overhangs an edge of the substrate , wherein a first v-groove array for receiving a plurality of optical fibers is present within the portion of the second semiconductor chip that overhangs the edge of the substrate ; and an optical fiber assembly including the plurality of optical fibers positioned and secured within the first v-groove array of the second semiconductor chip , the optical fiber assembly including a second v-groove array configured to align the plurality of optical fibers to the first v-groove array of the second semiconductor chip , the optical fiber assembly including an optical fiber connector , wherein an end of each of the plurality of optical fibers is exposed for optical coupling within the optical fiber connector , the optical fiber connector located at a distal end of the optical fiber assembly relative to the second semiconductor chip . a substrate ; a first semiconductor chip attached to the substrate ; a second semiconductor chip attached to the substrate such that a portion of the second semiconductor chip overhangs an edge of the substrate , wherein a first v-groove array for receiving a plurality of optical fibers is present within the portion of the second semiconductor chip that overhangs the edge of the substrate ; and an optical fiber assembly including the plurality of optical fibers positioned and secured within the first v-groove array of the second semiconductor chip , the optical fiber assembly including a second v-groove array configured to align the plurality of optical fibers to the first v-groove array of the second semiconductor chip , the optical fiber assembly including an optical fiber connector , wherein an end of each of the plurality of optical fibers is exposed for optical coupling within the optical fiber connector , the optical fiber connector located at a distal end of the optical fiber assembly relative to the second semiconductor chip .