mhurhangee/patent-ind-claim-en huggingface dataset:
A fringe capacitor comprising: a plurality of unidirectional metal layers having a preferred direction and a non-preferred direction, wherein an orientation of the preferred direction of each of the unidirectional metal layers is in a same direction; first fingers of the fringe capacitor formed in a first layer of the plurality of unidirectional metal layers, the first fingers having a direction parallel to the orientation of the preferred direction; and second fingers of the fringe capacitor formed in a second layer of the plurality of unidirectional metal layers, the second fingers having a direction parallel to the orientation of the preferred direction, the first layer and the second layer separated by at least a metal layer not having the orientation of the preferred direction and not having fingers of the fringe capacitor. a plurality of unidirectional metal layers having a preferred direction and a non-preferred direction, wherein an orientation of the preferred direction of each of the unidirectional metal layers is in a same direction; first fingers of the fringe capacitor formed in a first layer of the plurality of unidirectional metal layers, the first fingers having a direction parallel to the orientation of the preferred direction; and second fingers of the fringe capacitor formed in a second layer of the plurality of unidirectional metal layers, the second fingers having a direction parallel to the orientation of the preferred direction, the first layer and the second layer separated by at least a metal layer not having the orientation of the preferred direction and not having fingers of the fringe capacitor.
A non-transitory computer readable medium having processor readable petrophysical properties evaluation program code embodied on the computer readable medium, the processor readable program code for programming one or more processors to perform operations for evaluating properties of rock in a formation in real-time during drilling, the processor readable program code comprising a set of instructions that when executed by the one or more processors , cause the one or more processors to perform operations being characterized by : receiving acoustic characteristics data from a downhole processor assembly , the acoustic characteristics data providing a plurality of acoustic characteristics comprising mean frequency and normalized deviation of frequency evaluated from an acoustic signal provided by one or more acoustic sensors positioned adjacent a drill bit generated real-time as a result of rotational contact of the drill bit with rock during drilling; and performing the following processing operations: identifying lithology type of rock being encountered by the drill bit utilizing the mean frequency and the normalized deviation of frequency, and deriving petrophysical properties of rock being encountered by the drill bit encountered by the drill bit utilizing a petrophysical properties evaluation algorithm to predict one or more petrophysical properties of rock undergoing drilling utilizing one or more of the plurality of acoustic characteristics . receiving acoustic characteristics data from a downhole processor assembly , the acoustic characteristics data providing a plurality of acoustic characteristics comprising mean frequency and normalized deviation of frequency evaluated from an acoustic signal provided by one or more acoustic sensors positioned adjacent a drill bit generated real-time as a result of rotational contact of the drill bit with rock during drilling; and performing the following processing operations: identifying lithology type of rock being encountered by the drill bit utilizing the mean frequency and the normalized deviation of frequency, and deriving petrophysical properties of rock being encountered by the drill bit encountered by the drill bit utilizing a petrophysical properties evaluation algorithm to predict one or more petrophysical properties of rock undergoing drilling utilizing one or more of the plurality of acoustic characteristics . identifying lithology type of rock being encountered by the drill bit utilizing the mean frequency and the normalized deviation of frequency, and deriving petrophysical properties of rock being encountered by the drill bit encountered by the drill bit utilizing a petrophysical properties evaluation algorithm to predict one or more petrophysical properties of rock undergoing drilling utilizing one or more of the plurality of acoustic characteristics .
A pharmaceutical composition comprising isolated exosomes obtained from immune cells, neural cells or adipose cells, that have been stimulated by incubation with IFN-γ, for use in a method for treating a patient at risk for or having a demyelinating disorder, in particular wherein the demyelinating disorder is cognitive decline, Alzheimer's disease, Parkinson's disease, stroke, epilepsy, migraine, multiple sclerosis, traumatic brain injury or neuropathy, preferably wherein the demyelinating disorder is migraine, multiple sclerosis or traumatic brain injury.
A water-dispersible polyurethane (meth)acrylate U synthesised from at least one multifunctional aromatic or (cyclo)aliphatic isocyanate I, at least one cycloaliphatic diol H2 having a number of carbon atoms of from two to twenty, at least one heterocyclic or cycloaliphatic triol H3 having a number of carbon atoms of from three to twenty, an aliphatic hydroxyacid A having at least two carbon atoms, at least one hydroxyl group, and at least one acid group which is selected from the group consisting of a carboxyl group, a sulfonic acid group, or a phosphoric or phosphonic acid group, and at least one component R having at least one isocyanate-reactive group and at least one radically polymerisable olefinically unsaturated group, at least one base B for at least partial neutralisation of the acid groups of component A, and a catalyst C for urethane formation which is a salt or a chelate complex of a metal of any of groups 3 to 15 of the Periodic System of the Elements.
Damping device having a fixed resonant frequency, the device being able to be integrated into a component of a vehicle transmission system so as to be arranged outside the path taken by the torque transmitted by said component, the device comprising: - a primary component defining a plurality of primary teeth which project radially outwards, - a secondary component that is able to rotate about an axis (X) relative to the primary component counter to an elastic return force, and that defines a plurality of secondary teeth which project radially inwards, - a plurality of elastic return members exerting the elastic return force, each elastic return member having a primary end that bears against a primary tooth and a secondary end that bears against a secondary tooth , the damping device being characterized in that each primary tooth and each secondary tooth interact with at most one elastic return member . - a primary component defining a plurality of primary teeth which project radially outwards, - a secondary component that is able to rotate about an axis (X) relative to the primary component counter to an elastic return force, and that defines a plurality of secondary teeth which project radially inwards, - a plurality of elastic return members exerting the elastic return force, each elastic return member having a primary end that bears against a primary tooth and a secondary end that bears against a secondary tooth ,
A laundry drying appliance being a washer/dryer and comprising: a cabinet having a top , wherein the top comprises a base element having shape and size adapted to match and close from above the cabinet when the top is mounted thereto, a rotating drum accommodated within a tub housed in the cabinet, and a laundry drying air circulation system for circulating drying air, wherein the drying air circulation system comprises: - a drying air return duct through which drying air coming from drum flows, the drying air return duct having an outlet , and - a drying air delivery duct through which the drying air is sent back to the drum, the drying air delivery duct having an inlet ; and wherein the top forms a ready-to-mount moisture condensing module ready to be mounted to the cabinet for dehydrating drying air used to dry laundry within the drying drum of the laundry drying appliance, the top having: - a drying air inlet couplable to said outlet of the drying air return duct , - a drying air outlet couplable to said inlet of the drying air delivery duct , - fluid passageways defined inside the top from said drying air inlet to said drying air outlet for the passage of the drying air to be dehydrated, and - moisture condensing means arranged inside said fluid passageways. a cabinet having a top , wherein the top comprises a base element having shape and size adapted to match and close from above the cabinet when the top is mounted thereto, a rotating drum accommodated within a tub housed in the cabinet, and a laundry drying air circulation system for circulating drying air, wherein the drying air circulation system comprises: - a drying air return duct through which drying air coming from drum flows, the drying air return duct having an outlet , and - a drying air delivery duct through which the drying air is sent back to the drum, the drying air delivery duct having an inlet ; and - a drying air return duct through which drying air coming from drum flows, the drying air return duct having an outlet , and - a drying air delivery duct through which the drying air is sent back to the drum, the drying air delivery duct having an inlet ; and wherein the top forms a ready-to-mount moisture condensing module ready to be mounted to the cabinet for dehydrating drying air used to dry laundry within the drying drum of the laundry drying appliance, the top having: - a drying air inlet couplable to said outlet of the drying air return duct , - a drying air outlet couplable to said inlet of the drying air delivery duct , - fluid passageways defined inside the top from said drying air inlet to said drying air outlet for the passage of the drying air to be dehydrated, and - moisture condensing means arranged inside said fluid passageways. - a drying air inlet couplable to said outlet of the drying air return duct , - a drying air outlet couplable to said inlet of the drying air delivery duct , - fluid passageways defined inside the top from said drying air inlet to said drying air outlet for the passage of the drying air to be dehydrated, and - moisture condensing means arranged inside said fluid passageways.
A method, comprising: dispensing a first conductive gel on a first side of a support layer in a first predetermined pattern of target locations to form a plurality of first conductive gel layers , the support layer being a flexible material having a plurality of voids intersecting the first side and a second side of the support layer ; dispensing a second conductive gel on the second side of the support layer in a second predetermined pattern of target locations to form a plurality of second conductive gel layers , with each of the second conductive gel layers overlapping a corresponding first conductive gel layer to form conductive gel elements ; and curing the first conductive gel and the second conductive gel. dispensing a first conductive gel on a first side of a support layer in a first predetermined pattern of target locations to form a plurality of first conductive gel layers , the support layer being a flexible material having a plurality of voids intersecting the first side and a second side of the support layer ; dispensing a second conductive gel on the second side of the support layer in a second predetermined pattern of target locations to form a plurality of second conductive gel layers , with each of the second conductive gel layers overlapping a corresponding first conductive gel layer to form conductive gel elements ; and curing the first conductive gel and the second conductive gel.
A stripping vessel for removing hydrocarbons from catalyst, the stripping vessel comprising: an inlet configured to receive a stream of spent catalyst particles, at least some of the spent catalyst particles comprise entrained hydrocarbons; a first stripping section , the first stripping section including at least one grid , each grid comprising grating , each grid including at least one opening to allow catalyst to pass there through; a second stripping section , the second stripping section including a structured packing comprised of a plurality of ribbons , each ribbon comprising bands configured in undulating peaks and valleys , each band includes a face that obstructs passage of fluid and catalyst, the at least one grid in the first stripping section being spaced from the structured packing of the second stripping section ; and, an outlet configured to pass catalyst particles from the stripping vessel . an inlet configured to receive a stream of spent catalyst particles, at least some of the spent catalyst particles comprise entrained hydrocarbons; a first stripping section , the first stripping section including at least one grid , each grid comprising grating , each grid including at least one opening to allow catalyst to pass there through; a second stripping section , the second stripping section including a structured packing comprised of a plurality of ribbons , each ribbon comprising bands configured in undulating peaks and valleys , each band includes a face that obstructs passage of fluid and catalyst, the at least one grid in the first stripping section being spaced from the structured packing of the second stripping section ; and, an outlet configured to pass catalyst particles from the stripping vessel .
Discharge head for the nasal application of a pharmaceutical liquid from a pressure reservoir which has an outlet valve with a valve connector , to which force can be applied counter to a spring force in order to open the outlet valve , comprising the following features: a. the discharge head has a nasal applicator for introduction into the nostril of a user, wherein the nasal applicator has an elongate and slender shaping tapering to a distal end, and wherein a discharge opening is provided at the distal end of the nasal applicator , said discharge opening being connected to an inlet of the nasal applicator through an applicator channel of the nasal applicator , b. the nasal applicator has an inner component , and c. the nasal applicator has an outer component which is designed as a component separate from the inner component and is attached in a rotationally movable manner to the inner component surrounding the latter, d. the discharge opening is provided as an opening in the outer component and is surrounded on the inner side by an end-side inner surface , and e. opposite the end-side inner surface an end surface of the inner component is provided, said end surface lying flat against the end-side inner surface , and f. at least two inflow channels are designed as inflow grooves on the end-side inner surface of the outer component and/or the end surface of the inner component , said inflow grooves being connected to an inflow region upstream of the inflow grooves or being separated therefrom depending on a rotational position of the outer component with respect to the inner component . a. the discharge head has a nasal applicator for introduction into the nostril of a user, wherein the nasal applicator has an elongate and slender shaping tapering to a distal end, and wherein a discharge opening is provided at the distal end of the nasal applicator , said discharge opening being connected to an inlet of the nasal applicator through an applicator channel of the nasal applicator , b. the nasal applicator has an inner component , and c. the nasal applicator has an outer component which is designed as a component separate from the inner component and is attached in a rotationally movable manner to the inner component surrounding the latter, d. the discharge opening is provided as an opening in the outer component and is surrounded on the inner side by an end-side inner surface , and e. opposite the end-side inner surface an end surface of the inner component is provided, said end surface lying flat against the end-side inner surface , and f. at least two inflow channels are designed as inflow grooves on the end-side inner surface of the outer component and/or the end surface of the inner component , said inflow grooves being connected to an inflow region upstream of the inflow grooves or being separated therefrom depending on a rotational position of the outer component with respect to the inner component .
A bladder bag (20;40;70;80;90;100;110) as a mold for molding an inside of a composite material structure , the composite material structure including a narrow portion (12a-c) formed by narrowing a part of the inside and a space portion (14a-c) formed so as to be adjacent to the narrow portion (12a-c), the bladder bag (20;40;70;80;90;100;110) comprising: a bladder bag main body (22;42) that includes a narrow molding portion (26a-c;46a,46b) for molding the narrow portion (12a-c) of the composite material structure , a space molding portion (27a-c;47a,47b) for molding the space portion (14a-c) of the composite material structure , and an air intake (28;48) for introducing air; and a cord-like member (24;44) that is provided inside the bladder bag main body (22;42), passes through the narrow molding portion (26a-c;46a,46b) from the air intake (28;48), and is connected to an inner surface of the space molding portion (27a-c;47a,47b). a bladder bag main body (22;42) that includes a narrow molding portion (26a-c;46a,46b) for molding the narrow portion (12a-c) of the composite material structure , a space molding portion (27a-c;47a,47b) for molding the space portion (14a-c) of the composite material structure , and an air intake (28;48) for introducing air; and a cord-like member (24;44) that is provided inside the bladder bag main body (22;42), passes through the narrow molding portion (26a-c;46a,46b) from the air intake (28;48), and is connected to an inner surface of the space molding portion (27a-c;47a,47b).
An automatic flushing device including an unpowered automatic water flushing toilet bowl seat, a body sensing unit installed in the unpowered automatic water flushing toilet bowl seat, and an adjustment unit installed in the unpowered automatic water flushing toilet bowl seat and having a function of controlling air discharge and intake only by a user's body weight, wherein the automatic flushing device senses a user through seat springs of the body sensing unit compressed by the weight of the user when the user sits on the toilet seat and automatically removes excreta using water from a hydrant and a water tank while the toilet seat is restored by restoring force of the seat springs when the user stands up from the toilet seat , the adjustment unit comprising: an adjusting body fixed to the toilet seat and having an air exhaust hole a cover member opening and closing the air exhaust hole ; an anti-separation member preventing separation of the cover member ; a vertical guide member fixed to the body sensing unit , the vertical guide member to discharge air in the adjusting body and suck air outside the adjusting body by moving up and down in the adjusting body ; characterized by , the air exhaust hole being provided for sucking and discharging air in response to upward and downward movement of the toilet seat , an air adjusting filter coupled to a hole formed through the vertical guide member to adjust the amount of air flowing inside through the hole ; and a bolt inserted in the hole to prevent separation of the air adjusting filter and adjust the movement amount of the air in accordance with the degree of compression of the air adjusting filter , wherein flushing time is adjusted by adjusting the amount of air that is sucked inside. an adjusting body fixed to the toilet seat and having an air exhaust hole a cover member opening and closing the air exhaust hole ; an anti-separation member preventing separation of the cover member ; a vertical guide member fixed to the body sensing unit , the vertical guide member to discharge air in the adjusting body and suck air outside the adjusting body by moving up and down in the adjusting body ; characterized by , the air exhaust hole being provided for sucking and discharging air in response to upward and downward movement of the toilet seat , an air adjusting filter coupled to a hole formed through the vertical guide member to adjust the amount of air flowing inside through the hole ; and a bolt inserted in the hole to prevent separation of the air adjusting filter and adjust the movement amount of the air in accordance with the degree of compression of the air adjusting filter , wherein flushing time is adjusted by adjusting the amount of air that is sucked inside.
A pharmaceutical composition for use in a TCR gene-engineered T cell infusion therapy or CAR gene-engineered T cell infusion therapy against an immune checkpoint inhibitor-resistant tumor, administered at least 1 day prior to the administration of the antigen-specific T cells, wherein the pharmaceutical composition comprises: a long peptide antigen or a protein antigen which contains CD8-positive cytotoxic T cell recognizing epitope(s) and/or CD4-positive helper T cell recognizing epitope(s) derived from the antigen, a hydrophobized polysaccharide-based nanogel, an antigen-loaded nanogel which contains the hydrophobized polysaccharide-based nanogel in which the long peptide antigen or the protein antigen is loaded, and an immuno enhancing agent, wherein the hydrophobized polysaccharide comprises pullulan and cholesteryl group, and wherein the immune-enhancing agent is at least one selected from the group consisting of TLR (Toll-like receptor) agonist (CpG oligoDNA or poly-IC RNA), STING agonist, or RLR (RIG-I-like receptors) agonist; and wherein the antigen-specific T cell is a T cell that expresses a T cell receptor which recognizes the antigen or a chimeric antigen receptor which recognizes the antigen. a long peptide antigen or a protein antigen which contains CD8-positive cytotoxic T cell recognizing epitope(s) and/or CD4-positive helper T cell recognizing epitope(s) derived from the antigen, a hydrophobized polysaccharide-based nanogel, an antigen-loaded nanogel which contains the hydrophobized polysaccharide-based nanogel in which the long peptide antigen or the protein antigen is loaded, and an immuno enhancing agent, wherein the hydrophobized polysaccharide comprises pullulan and cholesteryl group, and wherein the immune-enhancing agent is at least one selected from the group consisting of TLR (Toll-like receptor) agonist (CpG oligoDNA or poly-IC RNA), STING agonist, or RLR (RIG-I-like receptors) agonist; and wherein the antigen-specific T cell is a T cell that expresses a T cell receptor which recognizes the antigen or a chimeric antigen receptor which recognizes the antigen.