mhurhangee/patent-ind-claim-en huggingface dataset:
A system for detecting subsurface objects within a confined sea area (A), the system comprising one or more surface vessels and at least one control unit , wherein each surface vessel comprises positioning means, collision detection means, and bathymetry measurement means and is arranged to gather bathymetry measurements during controlled motion in a path within the confined sea area (A) and to transmit the bathymetry measurements to the at least one control unit , wherein each surface vessel is unmanned and arranged to operate in an autonomous or remotely controlled state when gathering bathymetry measurements, wherein the at least one control unit is arranged to receive bathymetry measurements from the one or more surface vessels , and wherein the collision detection means are arranged for detecting obstacles in the path, wherein each surface vessel is arranged to autonomously adapt the path within the confined sea area (A) upon detection of an obstacle, characterized in that the at least one control unit is arranged to retrieve bathymetry data representing said path from a memory in the control unit, and in that the at least one control unit is arranged to compare the received bathymetry measurements to the retrieved bathymetry data and to indicate a presence of a subsurface object upon determination of a deviation between received bathymetry measurements and retrieved bathymetry data for at least one geographical position along said path.
A compound according to the formula: , or a pharmaceutically acceptable salt or solvate thereof.
A method performed by a wireless device for establishing a Protocol Data Unit, PDU, session, wherein the wireless device comprises a User Equipment, UE, the method comprising, at the UE: receiving a PDU Session request associated with an upper layer and comprising a unique Port Number corresponding to an internal port between the UE in the wireless device and an entity residing inside the wireless device; searching a set of UE Route Selection Policy, URSP, rules each comprising a Traffic Descriptor and a Route Selection Descriptor to determine a matching URSP rule having the Traffic Descriptor matching the unique Port Number; determining whether there exists a matching PDU Session associated with the Route Selection Descriptor of the matching URSP rule; reusing the matching PDU Session for the PDU Session request in response to determining that the matching PDU Session exists; and establishing a new PDU Session for the PDU Session request based on the Route Selection Descriptor of the matching URSP rule in response to determining that the matching PDU Session does not exist. receiving a PDU Session request associated with an upper layer and comprising a unique Port Number corresponding to an internal port between the UE in the wireless device and an entity residing inside the wireless device; searching a set of UE Route Selection Policy, URSP, rules each comprising a Traffic Descriptor and a Route Selection Descriptor to determine a matching URSP rule having the Traffic Descriptor matching the unique Port Number; determining whether there exists a matching PDU Session associated with the Route Selection Descriptor of the matching URSP rule; reusing the matching PDU Session for the PDU Session request in response to determining that the matching PDU Session exists; and establishing a new PDU Session for the PDU Session request based on the Route Selection Descriptor of the matching URSP rule in response to determining that the matching PDU Session does not exist.
Electrical household appliance having a water tank and a water supply system communicating with the tank , said tank , and optionally said water supply system , comprising at least one biodegradable limescale-inhibiting agent that is at least partially soluble in water and means for boiling and/or evaporating the water coming from the tank or contained in the tank , characterised in that said limescale-inhibiting agent is present in the water tank at a concentration between 0.5 ppm and 500 ppm and in that the limescale-inhibiting agent is a mixture of Aloe vera and polyaspartic acid (PASA).
Steam ironing appliance comprising a pressurized steam generator , comprising a vessel for producing steam at a pressure greater than 4 bar, and an iron comprising a flat sole plate provided with steam outlet holes , the steam outlet holes being supplied by at least one steam diffusion chamber arranged on lower face of a body mounted on the sole plate , the body comprising an upper face comprising a steam distribution circuit conveying a steam flow produced by the steam generator towards distribution orifices passing through the body and communicating with said steam diffusion chamber , characterised in that the iron comprises a steam flow deflector interposed between the body and the sole plate , facing at least one of the steam distribution orifices , said deflector comprising a deflector plate , which is mounted between the lower face of the body and the sole plate and which deflects the steam flow originating from said distribution orifice to direct it in a direction approaching the plane of the sole plate .
An electric battery cell for a battery assembly , the electric battery cell comprising at least a first electrode being electrically connected to a first cell terminal and a second electrode being electrically connected to a second cell terminal , wherein each of the first cell terminal and the second cell terminal comprises an electric connection surface for electrically connecting the respective first cell terminal or second cell terminal , characterized in that at least one of the first cell terminal and the second cell terminal comprises a thermal connection surface being separate from the respective electric connection surface , wherein the thermal connection surface is configured to transfer heat, and wherein the electric connection surface and the thermal connection surface of at least one of the first cell terminal and the second cell terminal are arranged on adjacent or opposite sides of the respective first cell terminal or second cell terminal . wherein each of the first cell terminal and the second cell terminal comprises an electric connection surface for electrically connecting the respective first cell terminal or second cell terminal , characterized in that at least one of the first cell terminal and the second cell terminal comprises a thermal connection surface being separate from the respective electric connection surface , wherein the thermal connection surface is configured to transfer heat, and wherein the electric connection surface and the thermal connection surface of at least one of the first cell terminal and the second cell terminal are arranged on adjacent or opposite sides of the respective first cell terminal or second cell terminal .
A panty guard comprising: a bottom portion configured for adherence to a crotch portion of thong underwear , the bottom portion having the same thickness throughout the panty guard, the panty guard further comprising: a pelvic organ support positioned atop the bottom portion, the pelvic organ support being the only portion extending from the bottom portion and comprising a topography complementing external female genital organs, the topography comprising only concentric vertically ascending contours extending from the bottom portion to a top of the pelvic organ support at the thickest portion of the pelvic organ support, the concentric vertically ascending contours having the same shape, the same shape symmetrical along an anterior-posterior center axis and along an axis orthogonal to the anterior-posterior center axis, the pelvic organ support containing absorptive material configured to absorb vaginal moisture from the top towards the bottom portion, and the pelvic organ support maintaining support for an expected prolapse of the external female genital organs after absorption of the vaginal moisture; and wherein the panty guard contains an external perimeter with an anterior end and a posterior end , the anterior end having a width that is larger than a width of the posterior end; and wherein the edges between anterior end and the posterior ends are straight.
A method for screening/selecting a therapeutically effective drug or combination of drugs for treating a subject diagnosed with cancer, wherein cancer cells from the subject exhibit increased activity of one or more oncogenes and/or reduced activity of one or more tumor suppressors, said method comprising: providing a transgenic Drosophila larva avatar having an ortholog of an oncogene or a tumor suppressor of cancer cells of a subject diagnosed with cancer, the ortholog designed to be under inducible control such that, upon induction of the ortholog through an external factor, the activity of the ortholog is altered to correspond to the increased activity of the oncogene or reduced activity of the tumor suppressor, wherein the activity of the ortholog is in a larval tissue of the transgenic Drosophila larva avatar selected from the group consisting of the hindgut, midgut, imaginal disc, fat body, nephrocyte, heart, trachea, thorax, abdomen and malphigian tubules and the activity of the ortholog prevents the Drosophila larva avatar from surviving to pupation; and screening a library of drugs, wherein said screening comprises feeding a culture of the transgenic Drosophila larva avatar a drug or combination of drugs, wherein a therapeutically effective drug or combination of drugs is selected from the library of drugs when the transgenic Drosophila larva avatar survives to pupation. providing a transgenic Drosophila larva avatar having an ortholog of an oncogene or a tumor suppressor of cancer cells of a subject diagnosed with cancer, the ortholog designed to be under inducible control such that, upon induction of the ortholog through an external factor, the activity of the ortholog is altered to correspond to the increased activity of the oncogene or reduced activity of the tumor suppressor, wherein the activity of the ortholog is in a larval tissue of the transgenic Drosophila larva avatar selected from the group consisting of the hindgut, midgut, imaginal disc, fat body, nephrocyte, heart, trachea, thorax, abdomen and malphigian tubules and the activity of the ortholog prevents the Drosophila larva avatar from surviving to pupation; and screening a library of drugs, wherein said screening comprises feeding a culture of the transgenic Drosophila larva avatar a drug or combination of drugs, wherein a therapeutically effective drug or combination of drugs is selected from the library of drugs when the transgenic Drosophila larva avatar survives to pupation.
A method for determining a polymerase fidelity, the method comprising: filling a gapped plasmid with a polymerase to form a gap-filled plasmid, wherein the gapped plasmid comprises a gap in a strand of a gene encoding a protein and has a single-stranded portion, and wherein the protein is functional or nonfunctional depending on the polymerase fidelity to fill the gap; transforming the gap-filled plasmid into cells prior to forming a plurality of partitions; forming a plurality of partitions, wherein the partitions are droplets in an emulsion from a solution comprising the cells comprising the gap-filled plasmid and a label for detecting the presence of the plasmid, and wherein each of the partitions comprises an indicator for detecting the presence of the cell; incubating the partitions at a temperature to grow the cells and to express the protein in the partitions; detecting the presence of the functional protein in one or more of the partitions; detecting the presence of the cell in the partitions by detecting antibiotic resistance of the cell, endogenous nuclease activity from the cell, a fluorescent protein encoded by the gap-filled plasmid or a signal generated by a substrate cleaved by an enzyme encoded by the gap-filled plasmid; and determining the polymerase fidelity by determining a ratio of partitions with cells containing the functional protein to partitions with cells containing the non-functional protein. filling a gapped plasmid with a polymerase to form a gap-filled plasmid, wherein the gapped plasmid comprises a gap in a strand of a gene encoding a protein and has a single-stranded portion, and wherein the protein is functional or nonfunctional depending on the polymerase fidelity to fill the gap; transforming the gap-filled plasmid into cells prior to forming a plurality of partitions; forming a plurality of partitions, wherein the partitions are droplets in an emulsion from a solution comprising the cells comprising the gap-filled plasmid and a label for detecting the presence of the plasmid, and wherein each of the partitions comprises an indicator for detecting the presence of the cell; incubating the partitions at a temperature to grow the cells and to express the protein in the partitions; detecting the presence of the functional protein in one or more of the partitions; detecting the presence of the cell in the partitions by detecting antibiotic resistance of the cell, endogenous nuclease activity from the cell, a fluorescent protein encoded by the gap-filled plasmid or a signal generated by a substrate cleaved by an enzyme encoded by the gap-filled plasmid; and determining the polymerase fidelity by determining a ratio of partitions with cells containing the functional protein to partitions with cells containing the non-functional protein.
A detergent additive comprising: an active, the active comprising tetraacetylethylenediamine and optionally triacetylethylenediamine; and the reaction product of a compound that functions as a Michael donor and a compound that functions as a Michael acceptor; wherein, the compound that functions as a Michael donor is selected from the group consisting of acetoacetate esters, cyanoacetate esters and malonic acid esters; the compound that functions as a Michael acceptor is a multifunctional acrylate or propoxylated trimethylolpropane; and the weight percent of the tetraacetylethylenediamine in the detergent additive is 10 to 90 percent. an active, the active comprising tetraacetylethylenediamine and optionally triacetylethylenediamine; and the reaction product of a compound that functions as a Michael donor and a compound that functions as a Michael acceptor; wherein, the compound that functions as a Michael donor is selected from the group consisting of acetoacetate esters, cyanoacetate esters and malonic acid esters; the compound that functions as a Michael acceptor is a multifunctional acrylate or propoxylated trimethylolpropane; and the weight percent of the tetraacetylethylenediamine in the detergent additive is 10 to 90 percent.
A laminated glazing unit comprising: - a first and a second glass sheet , the first glass sheet being equipped with a first through-hole , - a spacer film of thermoplastic polymer disposed between the first and second glass sheets , - at least one conducting wire buried within the spacer film or disposed between the spacer film and the first glass sheet or disposed between the spacer film and the second glass sheet, one end of each conducting wire exiting from the laminated glazing unit via the first through-hole in the first glass sheet , the other end of each conducting wire exiting from the laminated glazing unit via the end face of the laminated glazing unit or via a second through-hole in the first glass sheet situated on the edge of the glazing unit or via a through-hole in the second glass sheet situated on the edge of the glazing unit, each conducting wire being in one piece between the two exits of the laminated glazing unit. - a first and a second glass sheet , the first glass sheet being equipped with a first through-hole , - a spacer film of thermoplastic polymer disposed between the first and second glass sheets , - at least one conducting wire buried within the spacer film or disposed between the spacer film and the first glass sheet or disposed between the spacer film and the second glass sheet, one end of each conducting wire exiting from the laminated glazing unit via the first through-hole in the first glass sheet , the other end of each conducting wire exiting from the laminated glazing unit via the end face of the laminated glazing unit or via a second through-hole in the first glass sheet situated on the edge of the glazing unit or via a through-hole in the second glass sheet situated on the edge of the glazing unit, each conducting wire being in one piece between the two exits of the laminated glazing unit.
A stator disk of a vacuum pump, in particular of a turbomolecular pump , which comprises at least two partly annular stator disk sections , preferably two stator disk halves, each having a plurality of sheet metal blades following one another in the peripheral direction, wherein the partly annular stator disk sections are each formed from a plurality of individual sheet metal part segments , characterized in that the individual sheet metal part segments of a respective partly annular stator disk section are connected to one another via a common injection molded part in the region of their inner and/or outer periphery (96 or 98).
Dry-bulk tanker for the provision of binding agents for soil stabilization for a spreading device, comprising a storage container for binding agent, an intermediate chamber , a mechanical conveying device for conveying binding agents from the storage container into the intermediate chamber connected to the storage container , a pneumatic conveying device for conveying the binding agent to the spreading device connected to the intermediate chamber , and a pressure relief device which is connected to the mechanical conveying device , characterized in that a vent line of the pressure relief device is connected to the storage container .
A driver circuit for controlling and powering a smoke generating canister to emit smoke, the driver circuit comprising first and second terminals for respective connection to a first pole and a second pole of the smoke generating canister for activation thereof, characterised by a charging unit configured to provide after a charging process of the charging unit , sufficient power to activate the smoke generating canister , a switching unit connected to the charging unit and to the first terminal, wherein the switching unit , upon activation thereof, is configured to release power from the charging unit to the smoke generating canister via the first terminal when the smoke generating canister is connected thereto, and a connecting unit connected to the second terminal and to electrical ground (GND), wherein the connecting unit , upon activation thereof, is configured to allow power to flow through the smoke generating canister when the smoke generating canister is connected between the first and second terminals, wherein, when the smoke generating canister is connected between the first and second terminals, activation of both the connecting unit and the switching unit during an overlapping time period is required for activation of the smoke generating canister . a charging unit configured to provide after a charging process of the charging unit , sufficient power to activate the smoke generating canister , a switching unit connected to the charging unit and to the first terminal, wherein the switching unit , upon activation thereof, is configured to release power from the charging unit to the smoke generating canister via the first terminal when the smoke generating canister is connected thereto, and a connecting unit connected to the second terminal and to electrical ground (GND), wherein the connecting unit , upon activation thereof, is configured to allow power to flow through the smoke generating canister when the smoke generating canister is connected between the first and second terminals, wherein, when the smoke generating canister is connected between the first and second terminals, activation of both the connecting unit and the switching unit during an overlapping time period is required for activation of the smoke generating canister .
A diagnostic system for automated diagnosis or prognosis of at least one electronic system , comprising: a data acquisition and processing circuit that collects and processes data pertaining to the at least one electronic system; a diagnostic circuit that analyzes the data from the data acquisition and processing circuit to obtain an initial diagnosis; and a data transmission circuit that sends the data over a distributed network to a remote diagnostic system based on the initial diagnosis; the diagnosis system characterised in that : the data acquisition and processing circuit detects a signature waveform (A-F) of a part of the at least one electronic system and comprises an analog-to-digital converter that digitizes the signature waveform; and the data transmission circuit selectively sends the digitized signature waveform via the distributed network to the remote diagnostic system based on the initial diagnosis. a data acquisition and processing circuit that collects and processes data pertaining to the at least one electronic system; a diagnostic circuit that analyzes the data from the data acquisition and processing circuit to obtain an initial diagnosis; and a data transmission circuit that sends the data over a distributed network to a remote diagnostic system based on the initial diagnosis; the diagnosis system characterised in that : the data acquisition and processing circuit detects a signature waveform (A-F) of a part of the at least one electronic system and comprises an analog-to-digital converter that digitizes the signature waveform; and the data transmission circuit selectively sends the digitized signature waveform via the distributed network to the remote diagnostic system based on the initial diagnosis. the data acquisition and processing circuit detects a signature waveform (A-F) of a part of the at least one electronic system and comprises an analog-to-digital converter that digitizes the signature waveform; and the data transmission circuit selectively sends the digitized signature waveform via the distributed network to the remote diagnostic system based on the initial diagnosis.
Use of a mixture of precipitating agents, flocculation agents and flocculation aids, which is provided with synthetic nanoparticles of iron oxide, for precipitating suspended solids from water, wherein the quantity of metered synthetic nanoparticles in the mixture is at least 1 μg/l.