mhurhangee/patent-ind-claim-en huggingface dataset:
Diffusion dialysis apparatus comprising: a plurality of anion exchange membranes arranged so as to form a stack of successive cell units , each cell unit comprising a dialysate compartment configured for passing a dialysate solution and for collecting acid compounds recovered from a feed, a feed compartment configured for passing a stream of the feed comprising acid waste with a concentration gradient of the acid between the feed and dialysate solution, and two anion exchange membranes stacked so as to be interleaved with the dialysate compartment and the feed compartment ; characterised in that the apparatus comprises an anode and a cathode , wherein the cell units are placed between the anode and the cathode , and in that successive anion exchange membranes in the stack of successive cell units are alternately a higher proton transport anion exchange membrane and a lower proton transport anion exchange membrane , wherein the higher proton transport anion exchange membrane has a first H + transport number and the lower proton transport anion exchange membrane has a second H + transport number, the second H + transport number being smaller than the first H + transport number, such that, in use, the transport of protons through the higher proton transport anion exchange membrane is higher when compared to the transport of protons through the lower proton transport anion exchange membrane and acid compounds from the stream of feed are recovered in the dialysate compartment by diffusion dialysis and electrical energy is generated from the directional migration by diffusion dialysis of protons and anions.
A container having three pairs of parallel sides; wherein one pair of sides is formed from side panels that comprise a sheet of honeycomb polypropylene with a sheet formed from polypropylene joined to one side of the honeycomb; at least one pair of sides is formed from elongate sections formed from expanded polypropylene; and the container further comprises a layer of material forming one part of a hook and loop fastening, substantially covering an interior surface of one of the side panels. wherein one pair of sides is formed from side panels that comprise a sheet of honeycomb polypropylene with a sheet formed from polypropylene joined to one side of the honeycomb; at least one pair of sides is formed from elongate sections formed from expanded polypropylene; and the container further comprises a layer of material forming one part of a hook and loop fastening, substantially covering an interior surface of one of the side panels.
A method for the contact metering of liquids comprising the following steps: • a first liquid is introduced into at least one elongate hollow body, • some of the first liquid contained in the elongate hollow body is pressed out of the lower end of the elongate hollow body as a contacting volume such that the contacting volume forms a drop suspended from the lower end of the elongate hollow body, • the drop and the lower end of the elongate hollow body is immersed in a second liquid in a target vessel, and • the defined metering volume consisting of the contacting volume and a residual volume contained in the elongate hollow body is dispensed into the second liquid. • a first liquid is introduced into at least one elongate hollow body, • some of the first liquid contained in the elongate hollow body is pressed out of the lower end of the elongate hollow body as a contacting volume such that the contacting volume forms a drop suspended from the lower end of the elongate hollow body, • the drop and the lower end of the elongate hollow body is immersed in a second liquid in a target vessel, and • the defined metering volume consisting of the contacting volume and a residual volume contained in the elongate hollow body is dispensed into the second liquid.
A software update device connected to an in-vehicle network including a plurality of in-vehicle devices comprising one or a plurality of processors configured to: perform an update of software of at least one of the in-vehicle devices in which a body control function is one of the vehicle functions restricted during software update; and perform a control of setting a door of a vehicle in an unlocked state before performing predetermined processing included in processing for the update, when performing the update. perform an update of software of at least one of the in-vehicle devices in which a body control function is one of the vehicle functions restricted during software update; and perform a control of setting a door of a vehicle in an unlocked state before performing predetermined processing included in processing for the update, when performing the update.
A kit comprising a drug-eluting balloon catheter and a pharmaceutical composition comprising a statin encapsulated in lipid-based particles, wherein the statin is present in a therapeutically effective amount to treat a vascular disease in a subject in need thereof when administered locally to a diseased segment of a blood vessel in the subject via the drug-eluting balloon catheter, and wherein the statin comprises cerivastatin, or a pharmaceutically acceptable salt, prodrug, clathrate, or solvate thereof.
A tool bit for use with a blade assembly of a grading machine , the tool bit comprising: a shank portion including a cylindrical configuration defining a longitudinal axis (L), a radial direction (R), and a circumferential direction (C); and a working portion including a cylindrical configuration that is concentric with the shank portion and a flat bottom surface ; characterised in that the shank portion defines two flat surfaces , the two flat surfaces defining a cross-hole extending radially thru the shank portion . a shank portion including a cylindrical configuration defining a longitudinal axis (L), a radial direction (R), and a circumferential direction (C); and a working portion including a cylindrical configuration that is concentric with the shank portion and a flat bottom surface ; characterised in that the shank portion defines two flat surfaces , the two flat surfaces defining a cross-hole extending radially thru the shank portion .
Harvesting device for facilitating harvesting of mushrooms or toadstools growing on a substrate or soil, the device comprising: - a harvesting conveyer comprising crop receiving members suitable for simple manual placing of the crops therein, wherein the conveyor is adapted to transport away the crops from a location within manual reach of the growing location of the crop by picking and placing of the mushroom in a respective crop receiving member, - transport means for transporting the harvesting conveyer relative to the substrate or the soil, wherein - the harvesting device is suitable for simultaneously harvesting over substantially the whole length of at least two seed-beds , and characterized by further - comprising a bridging frame for spanning at least two seed-beds in the transverse direction thereof for the purpose of supporting the harvesting conveyer. - a harvesting conveyer comprising crop receiving members suitable for simple manual placing of the crops therein, wherein the conveyor is adapted to transport away the crops from a location within manual reach of the growing location of the crop by picking and placing of the mushroom in a respective crop receiving member, - transport means for transporting the harvesting conveyer relative to the substrate or the soil, wherein - the harvesting device is suitable for simultaneously harvesting over substantially the whole length of at least two seed-beds , and characterized by further - comprising a bridging frame for spanning at least two seed-beds in the transverse direction thereof for the purpose of supporting the harvesting conveyer.
Mounting frame for plug connectors, in particular for receiving identical and/or dissimilar plug connector modules , characterized in that the mounting frame is composed substantially of two mounting frame modules and two PE walls having a connector for protective grounding and at least one means for fastening , the latter serving for assembling the mounting frame in a plug connector housing; in that the mounting frame module has in each case two tabs (2.1) on two sides; and in that the tabs (2.1) are disposed in such a way that they are able to latch in corresponding recesses of the respective PE wall . the mounting frame is composed substantially of two mounting frame modules and two PE walls having a connector for protective grounding and at least one means for fastening , the latter serving for assembling the mounting frame in a plug connector housing; in that the mounting frame module has in each case two tabs (2.1) on two sides; and in that the tabs (2.1) are disposed in such a way that they are able to latch in corresponding recesses of the respective PE wall .
A method for an RFID IC to provide an alert, the method comprising: performing a first measurement of an environmental parameter at a first time ; comparing the first measurement to either a baseline value or a second measurement of the environmental parameter performed at a second time to determine a difference; and if the difference meets a threshold , then providing the alert by participating in an inventory round, advancing a scheduled reply in an ongoing inventory round, and/or replying multiple times in the inventory round ,else not participating in the inventory round and/or not advancing the reply, characterized in that the magnitude of a reply advancement or the number of multiple replies is based on a magnitude of the determined difference. performing a first measurement of an environmental parameter at a first time ; comparing the first measurement to either a baseline value or a second measurement of the environmental parameter performed at a second time to determine a difference; and if the difference meets a threshold , then providing the alert by participating in an inventory round, advancing a scheduled reply in an ongoing inventory round, and/or replying multiple times in the inventory round ,else not participating in the inventory round and/or not advancing the reply, characterized in that the magnitude of a reply advancement or the number of multiple replies is based on a magnitude of the determined difference.
A sealing arrangement for joints between a structural member , particularly a door or window frame element, and a corresponding finish layer of a wall bordering said structural member , comprising a first sealing profile molding unit for an outer joint relative to said structural member and a second sealing profile molding unit for an inner joint relative to said structural member , characterized in that said first profile molding unit comprises a vapor diffusion resistance which differs from the vapor diffusion resistance of the second profile molding unit and in that the vapor diffusion resistance of the first profile molding unit for the outer joint is smaller than the vapor diffusion resistance of the second profile molding unit for the inner joint , in that at least one of the profile molding units (16 or 16') comprises a single or multiple part profile molding (18 or 18') and a sealing interlayer , in that the finish layer for this at least one profile molding unit (16 or 16') is a plaster layer and this at least one profile molding unit (16 or 16') comprises a connection device for the plaster layer , in that the interlayer is a foam plastic adhesive tape or an adhesive cement and forms an elastic fastener for fitting the profile molding to the structural member , in that the at least one profile molding unit in its fitted condition is installed in the joint between the plaster layer and the structural member and is sealingly connected to said plaster layer and said structural member and the interlayer in the fitted condition of the profile molding unit forms a seal between the profile molding and the structural member , in that the interlayer determines the vapor diffusion resistance of the profile molding unit and in that the interlayers of the profile molding units comprise optically differing identifiers or colors which are assigned to a vapor diffusion resistance in each case.
A cover for protecting against frost a water meter , said cover comprising four portions each tailored from a thermal textile complex and sewed together to present an upside down «T» like general shape, with: - a central portion closed tubular sleeve-shaped having an upper opening and a lower opening , wherein the lower opening has indentations on the right and on the left; - two lower portions forming, on each side of the central portion on the right and on the left, extensions for the respective indentations , wherein these lower portions are shaped as open tubes which can be closed on themselves, and wherein these lower portions are sewed on the central portion ; and - an upper portion mounted on the central portion and serving as a lid that can be opened or closed on the upper opening of the central portion . - a central portion closed tubular sleeve-shaped having an upper opening and a lower opening , wherein the lower opening has indentations on the right and on the left; - two lower portions forming, on each side of the central portion on the right and on the left, extensions for the respective indentations , wherein these lower portions are shaped as open tubes which can be closed on themselves, and wherein these lower portions are sewed on the central portion ; and - an upper portion mounted on the central portion and serving as a lid that can be opened or closed on the upper opening of the central portion .
A heat exchanger with a tube bundle with a plurality of tubes and with a housing with a first end region and with a second end region , wherein the tubes of the tube bundle extend in the housing , wherein a first fluid can flow through the tubes in a longitudinal direction of the tubes and thus a first flow channel is formed, wherein the first fluid flows into the tubes in one of the end regions of the housing and flows out of the tubes in the other one of the end regions of the housing , wherein a second fluid can flow around the tubes and thus a second flow channel is formed, wherein the housing has a fluid inlet for the second fluid and a fluid outlet for the second fluid , wherein the fluid inlet has an upstream section and a downstream section , wherein the upstream section serves for the inflow of the second fluid into the fluid inlet and wherein the downstream section serves for the inflow of the second fluid into the housing , characterised in that the downstream section of the fluid inlet has a flow deflection unit , wherein the fluid inlet forms a channel and has a flow limiting wall limiting the channel , wherein the channel forms an opening in the downstream section as an open end and wherein the flow limiting wall is formed in a curved manner in the downstream section such that the second fluid flowing in the downstream section of the fluid inlet has a flow direction in the opening and the flow direction in the opening forms an angle α to the longitudinal direction of the tubes of the tube bundle , wherein the angle α is other than 90°.
A fastener comprising: a fastener body having a threaded portion and an opposing, tapered portion , said tapered portion including an outwardly angled surface ; and a sleeve movably connected to said fastener body , said sleeve including a plurality of fingers at least partially separated from each other, each of said fingers including at least two, axially spaced gripping members (70;72) protruding a radial distance from a sleeve body , the radial distance of each of said gripping members (70;72) progressively increasing from said tapered portion to said threaded portion of the fastener body wherein when the fastener is inserted in a borehole formed in a substrate and a fastening member is threaded onto said threaded end and tightened, said sleeve progressively moves along said angled surface causing said fingers to move outwardly and at least one of said gripping members (70;72) to engage an inner surface of the substrate forming the borehole to secure the fastener in the borehole . a fastener body having a threaded portion and an opposing, tapered portion , said tapered portion including an outwardly angled surface ; and a sleeve movably connected to said fastener body , said sleeve including a plurality of fingers at least partially separated from each other, each of said fingers including at least two, axially spaced gripping members (70;72) protruding a radial distance from a sleeve body , the radial distance of each of said gripping members (70;72) progressively increasing from said tapered portion to said threaded portion of the fastener body
A CXCR4-antagonistic peptide for use in the treatment of AML with a FMS-like tyrosine kinase 3 (FLT3) mutation in a subject in need thereof, wherein said CXCR4-antagonistic peptide is as set forth in SEQ ID NO: 1.
A method of detecting a latent fault of at least one cell (111:1) among a plurality of cells (111:2-111:n) in an energy storage system , comprising: determining (S101) State of Health Cell Capacity, SoHCC, and Open Circuit Voltage, OCV, of a selected cell; wherein the selected cell is indicated (S102) to have a latent fault if a determined value of the SoHCC of the selected cell is lower than a reference value for the SoHCC and if a determined value of the OCV of the selected cell is higher than a reference value for the OCV.
Power transmission assembly for a vehicle comprising: - an electric machine comprising a stator fixed relative to the vehicle and a rotor movable in rotation relative to a rotation axis (AX) of said electric machine, and - a differential comprising at least one differential input connected to the rotor of the electric machine, said differential comprising a plurality of cogwheels connected with each other to distribute the differential input power between: - a first output intended to be connected to a first power transmission shaft transmitting power to a first wheel, and - a second output intended to be connected to a second power transmission shaft transmitting power to a second wheel, the distribution being a function of the rotation speed of the first output and second output, - the cogwheels are distributed around the electric machine, the electric machine being located inside the space of the differential, the assembly being characterized in that: - the electric machine is an inverted machine in which the rotor is radially outside the stator with respect to the rotation axis. - an electric machine comprising a stator fixed relative to the vehicle and a rotor movable in rotation relative to a rotation axis (AX) of said electric machine, and - a differential comprising at least one differential input connected to the rotor of the electric machine, said differential comprising a plurality of cogwheels connected with each other to distribute the differential input power between: - a first output intended to be connected to a first power transmission shaft transmitting power to a first wheel, and - a second output intended to be connected to a second power transmission shaft transmitting power to a second wheel, the distribution being a function of the rotation speed of the first output and second output, - the cogwheels are distributed around the electric machine, the electric machine being located inside the space of the differential, - the cogwheels are distributed around the electric machine, the electric machine being located inside the space of the differential, the assembly being characterized in that: - the electric machine is an inverted machine in which the rotor is radially outside the stator with respect to the rotation axis. - the electric machine is an inverted machine in which the rotor is radially outside the stator with respect to the rotation axis.
A communication device (20-2) comprising: circuitry configured to: communicate with a plurality of base stations (30A-30F), the plurality of base stations having the same Cell ID and including a first base station and a second base station; receive information from the first base station, the information indicating at least one insertion period of a Channel State Information Reference Signal, CSI-RS; measure received signal power of the CSI-RS at timings in accordance with the at least one insertion period, wherein the timings include a first timing at which both a first CSI-RS from the first base station and a second CSI-RS from the second base station are received and a second timing at which only one of the first CSI-RS or the second CSI-RS is received; wherein the first CSI-RS and the second CSI-RS are identical. communicate with a plurality of base stations (30A-30F), the plurality of base stations having the same Cell ID and including a first base station and a second base station; receive information from the first base station, the information indicating at least one insertion period of a Channel State Information Reference Signal, CSI-RS; measure received signal power of the CSI-RS at timings in accordance with the at least one insertion period, wherein the timings include a first timing at which both a first CSI-RS from the first base station and a second CSI-RS from the second base station are received and a second timing at which only one of the first CSI-RS or the second CSI-RS is received; wherein the first CSI-RS and the second CSI-RS are identical.