mhurhangee/ep-ind-claims huggingface dataset:
A water treatment method using a water treatment system comprising: a raw water tank connected to a water supply; a reverse osmosis unit arranged to produce purified water from water input from the raw water tank via a raw water supply line; at least one water treatment facility alongside said raw water supply line downstream said raw water tank and upstream said reverse osmosis unit wherein said at least one water treatment facility is an activated carbon filter with backwash facility and optionally further water treatment facilities, namely a water softening plant (62, 63) and/or a sand filter, and wherein the at least one water treatment facility is configured to be connectable to the raw water supply line via a set of isolation valves allowing raw water to enter into the water treatment facility and to leave the water treatment facility; and a reuse water feedback line arranged to feed grey water collected from said reverse osmosis unit and said activated carbon filter back to the raw water tank for reuse, wherein a water saving storage tank is arranged as a grey water buffer in said reuse water feedback line comprising the steps of collecting water used for carbon backwash from the activated carbon filter in the water saving storage tank, filtering and returning the collected water back to the raw water tank through filters according to a reuse requirement and monitoring grey water from the reverse osmosis unit to check concentration, and when the concentration is below a set level sending it to the water saving storage tank for reuse alongside the carbon backwash water. a raw water tank connected to a water supply; a reverse osmosis unit arranged to produce purified water from water input from the raw water tank via a raw water supply line; at least one water treatment facility alongside said raw water supply line downstream said raw water tank and upstream said reverse osmosis unit wherein said at least one water treatment facility is an activated carbon filter with backwash facility and optionally further water treatment facilities, namely a water softening plant (62, 63) and/or a sand filter, and wherein the at least one water treatment facility is configured to be connectable to the raw water supply line via a set of isolation valves allowing raw water to enter into the water treatment facility and to leave the water treatment facility; and a reuse water feedback line arranged to feed grey water collected from said reverse osmosis unit and said activated carbon filter back to the raw water tank for reuse, wherein a water saving storage tank is arranged as a grey water buffer in said reuse water feedback line comprising the steps of collecting water used for carbon backwash from the activated carbon filter in the water saving storage tank, filtering and returning the collected water back to the raw water tank through filters according to a reuse requirement and monitoring grey water from the reverse osmosis unit to check concentration, and when the concentration is below a set level sending it to the water saving storage tank for reuse alongside the carbon backwash water.
A composition comprising an acrylic pressure sensitive adhesive derived from the reaction product of: a) 30 percent by weight to 50 percent by weight of methyl acrylate, b) at least 40 percent by weight of a monomer comprising ethyl acrylate, propyl acrylate, butyl acrylate, or combinations thereof, c) 0.2 percent by weight to 5 percent by weight of acrylic acid, wherein the weight percentages are based on the total weight of the polymerizable mixture; and included in the polymerized mixture d) 0.1 percent by weight to 2 percent by weight with respect to the acrylic polymer of a crosslinking agent. a) 30 percent by weight to 50 percent by weight of methyl acrylate, b) at least 40 percent by weight of a monomer comprising ethyl acrylate, propyl acrylate, butyl acrylate, or combinations thereof, c) 0.2 percent by weight to 5 percent by weight of acrylic acid, wherein the weight percentages are based on the total weight of the polymerizable mixture; and included in the polymerized mixture d) 0.1 percent by weight to 2 percent by weight with respect to the acrylic polymer of a crosslinking agent.
A crusher unit, in particular of a jaw crusher, with a high-pressure pump for the overload protection of the crusher unit, having an actuator unit, which adjustably accommodates an actuation element in a housing (100.1), wherein the actuation element has at least one piston (110.1, 110.2) or the actuation element is coupled to at least one piston (110.1, 110.2), wherein at least one actuator and one pressure accumulator are provided, wherein the actuator unit is connected in fluid-conveying manner to the actuator such that in a pump stroke of the actuator unit a transfer medium is pumped into a second chamber (80.2) of the actuator and during the quantity of transfer medium displaced from a further first chamber (40.2, 80.1) of the actuator (, tensioning cylinder) during the pump stroke is temporarily stored in a pressure accumulator. wherein at least one actuator and one pressure accumulator are provided, wherein the actuator unit is connected in fluid-conveying manner to the actuator such that in a pump stroke of the actuator unit a transfer medium is pumped into a second chamber (80.2) of the actuator and during the quantity of transfer medium displaced from a further first chamber (40.2, 80.1) of the actuator (, tensioning cylinder) during the pump stroke is temporarily stored in a pressure accumulator.
A computing device (10, 50), comprising: a processor (26, 108); and a memory (22, 104) holding instructions executable by the processor (26, 108) to: obtain a three-dimensional map comprising a plurality of three-dimensional points representing a physical environment; transform each three-dimensional point into a three-dimensional line that passes through the point to generate a three-dimensional line cloud; receive a query image of the physical environment captured by a user computing device (50, 80, 84, 88), the query image comprising a plurality of query features that correspond to at least a portion of the physical environment; and using the three-dimensional line cloud and the plurality of query features, estimate a pose of the user computing device (50, 80, 84, 88) with respect to the physical environment. a processor (26, 108); and a memory (22, 104) holding instructions executable by the processor (26, 108) to: obtain a three-dimensional map comprising a plurality of three-dimensional points representing a physical environment; transform each three-dimensional point into a three-dimensional line that passes through the point to generate a three-dimensional line cloud; receive a query image of the physical environment captured by a user computing device (50, 80, 84, 88), the query image comprising a plurality of query features that correspond to at least a portion of the physical environment; and using the three-dimensional line cloud and the plurality of query features, estimate a pose of the user computing device (50, 80, 84, 88) with respect to the physical environment. obtain a three-dimensional map comprising a plurality of three-dimensional points representing a physical environment; transform each three-dimensional point into a three-dimensional line that passes through the point to generate a three-dimensional line cloud; receive a query image of the physical environment captured by a user computing device (50, 80, 84, 88), the query image comprising a plurality of query features that correspond to at least a portion of the physical environment; and using the three-dimensional line cloud and the plurality of query features, estimate a pose of the user computing device (50, 80, 84, 88) with respect to the physical environment.
Secondary battery comprising: an electrode assembly with a first and a second electrode plate; a case accommodating the electrode assembly in its inner space; a cap plate coupled to and sealing the case; and a first terminal with a first collector terminal, the first collector terminal passing through the cap plate and being electrically conductively connected to the first electrode plate, and with a first terminal plate that is affixed to the first collector terminal, wherein the first collector terminal is electrically connected to the cap plate via the first terminal plate and a fastening plate, the fastening plate being arranged between the cap plate and the first terminal plate, and wherein an insulation layer is arranged on at least one surface of the fastening plate that faces the cap plate, characterized in that the insulation layer sectionwise covers an abutment area of the surface of the fastening plate, the abutment area abutting on the cap plate, and not covering another section of the abutment area. an electrode assembly with a first and a second electrode plate; a case accommodating the electrode assembly in its inner space; a cap plate coupled to and sealing the case; and a first terminal with a first collector terminal, the first collector terminal passing through the cap plate and being electrically conductively connected to the first electrode plate, and with a first terminal plate that is affixed to the first collector terminal, wherein the first collector terminal is electrically connected to the cap plate via the first terminal plate and a fastening plate, the fastening plate being arranged between the cap plate and the first terminal plate, and wherein an insulation layer is arranged on at least one surface of the fastening plate that faces the cap plate, characterized in that the insulation layer sectionwise covers an abutment area of the surface of the fastening plate, the abutment area abutting on the cap plate, and not covering another section of the abutment area.
Bus connector comprising an upper housing and a lower housing for attachment to a flat ribbon cable, wherein the upper housing and the lower housing are formed and can be pressed one inside the other with the aid of a fitting tool in such a way that, in one working step, the conductors (11 to 16) of the flat ribbon cable are brought into contact with a multiplicity of insulation displacement connecting devices (81 to 86) in the lower housing and at the same time selective severing of at least one conductor of the flat ribbon cable is effected, characterized in that the upper housing has a cover part and a base part, which are formed so as to be capable of being folded together via at least one hinge element, in particular a film hinge, transversely to the axial longitudinal extent of the flat ribbon cable for fixing said flat ribbon cable.
Method for defining placements, in a volatile memory, of temporary scratch buffers used during an execution of an artificial neural network, the method comprising: - determining an execution order of layers of the neural network, - defining placements, in a heap memory zone of the volatile memory, of intermediate result buffers generated by each layer, according to the execution order of the layers, the intermediate results being data that are computed for each layer, except the last layer, from data received at the input of the layer, are delivered on the output of the layer and are used by other layers executed afterwards, - determining at least one free area of the heap memory zone over the execution of the layers, - defining placements of temporary scratch buffers in said at least one free area of the heap memory zone according to the execution order of the layers, the temporary scratch buffers being configured to store scratch data, the scratch data being temporary intra-layer data used only by a given layer and needing to be allocated only during the execution of this given layer. - determining an execution order of layers of the neural network, - defining placements, in a heap memory zone of the volatile memory, of intermediate result buffers generated by each layer, according to the execution order of the layers, the intermediate results being data that are computed for each layer, except the last layer, from data received at the input of the layer, are delivered on the output of the layer and are used by other layers executed afterwards, - determining at least one free area of the heap memory zone over the execution of the layers, - defining placements of temporary scratch buffers in said at least one free area of the heap memory zone according to the execution order of the layers, the temporary scratch buffers being configured to store scratch data, the scratch data being temporary intra-layer data used only by a given layer and needing to be allocated only during the execution of this given layer.
A therapeutically effective amount of a histone deacetylase 6 (HDAC6) specific inhibitor compound of Formula I: or a pharmaceutically acceptable salt thereof, wherein, ring B is aryl or heteroaryl; R 1 is an aryl or heteroaryl, each of which may be optionally substituted by OH, halo, or C 1-6 -alkyl; and R is H or C 1-6 -alkyl; for use in treating a polycystic disease. ring B is aryl or heteroaryl; R 1 is an aryl or heteroaryl, each of which may be optionally substituted by OH, halo, or C 1-6 -alkyl; and R is H or C 1-6 -alkyl; for use in treating a polycystic disease.
Method of shaping a curved rotor blade for storage and/or transport such that an overall cross-extension (H 1) of the rotor blade is reduced in at least one direction perpendicular to a longitudinal principal extension (L 1) of the rotor blade, characterised for comprising the step of introducing a shaping tool (3, 3', 3") into an interior of the rotor blade, which shaping tool (3, 3', 3") is preferably stiffer than the rotor blade at least in a direction defined by the cross-extension (H 1) in the at least one direction.
A support mounting (102, 2402, 2502, 2602) for releasably securably receiving a pole base (104, 1804, 2204), comprising: a body (150, 2450, 2550, 2650); the body having a receiving aperture (152, 2452, 2552, 2652); the receiving aperture opening into a receiving recess (156, 2456, 2556, 2656) in the body; the receiving recess tapering conically inwardly toward a distal end (158, 2458, 2558, 2658) of the receiving recess, relative to the receiving aperture; at least one helical guide channel (164, 2464, 2564, 2664) formed in a wall (166, 2466, 2566, 2666) of the receiving recess and extending axially away from the receiving aperture; characterised in that: each helical guide channel has a channel entrance (168, 2468, 2568, 2668) at the receiving aperture; each helical guide channel has a terminal reverse bend (170, 2470, 2570, 2670) at a distal end (172, 2472, 2572, 2672) thereof, relative to the receiving aperture. a body (150, 2450, 2550, 2650); the body having a receiving aperture (152, 2452, 2552, 2652); the receiving aperture opening into a receiving recess (156, 2456, 2556, 2656) in the body; the receiving recess tapering conically inwardly toward a distal end (158, 2458, 2558, 2658) of the receiving recess, relative to the receiving aperture; at least one helical guide channel (164, 2464, 2564, 2664) formed in a wall (166, 2466, 2566, 2666) of the receiving recess and extending axially away from the receiving aperture; characterised in that: each helical guide channel has a channel entrance (168, 2468, 2568, 2668) at the receiving aperture; each helical guide channel has a terminal reverse bend (170, 2470, 2570, 2670) at a distal end (172, 2472, 2572, 2672) thereof, relative to the receiving aperture. each helical guide channel has a channel entrance (168, 2468, 2568, 2668) at the receiving aperture; each helical guide channel has a terminal reverse bend (170, 2470, 2570, 2670) at a distal end (172, 2472, 2572, 2672) thereof, relative to the receiving aperture.
System of estimating tire pressure deviations in a number of tires of a vehicle wherein a plurality of possible constellations of one or more pressure deviating tires exists, the system comprising: a plurality of separate pressure deviation detectors, wherein at least one pressure deviation detector is provided for and assigned to each of the possible pressure deviating tire constellations, and wherein each detector is optimised to detect the pressure deviating tire constellation to which it is assigned; wherein the detectors comprise different detector types which are adapted to detect different pressure deviation situations, the detector types comprising at least one of a puncture detector type for detecting rapid pressure deviations, a diffusion detector type for detecting slow pressure deviations, a flat tire detector type for detecting rapid and large pressure deviations, an asymmetric detector type for detecting asymmetric pressure deviations, a detector type for detecting leakage during calibration, a detector type for detecting different tire sizes; and an output unit which is adapted to provide for a warning if one of the pressure deviation detectors detects one of the pressure deviating tire constellations. a plurality of separate pressure deviation detectors, wherein at least one pressure deviation detector is provided for and assigned to each of the possible pressure deviating tire constellations, and wherein each detector is optimised to detect the pressure deviating tire constellation to which it is assigned; wherein the detectors comprise different detector types which are adapted to detect different pressure deviation situations, the detector types comprising at least one of a puncture detector type for detecting rapid pressure deviations, a diffusion detector type for detecting slow pressure deviations, a flat tire detector type for detecting rapid and large pressure deviations, an asymmetric detector type for detecting asymmetric pressure deviations, a detector type for detecting leakage during calibration, a detector type for detecting different tire sizes; and an output unit which is adapted to provide for a warning if one of the pressure deviation detectors detects one of the pressure deviating tire constellations.
A method for determining the efficacy of a treatment with a therapeutic agent on a subject suffering from a chronic inflammatory condition selected from a proliferative disorder, an autoimmune disorder or an infectious disease, wherein said therapeutic agent is at least one chemotherapeutic agent, at least one immunotherapeutic agent or any combination thereof, said method comprises the steps of: a. determining the level of expression of T cell antigen receptor ζ chain in at least one biological sample of said subject, to obtain an expression value, said sample is obtained after or during the initiation of said treatment; b. determining if the expression value obtained in step (a) is equal to or above the range with respect to said predetermined standard expression value or to said expression value of CD247 in a control sample; wherein said method further comprises the step of: c. determining myeloid-derived suppressor cells (MDSCs) population in a biological sample of said subject, and optionally further at least one step of d. determining the expression levels of S100A8 and S100A9 proteins in said sample; e. determining the levels of cleaved caspase 3 in said sample; and f. determining at least one of intracellular nitric oxide and reactive oxygen species production in said sample, wherein a CD247 expression value equal to or above the range of the corresponding predetermined expression value for CD247 obtained for a population of patients exhibiting a beneficial effect in response to treatment with the same therapeutic agent and a reduced population of MDSC as compared to a predetermined value indicates that said subject responds to said treatment. a. determining the level of expression of T cell antigen receptor ζ chain in at least one biological sample of said subject, to obtain an expression value, said sample is obtained after or during the initiation of said treatment; b. determining if the expression value obtained in step (a) is equal to or above the range with respect to said predetermined standard expression value or to said expression value of CD247 in a control sample; c. determining myeloid-derived suppressor cells (MDSCs) population in a biological sample of said subject, and optionally further at least one step of d. determining the expression levels of S100A8 and S100A9 proteins in said sample; e. determining the levels of cleaved caspase 3 in said sample; and f. determining at least one of intracellular nitric oxide and reactive oxygen species production in said sample,
A sealing cushion for a respiratory mask assembly, the sealing cushion comprising a patient interface portion having a resiliently deformable membrane for engagement with a patient's face, and an aperture formed therein for receiving a nasal and/or mouth region of a patient's face, wherein an inner surface of the membrane comprises a plurality of projections, the projections being arranged such that each projection is engageable with an adjacent projection on deformation of the membrane during engagement of the membrane with the patient's face, in use, thereby providing the membrane with an increased resistance to deformation in a deformed configuration, wherein groups (32,34,36,38,40) of projections are arranged in a plurality of localised regions of the membrane, and wherein the projections in a group (32,34,36,38,40) of projections extend substantially transversely across the membrane, characterized in that said projections are aligned along a transverse axis.
Frame profile arrangement for window or door frames, with a frame profile (10, 20) and a glazing bead which can be fastened in a clamping manner on it, in particular for fastening a glass element between the frame profile (10, 20) and the glazing bead, wherein the glazing bead comprises a carrier profile (30, 30a, 50) of plastic which can be fastend in a clamping manner to the frame profile (10, 20) and an aluminium cover which is fastened, or at least can be fastened, in particular is snap-fitted and/or adhesively bonded, on the carrier profile (30, 30a, 50), characterized in that the carrier profile (30, 30a, 50) comprises, in particular is formed by, a base profile and a mounting profile, which are fastened, or at least can be fastened, on each other, preferably releasably, wherein the mounting profile has at least one sealing lip of a glazing seal.