mhurhangee/patent-ind-claim-en huggingface dataset:
An anode-side half-cell for an electrochemical cell of an electrolysis device for carbon dioxide electrolysis and/or for carbon monoxide electrolysis, having - a separator which is in the form of a membrane and has an anode-side separator surface and a cathode-side separator surface on the opposite side from the anode-side separator surface , - a catalyst layer having a first catalyst surface and a second catalyst surface on the opposite side from the first catalyst surface , wherein the first catalyst surface faces the anode-side separator surface , and - a fluid-permeable anode plate having a first anode surface , wherein the first anode surface faces the second catalyst surface , - wherein the second catalyst surface has projections that protrude from this surface and project into the anode plate through the first anode surface for bonding to the anode plate . - a separator which is in the form of a membrane and has an anode-side separator surface and a cathode-side separator surface on the opposite side from the anode-side separator surface , - a catalyst layer having a first catalyst surface and a second catalyst surface on the opposite side from the first catalyst surface , wherein the first catalyst surface faces the anode-side separator surface , and - a fluid-permeable anode plate having a first anode surface , wherein the first anode surface faces the second catalyst surface , - wherein the second catalyst surface has projections that protrude from this surface and project into the anode plate through the first anode surface for bonding to the anode plate .
A chemically modified double stranded nucleic acid molecule that: (i) is selected from the sequences within Tables 1-2; or (ii) comprises at least 12 contiguous nucleotides of a sequence selected from the sequences within Tables 1-2, wherein the chemically modified double stranded nucleic acid molecule comprises a guide strand and a passenger strand, wherein the region of the molecule that is double stranded is from 8-15 nucleotides long, wherein the guide strand contains a single stranded region that is 4-12 nucleotides long, wherein the single stranded region of the guide strand contains 3, 4, 5, 6, 7, 8, 9, 10, 11 or 12 phosphorothioate modifications, wherein at least 40% of the nucleotides of the double stranded nucleic acid are modified, wherein at least one of the nucleotides contains a 2' chemical modification selected from 2'OMe or 2'Fluoro, wherein the chemically modified double stranded nucleic acid molecule is linked to one or more hydrophobic conjugates, and wherein one or more of the hydrophobic conjugates is cholesterol. (i) is selected from the sequences within Tables 1-2; or (ii) comprises at least 12 contiguous nucleotides of a sequence selected from the sequences within Tables 1-2, wherein the chemically modified double stranded nucleic acid molecule comprises a guide strand and a passenger strand, wherein the region of the molecule that is double stranded is from 8-15 nucleotides long, wherein the guide strand contains a single stranded region that is 4-12 nucleotides long, wherein the single stranded region of the guide strand contains 3, 4, 5, 6, 7, 8, 9, 10, 11 or 12 phosphorothioate modifications, wherein at least 40% of the nucleotides of the double stranded nucleic acid are modified, wherein at least one of the nucleotides contains a 2' chemical modification selected from 2'OMe or 2'Fluoro, wherein the chemically modified double stranded nucleic acid molecule is linked to one or more hydrophobic conjugates, and wherein one or more of the hydrophobic conjugates is cholesterol. wherein the chemically modified double stranded nucleic acid molecule comprises a guide strand and a passenger strand, wherein the region of the molecule that is double stranded is from 8-15 nucleotides long, wherein the guide strand contains a single stranded region that is 4-12 nucleotides long, wherein the single stranded region of the guide strand contains 3, 4, 5, 6, 7, 8, 9, 10, 11 or 12 phosphorothioate modifications, wherein at least 40% of the nucleotides of the double stranded nucleic acid are modified, wherein at least one of the nucleotides contains a 2' chemical modification selected from 2'OMe or 2'Fluoro, wherein the chemically modified double stranded nucleic acid molecule is linked to one or more hydrophobic conjugates, and wherein one or more of the hydrophobic conjugates is cholesterol.
Winding machine comprising • a receiving element for receiving a base body comprising teeth onto which the winding is to be wound, • a nail winding head through which a wire can be guided in parallel to a surface of each tooth through the base body in order to place the wire inside a groove between two teeth of the base body , so that a wire can be wound around a tooth to be wound, • wherein the nail winding head has a nail support at which a needle-shaped nozzle is attached, via which a wire to be wound can be output, • wherein the nozzle can be arranged transversally inside the groove , so that a distance of the nozzle to the tooth to be wound is smaller than to an adjacent tooth that delimits the groove , • characterized by at least two pin-shaped retaining fingers , • wherein the retaining fingers can be moved relative to the receiving element in three independent spatial directions , • respectively one retaining finger can be arranged on respectively one front side of the base body , • wherein the wire can be positioned inside the groove independently of the nail winding head by the retaining finger to determine a target location of the wire inside the groove , and • wherein the retaining fingers are mechanically coupled such that the retaining fingers are fixedly attached to each other and not movable with respect to each other. • a receiving element for receiving a base body comprising teeth onto which the winding is to be wound, • a nail winding head through which a wire can be guided in parallel to a surface of each tooth through the base body in order to place the wire inside a groove between two teeth of the base body , so that a wire can be wound around a tooth to be wound, • wherein the nail winding head has a nail support at which a needle-shaped nozzle is attached, via which a wire to be wound can be output, • wherein the nozzle can be arranged transversally inside the groove , so that a distance of the nozzle to the tooth to be wound is smaller than to an adjacent tooth that delimits the groove , • characterized by at least two pin-shaped retaining fingers , • wherein the retaining fingers can be moved relative to the receiving element in three independent spatial directions , • respectively one retaining finger can be arranged on respectively one front side of the base body , • wherein the wire can be positioned inside the groove independently of the nail winding head by the retaining finger to determine a target location of the wire inside the groove , and • wherein the retaining fingers are mechanically coupled such that the retaining fingers are fixedly attached to each other and not movable with respect to each other.
A method of controlling a home appliance connected to an access point, the access point being connectable to a plurality of portable terminals (100-1, 100-2), characterized by the method comprising the following steps performed by the home appliance: receiving a control command from a user, the control command being a command to perform a predetermined operation when a portable terminal selected from the plurality of user terminals connects to the access point ; receiving a notification from the access point , the notification indicating that the access point is connected to the selected portable terminal; and performing the predetermined operation in response to receiving the notification. receiving a control command from a user, the control command being a command to perform a predetermined operation when a portable terminal selected from the plurality of user terminals connects to the access point ; receiving a notification from the access point , the notification indicating that the access point is connected to the selected portable terminal; and performing the predetermined operation in response to receiving the notification.
A method for analysing and controlling a crystallisation process of a solution, the method comprising the steps of 1) exposing, along an axis of exposure, at least part of the solution to light covering a predetermined wavelength range, 2) detecting, at a position being essentially along the axis of exposure, light reflected or scattered back from the solution, and determining the intensities of the reflected or scattered light within a first and a second portion of the predetermined wavelength range, and 3) generating one or more control signals in response to the determined light intensities. 1) exposing, along an axis of exposure, at least part of the solution to light covering a predetermined wavelength range, 2) detecting, at a position being essentially along the axis of exposure, light reflected or scattered back from the solution, and determining the intensities of the reflected or scattered light within a first and a second portion of the predetermined wavelength range, and 3) generating one or more control signals in response to the determined light intensities.
A cold rolled steel sheet for a drawn can comprising, as a chemical composition, by mass%: C: 0.0060% to 0.0110%; Si: 0.50% or less; Mn: 0.70% or less; P: 0.070% or less; S: 0.050% or less; Sol. Al: 0.005% to 0.100%; N: less than 0.0025%; Nb satisfying Expression ; B: 0% to 0.0030%; and Ti: 0% to 0.035% with a remainder of Fe and an impurity, wherein the steel sheet for a drawn can includes a ferrite single-phase structure with a crystal grain size number of 11.0 or more measured according to JIS G 0551 as defined in the description, a sheet thickness is 0.15 to 0.50 mm, in a tensile test carried out on the steel sheet according to JIS Z 2241 after an aging treatment at 100°C for one hour, using a JIS No.5 tensile test piece according to JIS Z 2201, the tensile test piece having a parallel portion parallel to the L direction, yield strength YP is 220 to 290 MPa, tensile strength TS is 330 to 390 MPa, total elongation EL is 32% or more, and yield point elongation YP-EL is 0%, and in a plastic strain test carried out on the steel sheet according to JIS Z 2254 after the ageing treatment at 100°C for one hour, using JIS No.13B tensile test pieces parallel to individual directions of being parallel, 45°, and 90° with respect to the rolling direction, average plastic strain ratio r m is more than 1.35, and in-plane anisotropy Δr is -0.30 to +0.15, 500 × C ≤ Nb / C ≤ 8.0 here, to element symbols in Expression , the amounts in % by mass of the corresponding elements are assigned. C: 0.0060% to 0.0110%; Si: 0.50% or less; Mn: 0.70% or less; P: 0.070% or less; S: 0.050% or less; Sol. Al: 0.005% to 0.100%; N: less than 0.0025%; Nb satisfying Expression ; B: 0% to 0.0030%; and Ti: 0% to 0.035% with a remainder of Fe and an impurity, wherein the steel sheet for a drawn can includes a ferrite single-phase structure with a crystal grain size number of 11.0 or more measured according to JIS G 0551 as defined in the description, a sheet thickness is 0.15 to 0.50 mm, in a tensile test carried out on the steel sheet according to JIS Z 2241 after an aging treatment at 100°C for one hour, using a JIS No.5 tensile test piece according to JIS Z 2201, the tensile test piece having a parallel portion parallel to the L direction, yield strength YP is 220 to 290 MPa, tensile strength TS is 330 to 390 MPa, total elongation EL is 32% or more, and yield point elongation YP-EL is 0%, yield strength YP is 220 to 290 MPa, tensile strength TS is 330 to 390 MPa, total elongation EL is 32% or more, and yield point elongation YP-EL is 0%, and in a plastic strain test carried out on the steel sheet according to JIS Z 2254 after the ageing treatment at 100°C for one hour, using JIS No.13B tensile test pieces parallel to individual directions of being parallel, 45°, and 90° with respect to the rolling direction, average plastic strain ratio r m is more than 1.35, and in-plane anisotropy Δr is -0.30 to +0.15, 500 × C ≤ Nb / C ≤ 8.0 here, to element symbols in Expression , the amounts in % by mass of the corresponding elements are assigned.
Computer-operated method for analysing personal accident data of one or more vehicle occupants , wherein the personal accident data comprises at least image data of a video sequence of the vehicle occupant during an accident, wherein the method comprises a first step (S1) of recognising a pattern (M(x)) using the image data, and comprises a second step (S2) of comparing the recognised pattern (M(x)) with a number of previously stored patterns (M ...M(n)), wherein this recognised pattern (M(x)) comprises a motion sequence of the vehicle passenger during the accident, characterised in that the recognised pattern and the previously stored pattern comprise a temporal sequence of acceleration processes of a head and/or a neck and/or a thorax and/or a torso and/or extremities of the vehicle passenger , and/or a temporal sequence of deviations of a head and/or a neck and/or a torso and/or a thorax and/or extremities of the vehicle passenger , wherein medical diagnostic data (D ...D(p)) is allocated respectively to the previously stored patterns (M ...M(n)), and the method further comprises a third step (S3) of issuing medical diagnostic data (D(j)) that is allocated to the recognised pattern (M(j)). the personal accident data comprises at least image data of a video sequence of the vehicle occupant during an accident, wherein the method comprises a first step (S1) of recognising a pattern (M(x)) using the image data, and comprises a second step (S2) of comparing the recognised pattern (M(x)) with a number of previously stored patterns (M ...M(n)), wherein this recognised pattern (M(x)) comprises a motion sequence of the vehicle passenger during the accident, characterised in that the recognised pattern and the previously stored pattern comprise a temporal sequence of acceleration processes of a head and/or a neck and/or a thorax and/or a torso and/or extremities of the vehicle passenger , and/or a temporal sequence of deviations of a head and/or a neck and/or a torso and/or a thorax and/or extremities of the vehicle passenger , wherein medical diagnostic data (D ...D(p)) is allocated respectively to the previously stored patterns (M ...M(n)), and the method further comprises a third step (S3) of issuing medical diagnostic data (D(j)) that is allocated to the recognised pattern (M(j)).
An extruded depot form, in particular for sustained active substance release, comprising (a) at least one active substance, (b) at least one compound from the class of biodegradable organic polymers based on lactic acid and/or glycolic acid, and (c) at least one second compound from the class of lipids, and (d) wherein b) and c) preferably comprise at least 50 % by weight of the dry weight of the depot form, wherein the ratio of the at least one compound from the class of biodegradable organic polymers and the second compound from the class of lipids is at most about 25:1 and/or at least about 5:1, wherein the melting point of the at least one compound from the class of lipids is at least approximately 60 °C and/or at most approximately 80 °C and wherein the extruded depot form has a length of at least 0.1 cm and/or at most 5 cm. (a) at least one active substance, (b) at least one compound from the class of biodegradable organic polymers based on lactic acid and/or glycolic acid, and (c) at least one second compound from the class of lipids, and (d) wherein b) and c) preferably comprise at least 50 % by weight of the dry weight of the depot form, wherein the ratio of the at least one compound from the class of biodegradable organic polymers and the second compound from the class of lipids is at most about 25:1 and/or at least about 5:1, wherein the melting point of the at least one compound from the class of lipids is at least approximately 60 °C and/or at most approximately 80 °C and wherein the extruded depot form has a length of at least 0.1 cm and/or at most 5 cm.
A method for image processing, implemented on at least one machine each of which has at least one processor and at least one storage device, comprising: generating a preliminary image by filtering image data generated by an image acquisition device; generating an intermediate image by performing, based on a first objective function, a first iterative operation on the preliminary image, characterised by the first objective function including a first term, a second term and a third term, the first term being associated with a first difference between the intermediate image and the preliminary image, the second term being associated with continuity of the intermediate image, the third term being associated with sparsity of the intermediate image; and generating a target image by performing, based on a second objective function, a second iterative operation on the intermediate image, the second objective function being associated with a system matrix of the image acquisition device and a second difference between the intermediate image and the target image. generating a preliminary image by filtering image data generated by an image acquisition device; generating an intermediate image by performing, based on a first objective function, a first iterative operation on the preliminary image, characterised by the first objective function including a first term, a second term and a third term, the first term being associated with a first difference between the intermediate image and the preliminary image, the second term being associated with continuity of the intermediate image, the third term being associated with sparsity of the intermediate image; and generating a target image by performing, based on a second objective function, a second iterative operation on the intermediate image, the second objective function being associated with a system matrix of the image acquisition device and a second difference between the intermediate image and the target image.
Cooking vessel comprising a cap equipped with a bottom , the bottom comprising a housing receiving at least one bimetallic element taking a cold stable first position when the temperature is below a predetermined temperature and toggling to a hot stable second position when the temperature is above the predetermined temperature and vice versa, the transition from the first stable position to the second stable position generating an audible signal designed to be perceived by a user or by an external device, characterised in that the at least one bimetallic element strikes at least one wall of the housing to emit the audible signal.
A system for generating an electromagnetic field, comprising: a jig comprising a center member , and a plurality of coil-separating blocks protruding from the center member and separated from each other to provide a plurality of coil channels (202, 204 206); and a plurality of wires , wherein each of the plurality of wires is wrapped on the jig, around the center member, and in one of the plurality of coil channels to form one of a plurality of coils , wherein each of the plurality of coils is configured to connect to an electromagnetic navigation system and generate respective electromagnetic fields to be emitted relative to a subject; characterized in that the plurality of coil channels comprise dividers and wire channels ; wherein each of the plurality of wires are wrapped in one of the wire channels, around the center member , and between two of the dividers or between one of the dividers and one of the coil-separating blocks ; and wherein the plurality of coil channels are segregated with gaps between segregated portions of the plurality of coil channels, wherein a first coil channel is segregated by a second coil channel such that gaps of the first coil channel are in the second coil channel; and wherein each of the plurality of wires switch between wire channels in the gaps of the segregated portions of the plurality of coil channels. a jig comprising a center member , and a plurality of coil-separating blocks protruding from the center member and separated from each other to provide a plurality of coil channels (202, 204 206); and a plurality of wires , wherein each of the plurality of wires is wrapped on the jig, around the center member, and in one of the plurality of coil channels to form one of a plurality of coils , wherein each of the plurality of coils is configured to connect to an electromagnetic navigation system and generate respective electromagnetic fields to be emitted relative to a subject; characterized in that the plurality of coil channels comprise dividers and wire channels ; wherein each of the plurality of wires are wrapped in one of the wire channels, around the center member , and between two of the dividers or between one of the dividers and one of the coil-separating blocks ; and wherein the plurality of coil channels are segregated with gaps between segregated portions of the plurality of coil channels, wherein a first coil channel is segregated by a second coil channel such that gaps of the first coil channel are in the second coil channel; and wherein each of the plurality of wires switch between wire channels in the gaps of the segregated portions of the plurality of coil channels.
A method, performed by a system comprising nodes in a wireless network , each controlling and coordinating both access and backhaul communications, for providing Point-to-Point, PTP, communication between the nodes as well as providing interference mitigation between various links formed between the nodes in the network , the method comprising: use of an antenna array arrangement to provide multiple concurrent transmissions over multiple antennas; wherein providing interference mitigation involves adjustment of a beam pattern ; allocating at least one MIMO stream among the various antennas in the array; and use of a backhaul coding scheme in addition to convolutional code and convolutional turbo code on a backhaul link. use of an antenna array arrangement to provide multiple concurrent transmissions over multiple antennas; wherein providing interference mitigation involves adjustment of a beam pattern ; allocating at least one MIMO stream among the various antennas in the array; and use of a backhaul coding scheme in addition to convolutional code and convolutional turbo code on a backhaul link.