mhurhangee/ep-ind-claims huggingface dataset:
A surge protection device comprising • an input and an output, • wherein the surge protection device has, between the input and the output, a short-circuit-proof primary current path and a secondary current path, • wherein an auxiliary system for signalling and/or supplying devices for improving the ignition behaviour is arranged in the secondary current path, wherein • the surge protection device also has a fuse (3, 7) in a short-circuit-proof fuse box, • wherein the short-circuit-proof fuse box is arranged in the secondary current path and on one side of the secondary current path (CP2, 4a) the short-circuit-proof fuse box is contacted with the primary current path in a short-circuit-proof manner based on the primary current path, and on the other side of the secondary current path (CP2, 5) the short-circuit-proof fuse box is contacted substantially in a short-circuit-proof manner based on the fuse (3, 7), and • the short-circuit-proof fuse box is also contacted with a short-circuit-proof discharge path, whereby a current can be guided past the auxiliary system current path. • an input and an output, • wherein the surge protection device has, between the input and the output, a short-circuit-proof primary current path and a secondary current path, • wherein an auxiliary system for signalling and/or supplying devices for improving the ignition behaviour is arranged in the secondary current path, wherein • the surge protection device also has a fuse (3, 7) in a short-circuit-proof fuse box, • wherein the short-circuit-proof fuse box is arranged in the secondary current path and on one side of the secondary current path (CP2, 4a) the short-circuit-proof fuse box is contacted with the primary current path in a short-circuit-proof manner based on the primary current path, and on the other side of the secondary current path (CP2, 5) the short-circuit-proof fuse box is contacted substantially in a short-circuit-proof manner based on the fuse (3, 7), and • the short-circuit-proof fuse box is also contacted with a short-circuit-proof discharge path, whereby a current can be guided past the auxiliary system current path.
A method of increasing cellular uptake of a first functionalized nanoparticle compared to a second functionalized nanoparticle, the method comprising: producing a first functionalized nanoparticle comprising an oligonucleotide functionalized on the nanoparticle at surface density X; producing a second functionalized nanoparticle comprising an oligonucleotide functionalized on the nanoparticle at surface density Y; wherein X is greater than Y; contacting a first cell with the first functionalized nanoparticle; wherein uptake of the first functionalized nanoparticle by the first cell is increased relative to uptake of an equal concentration of the second functionalized nanoparticle by a second cell, wherein the first cell and the second cell are of the same type. producing a first functionalized nanoparticle comprising an oligonucleotide functionalized on the nanoparticle at surface density X; producing a second functionalized nanoparticle comprising an oligonucleotide functionalized on the nanoparticle at surface density Y; wherein X is greater than Y; contacting a first cell with the first functionalized nanoparticle; wherein uptake of the first functionalized nanoparticle by the first cell is increased relative to uptake of an equal concentration of the second functionalized nanoparticle by a second cell, wherein the first cell and the second cell are of the same type.
A preservative system for use in personal care compositions comprising citric acid, lactic acid, benzoic acid and gluconic acid, wherein the benzoic acid, lactic acid, citric acid and gluconic acid are in a 1:1:1:1 weight ratio, or a 1:2:1:1 weight ratio, or a 1:2:1:2 weight ratio, or a 1:2:1:3 weight ratio, or a 1:2:2:2 weight ratio, or a 1:2:2:3 weight ratio, or a 1:2:2:4 weight ratio, or a 1:3:1:3 weight ratio, or a 1:3:2:3 weight ratio, or a 1:2.5:1:3 weight ratio, or a 1:2.4:1:3 weight ratio, wherein the acids are present in their free form or in a salt form.
A radar device comprising: a signal transmission unit configured to generate a multiple-input multiple-output, MIMO, signal including a plurality of pulse signals, and to radiate the MIMO signal into space; a signal reception unit configured to receive a reflection signal resulting from reflection, by a target, of the MIMO signal radiated from the signal transmission unit; a demodulation unit configured to demodulate the MIMO signal from the reflection signal received by the signal reception unit; a beam-forming unit configured to form beams in a plurality of different directions, by multiplying the plurality of pulse signals included in the MIMO signal demodulated by the demodulation unit by a respective plurality of different weighting coefficients; and a target detection unit configured to detect the target from each of the beams in the plurality of directions formed by the beam-forming unit; characterized in that the radar device further comprises a control unit configured to change noise power included in each of the beams in the plurality of directions formed by the beam-forming unit, by shifting a phase of the MIMO signal generated by the signal transmission unit and adjusting the plurality of weighting coefficients on a basis of an amount of phase shift of the phase. a signal transmission unit configured to generate a multiple-input multiple-output, MIMO, signal including a plurality of pulse signals, and to radiate the MIMO signal into space; a signal reception unit configured to receive a reflection signal resulting from reflection, by a target, of the MIMO signal radiated from the signal transmission unit; a demodulation unit configured to demodulate the MIMO signal from the reflection signal received by the signal reception unit; a beam-forming unit configured to form beams in a plurality of different directions, by multiplying the plurality of pulse signals included in the MIMO signal demodulated by the demodulation unit by a respective plurality of different weighting coefficients; and a target detection unit configured to detect the target from each of the beams in the plurality of directions formed by the beam-forming unit; characterized in that the radar device further comprises a control unit configured to change noise power included in each of the beams in the plurality of directions formed by the beam-forming unit, by shifting a phase of the MIMO signal generated by the signal transmission unit and adjusting the plurality of weighting coefficients on a basis of an amount of phase shift of the phase.
Method for manufacturing a platform lift rail having a curved direction of travel, the platform lift has a rail and a drive unit driving along the rail, the rail comprising - a tubular section for supporting the drive unit, - a rack section adapted for positively engaging with driving means of the drive unit, characterized in that the method comprises: providing a sheet metal, first step of plastic forming the sheet metal so as to form a tubular profile, thereby closing the tubular profile and forming a projecting flange configured for engaging with the driving means, in particular by connecting opposite faces of the sheet, permanently fixing the flange, in particular by joining the opposite faces in the area of the projecting flange, creating positive engagement means (13, 23) into the projecting flange by a material removing process, a second step of plastic forming the rail to provide the rail with a curved direction of travel. - a tubular section for supporting the drive unit, - a rack section adapted for positively engaging with driving means of the drive unit, providing a sheet metal, first step of plastic forming the sheet metal so as to form a tubular profile, thereby closing the tubular profile and forming a projecting flange configured for engaging with the driving means, in particular by connecting opposite faces of the sheet, permanently fixing the flange, in particular by joining the opposite faces in the area of the projecting flange, creating positive engagement means (13, 23) into the projecting flange by a material removing process, a second step of plastic forming the rail to provide the rail with a curved direction of travel.
A liquid ejecting head comprising: a flow path forming substrate in which an individual flow path which communicates with a nozzle opening that discharges liquid is formed; and a communication plate in which a recess portion which configures at least a part of a common flow path that is common to and communicates with a plurality of the individual flow paths is provided to be open on a side opposite to the flow path forming substrate, wherein the recess portion includes a first recess portion, and a second recess portion which is deeper than the first recess portion, wherein the communication plate includes a supply path which is provided to be open on a bottom surface of the first recess portion, communicates with the recess portion and the individual flow path, and becomes a throttle portion that throttles a flow path with respect to the individual flow path, and a communication path which communicates with the individual flow path and the nozzle opening, wherein, in the individual flow path, a throttle portion which throttles the individual flow path from a part that communicates with the supply path to a part that communicates with the communication path, is not provided, wherein the first recess portion and the second recess portion are formed in a shape of steps, characterized in that an inclined surface which is inclined toward a bottom surface of the second recess portion from the bottom surface of the first recess portion is formed between the first recess portion and the second recess portion. a flow path forming substrate in which an individual flow path which communicates with a nozzle opening that discharges liquid is formed; and a communication plate in which a recess portion which configures at least a part of a common flow path that is common to and communicates with a plurality of the individual flow paths is provided to be open on a side opposite to the flow path forming substrate, wherein the recess portion includes a first recess portion, and a second recess portion which is deeper than the first recess portion, wherein the communication plate includes a supply path which is provided to be open on a bottom surface of the first recess portion, communicates with the recess portion and the individual flow path, and becomes a throttle portion that throttles a flow path with respect to the individual flow path, and a communication path which communicates with the individual flow path and the nozzle opening, wherein, in the individual flow path, a throttle portion which throttles the individual flow path from a part that communicates with the supply path to a part that communicates with the communication path, is not provided, wherein the first recess portion and the second recess portion are formed in a shape of steps, characterized in that an inclined surface which is inclined toward a bottom surface of the second recess portion from the bottom surface of the first recess portion is formed between the first recess portion and the second recess portion.
A pharmaceutical composition suitable for oral administration in the form of an edible mono-layerfilm, which edible film has a thickness of 10-500 micrometers and comprises diclofenac free acid in a uniformly homogeneous distribution, at least one film forming polymer selected from the group consisting of hydroxypropylmethyl cellulose, hydroxyethyl cellulose, hydroxypropyl cellulose, cellulose phthalate and mixtures thereof and at least one plasticizer selected from the group consisting of glycerol, polyethylene glycol, ethylene glycol, propylene glycol and mixtures thereof and which edible mono-layerfilm completely disintegrates in the mouth of a patient in less than 60 seconds.
Apparatus for reducing emissions of polychlorinated dibenzodioxins (PCDD) and polychlorinated dibenzofurans (PCDF) from transition metal-containing catalysts for selective catalytic reduction of nitrogen oxides in the exhaust gas of an internal combustion engine using ammonia and/or ammonia-eliminating reductant, characterized in that - at least one catalyst for oxidation of hydrocarbon-containing PCDD and PCDF precursor substances is arranged upstream of the at least one transition metal-containing SCR catalyst, wherein the at least one catalyst for oxidation of hydrocarbon-containing PCDD and PCDF precursor substances additionally has an activity for reduction of nitrogen oxides using ammonia, - at least one catalyst for decomposition of PCDD and PCDF is arranged downstream of the at least one transition metal-containing SCR catalyst, wherein the at least one catalyst for oxidation of PCDD and PCDF additionally has an activity for reduction of nitrogen oxides using ammonia, - the transition metal-containing catalysts for selective catalytic reduction of nitrogen oxides and the catalyst for decomposition of PCDD and PCDF and the catalyst for oxidation of hydrocarbon-containing PCDD and PCDF precursor substances are applied to the particulate filter, - the catalyst for oxidation of the hydrocarbon-containing PCDD and PCDF precursor substances is on the untreated gas side of the particulate filter and the catalyst for decomposition of PCDD and PCDF is on the treated gas side of the particulate filter. - at least one catalyst for oxidation of hydrocarbon-containing PCDD and PCDF precursor substances is arranged upstream of the at least one transition metal-containing SCR catalyst, wherein the at least one catalyst for oxidation of hydrocarbon-containing PCDD and PCDF precursor substances additionally has an activity for reduction of nitrogen oxides using ammonia, - at least one catalyst for decomposition of PCDD and PCDF is arranged downstream of the at least one transition metal-containing SCR catalyst, wherein the at least one catalyst for oxidation of PCDD and PCDF additionally has an activity for reduction of nitrogen oxides using ammonia, - the transition metal-containing catalysts for selective catalytic reduction of nitrogen oxides and the catalyst for decomposition of PCDD and PCDF and the catalyst for oxidation of hydrocarbon-containing PCDD and PCDF precursor substances are applied to the particulate filter, - the catalyst for oxidation of the hydrocarbon-containing PCDD and PCDF precursor substances is on the untreated gas side of the particulate filter and the catalyst for decomposition of PCDD and PCDF is on the treated gas side of the particulate filter.
An isolated eukaryotic non-long terminal repeat reverse transcriptase (non-LTR RT) protein comprising a truncated N-terminal region, an RNA binding domain, an RT domain, and an endonuclease domain, wherein the endonuclease domain comprises a mutation that abolishes endonuclease function, wherein the eukaryotic non-LTR RT protein is a Bombyx mori R2 RT protein, the truncated N-terminal region results in a deletion of 274 amino acids from the N-terminus of the non-LTR RT protein as compared to a corresponding full-length non-LTR RT protein havng the amino acid sequence of SEQ ID NO:1, and the mutation that abolishes endonuclease function is a substitution mutation at amino acid residue D996, D1009, or K1026 of full-length Bombyx mori R2 RT (SEQ ID NO:1).
Air space unit of an air/water heat pump for an internal set-up in which at least one fan is arranged and which is surrounded by a housing which comprises at least an upper part and a lower part, characterized in that the housing comprises a slide-like insert and an air guide, wherein the slide-like insert encloses the fan on three sides, with the result that the sucked-in air is directed to the blow-out side in the direction of the air guide, and the slide-like insert and the air guide are connected airtight to the upper and lower part (10.1, 10.2) of the housing and are fixed by locking means.
A computer-implemented method comprising: receiving well log data comprising a plurality of well logs; identifying one or more sections of one or more well logs of the plurality of well logs that have substantially complete data; further comprising extracting one or more incomplete sections of the one or more incomplete well logs of the plurality of well logs, prior to training a reconstruction neural network, such that the reconstruction neural network is not trained using the one or more incomplete sections; training the reconstruction neural network to reconstruct incomplete well logs based on the one or more sections of the one or more well logs that have substantially complete data; detecting one or more outlier sections of the one or more well logs that have substantially complete data; wherein detecting the one or more outlier sections comprises: training an outlier detection neural network using the one or more sections that have substantially complete data; generating one or more estimated well logs based on original well log data using the outlier detection neural network; and identifying the one or more outlier sections at least partially by comparing the one or more estimated well logs with the original well log data; and extracting the one or more outlier sections prior to training the reconstruction neural network, such that the reconstruction neural network is not trained using the one or more outlier sections; and reconstructing one or more incomplete well logs of the plurality of well logs using the reconstruction neural network. receiving well log data comprising a plurality of well logs; identifying one or more sections of one or more well logs of the plurality of well logs that have substantially complete data; further comprising extracting one or more incomplete sections of the one or more incomplete well logs of the plurality of well logs, prior to training a reconstruction neural network, such that the reconstruction neural network is not trained using the one or more incomplete sections; training the reconstruction neural network to reconstruct incomplete well logs based on the one or more sections of the one or more well logs that have substantially complete data; detecting one or more outlier sections of the one or more well logs that have substantially complete data; training an outlier detection neural network using the one or more sections that have substantially complete data; generating one or more estimated well logs based on original well log data using the outlier detection neural network; and identifying the one or more outlier sections at least partially by comparing the one or more estimated well logs with the original well log data; and extracting the one or more outlier sections prior to training the reconstruction neural network, such that the reconstruction neural network is not trained using the one or more outlier sections; and reconstructing one or more incomplete well logs of the plurality of well logs using the reconstruction neural network.
Beverage preparation machine, more particularly a coffee machine, comprising two brewing chambers (2, 3) for receiving a beverage substrate and a valve for switching over a liquid supply to the individual brewing chambers (2, 3), characterized in that the valve is a membrane valve and has an inlet opening for supplying the liquid, a first outlet opening for the first brewing chamber and a second outlet opening for the second brewing chamber, as well as a closing membrane.
A mini-disk for a gas turbine engine having an axis comprising: a bore; a web extending radially with respect to the axis of the gas turbine engine from the bore; a base extending axially with respect to the axis of the gas turbine engine from the bore; a connector located on an end of the base, the connector configured to connect with a hub arm (334a; 334b) of the gas turbine engine; and an expansion feature configured in the base and located between the bore and the connector, the expansion feature configured to reduce an axial stiffness of the base; characterised in that the expansion feature (346; 446a; 446b) comprises at least one convolution. a bore; a web extending radially with respect to the axis of the gas turbine engine from the bore; a base extending axially with respect to the axis of the gas turbine engine from the bore; a connector located on an end of the base, the connector configured to connect with a hub arm (334a; 334b) of the gas turbine engine; and an expansion feature configured in the base and located between the bore and the connector, the expansion feature configured to reduce an axial stiffness of the base; characterised in that the expansion feature (346; 446a; 446b) comprises at least one convolution.
Method for exchanging roller batteries on supports of cableway installations, characterized in that a service vehicle is driven to the support, in that a new roller battery is provided on the ground under the support, in that the service vehicle is lifted from the cable and fastened directly to the support, in that a cable running on the roller battery is lifted from the roller battery, in that the roller battery is then dismounted and lowered to the ground with the aid of a winch and the new roller battery is lifted and mounted with the aid of the winch, and in that, finally, the cable is laid again on the roller battery.
A device for locking the pitch and for feathering adjustable-pitch fan blades of a turbine engine propeller, the device comprising: an actuator having at least one movable portion extending parallel to an axis of rotation (X-X) of the propeller and designed to be coupled to pivots of the fan blades of the propeller in order to modify their pitch angle when it slides; characterized in that the device comprises a movable part (20, 200) that is movable relative to the actuator having first mechanical means (20a, 200a) suitable for co-operating with the actuator when in a fan blade pitch-unlocking position in order to enable the actuator movable portion to slide over an extended actuator stroke; and second mechanical means (20b, 200b) distinct from the first mechanical means (20a, 200a) and suitable for co-operating with the actuator when in a fan blade pitch-locking position in order to enable the actuator movable portion to slide over an actuator stroke that is shorter than the extended actuator stroke; and drive means (22, 24, 26) for moving the movable part (20, 200) between the unlocking position of the actuator and the locking position of the actuator. an actuator having at least one movable portion extending parallel to an axis of rotation (X-X) of the propeller and designed to be coupled to pivots of the fan blades of the propeller in order to modify their pitch angle when it slides; characterized in that the device comprises a movable part (20, 200) that is movable relative to the actuator having first mechanical means (20a, 200a) suitable for co-operating with the actuator when in a fan blade pitch-unlocking position in order to enable the actuator movable portion to slide over an extended actuator stroke; and second mechanical means (20b, 200b) distinct from the first mechanical means (20a, 200a) and suitable for co-operating with the actuator when in a fan blade pitch-locking position in order to enable the actuator movable portion to slide over an actuator stroke that is shorter than the extended actuator stroke; and drive means (22, 24, 26) for moving the movable part (20, 200) between the unlocking position of the actuator and the locking position of the actuator.