mhurhangee/ep-ind-claims huggingface dataset:
An aerospace structure comprising: a composite member; and a conductive element attached to the composite member, the conductive element being configured to conduct electricity across at least a portion of the composite member, the conductive element being configured to be a portion of a power distribution system for the aerospace structure, characterised in that the composite member is a spacecraft panel comprising an aluminum honeycomb panel covered with a plurality of carbon fiber face sheets. a composite member; and a conductive element attached to the composite member, the conductive element being configured to conduct electricity across at least a portion of the composite member, the conductive element being configured to be a portion of a power distribution system for the aerospace structure, characterised in that the composite member is a spacecraft panel comprising an aluminum honeycomb panel covered with a plurality of carbon fiber face sheets.
A hammering device for hammering elongated objects into the ground which hammering device comprises a body which can be attached to a power tool, a vibrator device which is attached to the body with damping cushions, and movable gripping jaws which are adjusted to the mentioned vibrator device in order to grip the object to be hammered at least with a side grip wherein the gripping elements of the gripping jaws can be brought closer and farther away with a regulating unit, characterized in that in order to maintain mutual symmetry of the gripping jaws during their movement, the gripping jaws comprise arms, which are rigidly attached to the gripping jaws at the location of the turning joints of the gripping jaws, which arms are directed in such a way that the ends of the arms, are located next to each other and stay essentially next to each other during the turning movements of the gripping jaws, and in that the ends of the mentioned arms; are connected to each other with a short arm which has a pivot mounting; wherein the arms; are located and turn at a same level and wherein a distance (d) of centres of pivots of the short arm is under 20 % of a distance of pivots of the gripping jaws.
A compound of formula, or a pharmaceutically acceptable salt thereof: wherein Ar 1 is optionally substituted phenyl or optionally substituted monocyclic heteroaryl having 5 or 6 ring atoms; Ar 2 is optionally substituted phenyl, optionally substituted monocyclic heteroaryl having 5 or 6 ring atoms or optionally substituted fused bicyclic heteroaryl having 5 or 6 ring atoms in each fused ring; and Ar 3 is a divalent radical selected from the group consisting of optionally substituted phenylene and optionally substituted monocyclic heteroarylene radicals having 5 or 6 ring atoms; and wherein any optional substituents in Ar 1, Ar 2 and Ar 3 are independently selected from chloro, fluoro, bromo, cyclopropyl, methyl, mono-, di- or tri-methyl, trifluoromethyl, difluoromethyl, monofluoromethyl, methoxy, ethoxy, propoxy, butoxy, pentoxy, 2-methoxyethoxy, 2-benzyloxy-ethoxy, 2-hydroxy-ethoxy, mono-, di- or tri-fluoromethoxy, cyano, hydroxyl; -CO 2 R 1 and -SO 2 R 1 wherein R 1 is hydrogen, methyl or ethyl; tetrazolyl; -NR 2 R 3, -CH 2 NR 2 R 3 and -C(=O)NR 2 R 3 wherein R 2 and R 3 are independently hydrogen, methyl or ethyl.
Method for regulating the temperature and the hygrometry of internal air prevailing in a refrigerating chamber on the basis of a temperature setpoint and a hygrometry setpoint determined by a user, the variation in the temperature and in the hygrometry being carried out by the circulation of a refrigerant in a refrigeration loop which has a compressor, a condenser and an evaporator, the regulation being carried out by an automaton comparing the measured temperature and hygrometry of the internal air with the temperature and hygrometry setpoints, wherein, when the temperature of the internal air is higher than the temperature setpoint, the automaton activates a cold production method during which, if the hygrometry of the internal air is lower than the hygrometry setpoint, the automaton down-regulates an air flow setpoint of an internal fan suitable for producing an air flow through the evaporator and down-regulates an operating setpoint of the motor of the compressor so as to increase the temperature of the refrigerant in the evaporator and, consequently, increase the hygrometry of the internal air, if the hygrometry of the internal air is higher than the hygrometry setpoint, the automaton up-regulates the air flow setpoint of the internal fan and up-regulates the operating setpoint of the compressor motor so as to reduce the temperature of the refrigerant in the evaporator and, consequently, reduce the hygrometry of the internal air and, if the hygrometry of the internal air is equal to the hygrometry setpoint, the automaton maintains the air flow setpoint of the internal fan and the operating setpoint of the motor of the compressor so that they are unchanged, and, when the internal air temperature is lower than or equal to the temperature setpoint, the automaton activates a method for stopping the cold production and, if the hygrometry of the internal air is lower than the hygrometry setpoint, the automaton regulates the setpoint of the air flow rate of the internal fan and, if the hygrometry of the internal air is higher than or equal to the hygrometry setpoint, the automaton stops the internal fan, the automaton further being connected to a pressure sensor which is arranged between the compressor and the condenser and activating an external fan which is suitable for producing an air flow through the condenser at an air flow setpoint so as to keep the pressure of the refrigerant at the outlet of the condenser constant on the basis of a fixed pressure setpoint for the duration of the cold production methods of the regulation method.
A method of controlling a direction of drilling of a drill string used to form an opening in a subsurface formation, comprising: varying a speed of the drill string during rotational drilling such that the drill string is at a first speed during a first portion of a rotational cycle and at a second speed during a second portion of the rotational cycle wherein the first speed is higher than the second speed, and wherein operating at the second speed in the second portion of the rotational cycle causes the drill string to change the direction of drilling, wherein the second portion of the rotational cycle is the portion of the rotational cycle in which a toolface of the drill string faces a desired direction for the drill string to proceed, and wherein a rotational position of the toolface is correlated with a rotational position of a top drive rotating a spindle at a surface of the formation, the method further comprising: dynamically computing an estimated rotational position of the toolface using a measured actual rotational position of the top drive, in combination with recent data on the toolface received from a measurement while drilling tool. varying a speed of the drill string during rotational drilling such that the drill string is at a first speed during a first portion of a rotational cycle and at a second speed during a second portion of the rotational cycle wherein the first speed is higher than the second speed, and wherein operating at the second speed in the second portion of the rotational cycle causes the drill string to change the direction of drilling, wherein the second portion of the rotational cycle is the portion of the rotational cycle in which a toolface of the drill string faces a desired direction for the drill string to proceed, and wherein a rotational position of the toolface is correlated with a rotational position of a top drive rotating a spindle at a surface of the formation, the method further comprising: dynamically computing an estimated rotational position of the toolface using a measured actual rotational position of the top drive, in combination with recent data on the toolface received from a measurement while drilling tool.
Method for in-situ regeneration of activated carbon loaded with trihalomethanes, characterised in that the loaded activated carbon in the static fixed bed is brought into contact with aqueous alkaline solution at a reaction temperature in the range of from 40 to 80°C and is rinsed by means of a sequence of rinsing steps using water and/or diluted acids.
Method for obtaining a representative and strand-specific cDNA library from an RNA sample of at least about 400 ng, comprising the steps of: a) removing the ribosomal RNA from the RNA to obtain an rRNA-depleted fraction of RNA wherein said fraction is present in an amount of at least 30 ng; b) retrotranscribing the rRNA-depleted fraction of RNA to cDNA; c) purifying the synthesized cDNA; d) ligating and amplifying the purified cDNAs to obtain a cDNA library of at least about 30 μg, wherein the retrotranscription step is performed in the presence of 5' phosphorylated primers having one of the following sequences: 5'-TCGCGATCGTCGNNNNNNNN-3' (SEQ ID No.2) or 5'-GCGGCCGCNNNNNN-3' (SEQ ID No. 1), where N is any one of the four nucleotides A, T, G and C, and the primers are present in equimolar amounts, and wherein the amplification step is performed in the presence of Phi29 DNA polymerase with high strand-displacement and proof-reading activity, high processivity and yields. a) removing the ribosomal RNA from the RNA to obtain an rRNA-depleted fraction of RNA wherein said fraction is present in an amount of at least 30 ng; b) retrotranscribing the rRNA-depleted fraction of RNA to cDNA; c) purifying the synthesized cDNA; d) ligating and amplifying the purified cDNAs to obtain a cDNA library of at least about 30 μg, wherein the retrotranscription step is performed in the presence of 5' phosphorylated primers having one of the following sequences: 5'-TCGCGATCGTCGNNNNNNNN-3' (SEQ ID No.2) or 5'-GCGGCCGCNNNNNN-3' (SEQ ID No. 1), where N is any one of the four nucleotides A, T, G and C, and the primers are present in equimolar amounts, and wherein the amplification step is performed in the presence of Phi29 DNA polymerase with high strand-displacement and proof-reading activity, high processivity and yields. 5'-TCGCGATCGTCGNNNNNNNN-3' (SEQ ID No.2) or 5'-GCGGCCGCNNNNNN-3' (SEQ ID No. 1),
A cooking oven with at least one cavity and an illumination-equipment for illuminating said cavity, wherein: - the illumination-equipment comprises a plurality of light emitting elements (30, in particular light emitting diodes, for illuminating the cavity, - the light emitting elements have at least two different colours, - single light emitting elements and/or groups of light emitting elements are separately controlled or controllable, and - the colour or a combination of colours of the light emitting elements are provided to indicate information about an operation mode of the cooking oven and/or a state of the cooking process, characterized in, that the light emitting elements and/or groups of light emitting elements are arranged at multiple positions within the cavity in order to indicate information related to said positions. - the illumination-equipment comprises a plurality of light emitting elements (30, in particular light emitting diodes, for illuminating the cavity, - the light emitting elements have at least two different colours, - single light emitting elements and/or groups of light emitting elements are separately controlled or controllable, and - the colour or a combination of colours of the light emitting elements are provided to indicate information about an operation mode of the cooking oven and/or a state of the cooking process,
An arrangement for cardiopulmonary bypass, comprising a reservoir (4, 20) configured to receive blood from the cardiotomy of a patient, an oxygenator configured to receive the blood from the reservoir (4, 20), an arterial connection configured to be connected to the patient for supplying the blood from the oxygenator, a pump for pumping the blood through the oxygenator to the arterial connection and the patient, and a supply device, including a supply conduit attached to the reservoir (4, 20) and configured to supply a displacing gas to the reservoir (4, 20) via the supply conduit, characterized in that the supply device is configured to supply a displacing gas to force away gases already present in the reservoir.
A therapeutic agent containing a decoy nucleic acid of synoviolin as an active ingredient for use in treatment or prevention of obesity, wherein the decoy nucleic acid of synoviolin has a base sequence represented by sequence ID No. 7, or a base sequence obtained by replacing, inserting, deleting, or adding one base or two bases with respect to the base sequence represented by the sequence ID No. 7.
Catenaries of electric railways with a retensioning device and with at least two contact lines (4, 5, 6, 7), each having a supporting cable (8, 11) and a contact wire (9, 12), whereby the catenaries have vertical pillars (24, 25, 26, 27), horizontal bracing beams (22, 23) and portal frames (16, 17), wherein the first contact line (4, 5) is disposed in a first track section and the second contact line (6, 7) in a second track section, and the first and second contact line overlap each other in a common transition region, wherein the supporting cable and the contact wire of the two overhead lines) are connected at their respective end of the transition region with spring elements (28, 29, which tension the contact lines, wherein the spring elements (28, 29) are fastened on one of the vertical pillars (24, 25, 26, 27) for tensioning of the associated contact line, wherein said vertical columns are fastened on the horizontal bracing beams (22, 23) of the portal frame (16, 17), and wherein the contact wire (9, 12) of both sections (1, 2) and the supporting cable (8, 11) of a track section (1 or 2) are arranged under the bracing beams (22, 23), characterized in that the vertical pillars are arranged in a straight line to the catenary to be retensioned, that the spring elements (28, 29) are arranged above the bracing beams (22, 23), and that on that end of the vertical columns which is arranged underneath of the bracing beams (22, 23), a pulley is arranged, whereon the contact wire (9,12) to be retensioned is deflected up to the associated spring element.
A method for preparing 2-aryl malonamide, comprising: subjecting compound 1 to an aromatization-hydrolyzation reaction in the presence of an oxidant and water to produce 2-aryl malonamide 2 by one step, as shown in the following reaction scheme: wherein R 1, R 2, R 3, R 4 and R 5 each are independently hydrogen, a C 1 -C 10 alkyl group, a C 6 -C 12 aryl group or a heteroaryl group containing one or two atoms selected from nitrogen, oxygen and sulfur.
Receptacle (2; 3) intended to be placed in a tank of a waste collection bin having a wall defining in the tank at least two separate compartments (23; 24), the receptacle being arranged to be introduced into one of the compartments and having an upper flange adapted to be applied against an upper edge of the tank, characterised in that the receptacle further comprises assembly means (9; 30; 31; 32) to assemble it with another receptacle (2; 3) that can be placed in another compartment of the tank so as to form an assembly, the assembly means being independent of the tank.
Transmission device for transmitting a sensor signal relating to a physical variable, having the following features: an input interface for inputting the sensor signal; a signal generator for generating a comparison signal; a data processing unit which is designed to combine the sensor signal and the comparison signal to form a modified sensor signal; and wherein the comparison signal changes over time in a predetermined manner over a range of values, characterised in that the sensor signal includes a first sensor signal and a second sensor signal, both of which record the physical variable and are contra-directional, with the result that a change in the physical variable leads to opposite effects on the first sensor signal and on the second sensor signal, wherein the data processing unit is designed to process the first sensor signal and the second sensor signal and the comparison signal and combine them to form the modified sensor signal, wherein the first sensor signal takes values in a first sensor range and the second sensor signal takes values in a second sensor range, wherein an averaging of values of the first sensor range with values of the second sensor range leads to average values which lie outside the first sensor range and outside the second sensor range, and the data processing unit is designed to detect the average values as invalid sensor values and to output an error. an input interface for inputting the sensor signal; a signal generator for generating a comparison signal; a data processing unit which is designed to combine the sensor signal and the comparison signal to form a modified sensor signal; and wherein the comparison signal changes over time in a predetermined manner over a range of values, characterised in that the sensor signal includes a first sensor signal and a second sensor signal, both of which record the physical variable and are contra-directional, with the result that a change in the physical variable leads to opposite effects on the first sensor signal and on the second sensor signal, wherein the data processing unit is designed to process the first sensor signal and the second sensor signal and the comparison signal and combine them to form the modified sensor signal, wherein the first sensor signal takes values in a first sensor range and the second sensor signal takes values in a second sensor range, wherein an averaging of values of the first sensor range with values of the second sensor range leads to average values which lie outside the first sensor range and outside the second sensor range, and the data processing unit is designed to detect the average values as invalid sensor values and to output an error.
Process for converting a solid, carbon-containing fuel such as coal or coke into a crude synthesis gas comprising mainly hydrogen and carbon monoxide and into ash using a shaft reactor in which the fuel is arranged as fixed bed and passes continuously through this, where a gaseous gasification agent comprising oxygen and steam flows through the fixed bed at elevated pressure and elevated temperature and where the shaft reactor is charged with the fuel and the ash is discharged therefrom via a pressure lock (3, 5) in each case, where part of the discharged ash is recirculated to the reactor and passes together with the fuel through the fixed bed, characterized in that the ash is sieved to separate off fine and coarse particles before being recirculated to the reactor, where the sieving comprises at least two sieving stages (16, 20) and can be carried out with decreasing or increasing mesh opening and the sieve fraction having an intermediate particle size is at least partly recirculated to the reactor and the particles (17, 19) which have been separated off are passed to further treatment or use outside the process.
A multiple-pane insulating glazing unit including an outboard pane and an inboard pane, said panes (10, 10') being formed of glass, the insulating glazing unit having at least one between-pane space, the outboard pane having an internal surface bearing a low-emissivity coating that includes at least one film comprising silver and that is exposed to a between-pane space of the insulating glazing unit, the inboard pane having a room-side external surface bearing an emission control coating comprising a transparent conductive film comprising indium tin oxide and having a thickness of between 1,100 angstroms and 1,500 angstroms over which there is provided an oxygen barrier film comprising silicon nitride or silicon oxynitride and having a thickness of between 400 angstroms and 750 angstroms, the emission control coating having a haze of less than 0.3 and a roughness Ra of less than 3nm.
A laying vessel for laying continuous elongated members unwound off reels, the laying vessel comprising a main deck; at least one unreeling station along the main deck comprising an unreeling device for supporting one reel for rotation; a pit formed in the main deck, beneath the unreeling station; and an elevator housed in the pit and configured to lift the reel over the deck level and lower the reel into the pit, characterized in that the laying vessel comprises a support assembly for supporting a bridge for transferring reels, in particular the elevator being configured for lifting/releasing the reel off/onto the bridge and positioning the reel at the unreeling device.
Use of a single-component adhesive for the cold adhesive bonding of components of a conveyor system, where the single-component adhesive is a suspension which comprises from 10 to 15% by weight of an adhesive resin, and where the component is an add-on part which is composed of a polymeric material and the base of which has been adhesive-bonded to the load-bearing surface of a resilient conveyor belt, or where the component is a rotatable drum made of metal, which drum corresponds to the drive-side surface of a resilient conveyor belt and has a surface coating made of a polymeric material, where the surface coating has been adhesive-bonded to the surface of the drum, or where the component is a rotatable roller made of metal, which roller corresponds to the drive-side surface of a resilient conveyor belt and has a surface coating made of a polymeric material, where the surface coating has been adhesive-bonded to the surface of the roller, or where the component is a chute made of metal, the location of which chute in a conveyor system is in the region of application of material requiring conveying, and which chute has, at least on the side facing the material requiring conveying, a surface coating made of a polymeric material, where the surface coating has been adhesive-bonded to the surface of the chute.
A method of operating a communications node, comprising: transmitting a hardware group delay calibration capability request to each of a plurality of reference devices, the plurality of reference devices comprising at least one base station, at least one reference user equipment, UE, or a combination thereof, obtaining a hardware group delay calibration capability associated with each of the plurality of reference devices, wherein the obtaining comprises receiving the hardware group delay calibration capability for each of the plurality of reference devices in response to the request, the hardware group delay calibration capability indicating a respective hardware group delay error range; selecting a reference device from among the plurality of reference devices based at least on the hardware group delay calibration capabilities associated with the plurality of reference devices; and determining one or more timing measurements associated with each of the plurality of reference devices based on a reference hardware group delay calibration value associated with the selected reference device. transmitting a hardware group delay calibration capability request to each of a plurality of reference devices, the plurality of reference devices comprising at least one base station, at least one reference user equipment, UE, or a combination thereof, obtaining a hardware group delay calibration capability associated with each of the plurality of reference devices, wherein the obtaining comprises receiving the hardware group delay calibration capability for each of the plurality of reference devices in response to the request, the hardware group delay calibration capability indicating a respective hardware group delay error range; selecting a reference device from among the plurality of reference devices based at least on the hardware group delay calibration capabilities associated with the plurality of reference devices; and determining one or more timing measurements associated with each of the plurality of reference devices based on a reference hardware group delay calibration value associated with the selected reference device.