mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: receiving a wireless signal with an antenna; identifying one of a wireless charging module and a near-field communication module associated with the received wireless signal; the identifying comprising determining if the received wireless signal comprises one of a wireless power signal and a near-field communication data signal, wherein identifying comprises detecting coding within a near-field communication packet header identifying an incoming signal as wireless power; and conveying the received signal to the identified one of the wireless charging module and the near-field communication module. receiving a wireless signal with an antenna; identifying one of a wireless charging module and a near-field
Method for a first base station operating with a cellular network, covering a first cell area and being connectively coupled to a second base station supporting beamforming, covering a second cell area, said first and second cell area overlapping, wherein a plurality of user equipments is located in said first cell area, the method comprising the steps of: - sending a message representative of an instruction to perform at least one automatic neighbor relation measurement to at least one of the plurality of user equipments located in said first cell area, - receiving at least one automatic neighbor relation message from said at least one user equipment of the plurality of user equipments located in said first cell area, - omitting said at least one user equipment of the plurality of user equipments located in said first cell area from further considering for further automatic neighbor relation evaluation, in case said automatic neighbor relation message indicates that said user equipment of the plurality of user equipments located in said first cell area is located outside of the second cell area. - sending a message representative of an instruction to perform at least one automatic neighbor relation measurement to at least one of the plurality of user equipments located in said first cell area, - receiving at least one automatic neighbor relation message from said at least one user equipment of the plurality of user equipments located in said first cell area, - omitting said at least one user equipment of the plurality of user equipments located in said first cell area from further considering for further automatic neighbor relation evaluation, in case said automatic neighbor relation message indicates that said user equipment of the plurality of user equipments located in said first cell area is located outside of the second cell area.
Trolley for sewer pipe inspection and/or renovation with a trolley chassis, a plurality of quick release axles arranged on the trolley chassis and in each case at least one wheel arranged on a quick release axle and having an axle mount, characterized in that at least one quick release axle has an elastic element extending at least partially around the quick release axle and beyond the circumference of the quick release axle and effecting a force fit between the quick release axle and the wheel.
Device for the separation of the fluid phases of a multiphase stream comprising: - a treatment tank with a conically shaped bottom part, an upper cylindrically shaped tank part and a upper top part; - an inlet pipe tangentially arranged in the upper half of tank; - an outlet in the bottom tip of the conical section; and - a cylindrical vortex finder placed in the upper part and in the middle of tank; characterized in - a circular plate shaped vortex breaker arranged in the conically shaped bottom part, forming a first vortex between the vortex finder and the top surface of the vortex breaker and simultaneously a second vortex under the vortex breaker in the conical outlet; and - from the top of vortex finder a pipe is arranged, which stretches upwards and out through the upper top part of the tank, wherein a valve is mounted, between the pipe and a reject tube, for regulating the outlet of oil/gas by maintaining a gauge pressure in tank by subjecting the reject tube to counter pressure above the valve. - a treatment tank with a conically shaped bottom part, an upper cylindrically shaped tank part and a upper top part; - an inlet pipe tangentially arranged in the upper half of tank; - an outlet in the bottom tip of the conical section; and - a cylindrical vortex finder placed in the upper part and in the middle of tank; - a circular plate shaped vortex breaker arranged in the conically shaped bottom part, forming a first vortex between the vortex finder and the top surface of the vortex breaker and simultaneously a second vortex under the vortex breaker in the conical outlet; and - from the top of vortex finder a pipe is arranged, which stretches upwards and out through the upper top part of the tank, wherein a valve is mounted, between the pipe and a reject tube, for regulating the outlet of oil/gas by maintaining a gauge pressure in tank by subjecting the reject tube to counter pressure above the valve.
A coupling member adapted to couple a pipe machining apparatus to a pipe, the coupling member comprising: a support member (160, 164) coupled to the pipe machining apparatus and defining a cavity therein; a body member coupled to the support member (160, 164) and at least partially positioned within the cavity, the body member including a tool engagement portion for rotating the body member relative to the support member (160, 164); a sleeve coupled to the body member, characterized in that the sleeve is translatable along the body member, a first end of the body member includes a projection captured between a shoulder and a cap of the support member (160, 164), a second end of the body member comprising external threads which are coupled with internal threads defined in an interior surface of the sleeve; and a guide member is engaged with the sleeve to allow translation of the sleeve along the body member and inhibit rotation of the sleeve relative to the support member (160, 164). a support member (160, 164) coupled to the pipe machining apparatus and defining a cavity therein; a body member coupled to the support member (160, 164) and at least partially positioned within the cavity, the body member including a tool engagement portion for rotating the body member relative to the support member (160, 164); a sleeve coupled to the body member, characterized in that the sleeve is translatable along the body member, a first end of the body member includes a projection captured between a shoulder and a cap of the support member (160, 164), a second end of the body member comprising external threads which are coupled with internal threads defined in an interior surface of the sleeve; and a guide member is engaged with the sleeve to allow translation of the sleeve along the body member and inhibit rotation of the sleeve relative to the support member (160, 164).
A recombinant algal or heterokont host cell comprising a non-native nucleic acid molecule comprising a nucleic acid sequence encoding a polypeptide that comprises an amino acid sequence having at least 90% identity to the entire length of the amino acid sequence of SEQ ID NO:4, wherein the polypeptide belongs to pfam PF00249.
Method for determining a water content of a sample in the form of a preferably solid pharmaceutical preparation and/or a packaging material, wherein in a measurement chamber at least two electrodes are brought into direct contact with the sample in such a way that the electrodes are electrically connected to one another via the sample, wherein a resistance of the sample is determined by means of the electrodes and a water content of the sample is determined with the resistance, wherein the sample within the measurement chamber is brought into direct contact with the electrodes with a specified pressure force of the electrodes on the sample, and wherein a water content or a relative humidity (rF) of an atmosphere surrounding the sample in the measurement chamber is set or specified and the temperature of the atmosphere is controlled.
A pump comprising an outer housing having an outlet chamber with an outlet connector; a first part pump and a second, downstream part pump, wherein the first and second part pumps (534, 535) are arranged in the outer housing; wherein the first part pump comprises at least a first pump module (536a,b), the second part pump comprises at least a second pump module (537a,b), and wherein each pump module comprises a stator and an impeller; a separating element arranged between the first and second part pumps (534, 535); and a rotor shaft which is rotatably arranged in the first and second part pumps (534, 535); wherein the outer housing, the first part pump and the separating element bound a first pressure chamber; wherein the outer housing, the second part pump and the separating element bound a second pressure chamber; and wherein the first and second pressure chambers (511, 540) are designed and arranged such that the outlet chamber is formed as a single high-pressure region of the pump; characterized in that the first pressure chamber comprises an equalization port fluidly connected by means of a compensation line to an outlet of one of said at least one first pump module (536a,b); and in that the second pressure chamber comprises an inlet port fluidly connected by means of a pressure line to the outlet of said first pump module.
An isolated monoclonal antibody or scFv antibody, wherein said antibody binds to an epitope in the stem region of the hemagglutinin protein of an influenza virus and neutralizes influenza A virus, wherein the amino acid sequences of the heavy chain variable regions consist of FR1 QVQLVQSGAEVKKPGSSVKVSCTSS CDR1 EVTFSSFA FR2 ISWVRQAPGQGLEWLGG CDR2 ISPMFGTP FR3 NYAQKFQGRVTITADQSTRTAYMDLRSLRSEDTAVYYC CDR3 ARSPSYICSGGTCVFDH FR4 WGQGTLVTVSS and the amino acid sequences of the light chain variable regions consist of FR1 QPGLTQPPSVSKGLRQTATLTCTGN CDR1 SNNVGNQG FR2 AAWLQQHQGHPPKLLSY CDR2 RNN FR3 DRPSGISERFSASRSGNTASLTITGLQPEDEADYYC CDR3 STWDSSLSAVV FR4 FGGGTKLTVL
A method of scheduling uplink, in the following also referred to as UL, transmissions in a User Equipment, in the following also referred to as UE, comprising: the UE monitors a plurality of timing occasions for a Downlink, in the following also referred to as DL, control channel, within DL shortened transmission time intervals, sTTIs, present only within a DL data region within one subframe, wherein a first DL control channel in a first timing occasion of said plurality of timing occasions corresponds to a first UL data channel with a first duration, and a second DL control channel in a second timing occasion of said plurality of timing occasions corresponds to a second UL data channel with a second duration, wherein each of the DL sTTIs within the DL data region has a same length and comprises one of the plurality of timing occasions, wherein each of the plurality of timing occasions within the one subframe corresponds to a different UL data channel, and the first duration and the second duration are different. the UE monitors a plurality of timing occasions for a Downlink, in the following also referred to as DL, control channel, within DL shortened transmission time intervals, sTTIs, present only within a DL data region within one subframe, wherein a first DL control channel in a first timing occasion of said plurality of timing occasions corresponds to a first UL data channel with a first duration, and a second DL control channel in a second timing occasion of said plurality of timing occasions corresponds to a second UL data channel with a second duration, wherein each of the DL sTTIs within the DL data region has a same length and comprises one of the plurality of timing occasions, wherein each of the plurality of timing occasions within the one subframe corresponds to a different UL data channel, and the first duration and the second duration are different.
A composition comprising Compound A ( -3-(4-(7H-pyrrolo[2,3-d]pyrimidin-4-yl)-1H-pyrazol-1-yl)-3-cyclopentylpropanenitrile) of Formula: or a pharmaceutically acceptable salt thereof; and Compound B ( N -hydroxy-3-[4-[[[2-(2-methyl-1 H -indol-3-yl)-ethyl]-amino]methyl]phenyl]-2 E -2-propenamide) of Formula: or a pharmaceutically acceptable salt thereof, for use in the treatment of a cancer, wherein the cancer is myeloproliferative neoplasm or multiple myeloma.
Method for supplying protected spaces and cabins with compressed breathing air from pressure vessels and compressors, wherein compressed air is withdrawn from a pressure vessel or compressor and guided into a protected space or a cabin so as to supply the protected space or cabin with breathing air independently of external air, wherein one or more sensors are installed for continuously detecting the CO 2 concentration in the protected space or cabin, and wherein the feed of the air volume into the protected space or cabin is regulated within predetermined limit values using a continuously regulating valve and taking into account the values detected by the one or more sensors.
A connector adapter for a connector assembly for a gas delivery conduit for providing gases to a patient, the connector adapter being configured to releasably attach a first conduit connector to a second conduit connector, the connector adapter comprising: a conduit body having two locking fingers configured to releasably attach to the first conduit connector, the locking fingers protruding longitudinally from the conduit body; characterized in that the locking fingers each having a locking recess formed on an exterior surface of the respective locking finger, the locking recesses configured to engage with locking tabs formed on the interior surface of the first conduit connector; and each locking finger widens from its end to its base where the locking finger connects with the conduit body of the connector adapter. a conduit body having two locking fingers configured to releasably attach to the first conduit connector, the locking fingers protruding longitudinally from the conduit body; characterized in that the locking fingers each having a locking recess formed on an exterior surface of the respective locking finger, the locking recesses configured to engage with locking tabs formed on the interior surface of the first conduit connector; and each locking finger widens from its end to its base where the locking finger connects with the conduit body of the connector adapter.
A method comprising: concurrently outputting, by a computing device to a display of the computing device, a graphical display of a time-domain interpretation of seismic data, a graphical display of a velocity model related to the seismic data, and a graphical display of a depth-domain interpretation of the seismic data; identifying, by the computing device based on a user interacting directly with the graphical display of the velocity model, an alteration to the velocity model; identifying, by the computing device based on the alteration to the velocity model, a second alteration to one of the time-domain interpretation, and the depth-domain interpretation; and updating, by the computing device based on the alteration to the velocity model and the second alteration, the graphical display of the velocity model and at least the one of the graphical display of the time-domain interpretation and the graphical display of the depth-domain interpretation corresponding to the second alteration concurrently outputting, by a computing device to a display of the computing device, a graphical display of a time-domain interpretation of seismic data, a graphical display of a velocity model related to the seismic data, and a graphical display of a depth-domain interpretation of the seismic data; identifying, by the computing device based on a user interacting directly with the graphical display of the velocity model, an alteration to the velocity model; identifying, by the computing device based on the alteration to the velocity model, a second alteration to one of the time-domain interpretation, and the depth-domain interpretation; and updating, by the computing device based on the alteration to the velocity model and the second alteration, the graphical display of the velocity model and at least the one of the graphical display of the time-domain interpretation and the graphical display of the depth-domain interpretation corresponding to the second alteration
System for determining UV-exposure, comprising: - a portable device comprising a UV detection unit configured to detect UV radiation irradiated onto the UV detection unit, - a data processing unit configured to receive at least one measurement value of the detected UV radiation from the device, wherein the data processing unit is further configured to receive from a remote server an ozone value related to the stratospheric ozone situation for a location at which the UV detection unit is positioned, wherein the data processing unit is further configured to detect a solar elevation value, wherein the data processing unit is further configured to determine a UV evaluation value based on the detected UV radiation and the ozone value and to process it for informing a user, wherein in the data processing unit a transfer function is stored, by means of which the UV exposure value can be determined at a predetermined time from the UV radiation at the predetermined time, the ozone value at the predetermined time and the solar elevation value at the predetermined time, characterized in that the transfer function is determined using a trained neural network, wherein the neural network is trained using a plurality of training datasets, wherein each training dataset for a predetermined irradiation situation has a UV radiation value, an associated ozone value, an associated solar elevation value and an associated UV exposure value. - a portable device comprising a UV detection unit configured to detect UV radiation irradiated onto the UV detection unit, - a data processing unit configured to receive at least one measurement value of the detected UV radiation from the device, wherein the data processing unit is further configured to receive from a remote server an ozone value related to the stratospheric ozone situation for a location at which the UV detection unit is positioned, wherein the data processing unit is further configured to detect a solar elevation value, wherein the data processing unit is further configured to determine a UV evaluation value based on the detected UV radiation and the ozone value and to process it for informing a user, wherein in the data processing unit a transfer function is stored, by means of which the UV exposure value can be determined at a predetermined time from the UV radiation at the predetermined time, the ozone value at the predetermined time and the solar elevation value at the predetermined time, characterized in that the transfer function is determined using a trained neural network, wherein the neural network is trained using a plurality of training datasets, wherein each training dataset for a predetermined irradiation situation has a UV radiation value, an associated ozone value, an associated solar elevation value and an associated UV exposure value.
Energy supply device for supplying loads with energy, comprising • an energy bus comprising a 2-pole bus line, • bus coupling elements (SBA, SBA1, SBA2, VBA, VBA1,..., VBAn), two bus coupling elements defining one bus segment, to be tested, of the bus line, and the bus coupling elements (SBA, SBA1, SBA2, VBA, VBA1,..., VBAn) each comprising a first switching element pair comprising first switching elements for electrical isolation of the bus line, and • a first supply, in particular a DC voltage source, characterized in that the bus coupling elements (SBA, SBA1, SBA2, VBA, VBA1,..., VBAn) each comprise three bridge resistors (R B) which are interconnected in series, between the positive potential side and the negative potential side of the bus line, and two bridging resistors (Rs) which each bridge one switching element of the first switching element pair, in order to determine line faults, the energy supply device comprises a double Wheatstone bridge circuit comprising a reference bridge branch, a test bridge branch, and two indicator bridge branches, in order to test the bus segment one of the bus coupling elements (SBA, SBA1, SBA2, VBA, VBA1,..., VBAn) defining the bus segment to be tested functions as the reference bus coupling element, and the other functions as the test bus coupling element, the reference bridge branch comprising the three bridge resistors of the reference bus coupling element, and the test bridge branch comprising the three bridge resistors (R B) of the test bus coupling element and the bridging resistors (Rs) of the reference bus coupling element. • an energy bus comprising a 2-pole bus line, • bus coupling elements (SBA, SBA1, SBA2, VBA, VBA1,..., VBAn), two bus coupling elements defining one bus segment, to be tested, of the bus line, and the bus coupling elements (SBA, SBA1, SBA2, VBA, VBA1,..., VBAn) each comprising a first switching element pair comprising first switching elements for electrical isolation of the bus line, and • a first supply, in particular a DC voltage source,