mhurhangee/ep-ind-claims huggingface dataset:
A compound of formula: or a pharmaceutically acceptable salt or a stereoisomer thereof; wherein, ring Het is heterocyclyl; each Y 1, Y 2 and Y 3 are independently CR a or N, wherein 0-2 of Y 1, Y 2 and Y 3 are N; each Z 1, Z 2, Z 3, Z 4 and Z 5 are independently CR a or N, wherein 0-3 of Z 1, Z 2, Z 3, Z 4 and Z 5 are N; L is *-NR b -C -(CR b R c) n - or *-C -NR b -(CR b R c) n -; wherein the group marked with * is connected to the ring containing Y 1, Y 2 and Y 3; each R 1, R 2, R 6 and R 7 are independently hydrogen, halo or alkyl; R 3 at each occurrence is independently hydroxy, halo, alkyl, alkoxy, haloalkyl or cycloalkyl; alternatively, two R 3 on the same carbon atom together form an oxo (=O) group; R 4 is hydrogen, alkyl or alkoxy; R 5 is alkyl, -(CH 2) n NR b R c or hydroxyalkyl; R a is hydrogen, alkyl, alkoxy, halo, cycloalkyl or aryl; R b and R c are each independently hydrogen or alkyl; alternatively, R b and R c on the same atom together form a ring; m is 0 to 3; and n is 1. ring Het is heterocyclyl; each Y 1, Y 2 and Y 3 are independently CR a or N, wherein 0-2 of Y 1, Y 2 and Y 3 are N; each Z 1, Z 2, Z 3, Z 4 and Z 5 are independently CR a or N, wherein 0-3 of Z 1, Z 2, Z 3, Z 4 and Z 5 are N; L is *-NR b -C -(CR b R c) n - or *-C -NR b -(CR b R c) n -; wherein the group marked with * is connected to the ring containing Y 1, Y 2 and Y 3; each R 1, R 2, R 6 and R 7 are independently hydrogen, halo or alkyl; R 3 at each occurrence is independently hydroxy, halo, alkyl, alkoxy, haloalkyl or cycloalkyl; alternatively, two R 3 on the same carbon atom together form an oxo (=O) group; R 4 is hydrogen, alkyl or alkoxy; R 5 is alkyl, -(CH 2) n NR b R c or hydroxyalkyl; R a is hydrogen, alkyl, alkoxy, halo, cycloalkyl or aryl; R b and R c are each independently hydrogen or alkyl; alternatively, R b and R c on the same atom together form a ring; m is 0 to 3; and n is 1.
A coil assembly for magnetic resonance imaging, wherein the coil assembly is a local transmit-receive coil, wherein the coil assembly comprises: - a transmit amplifier; - one or more coil elements (50 1, 50 n), wherein the one or more coil elements are connected to the transmit amplifier; - a preamplifer configured to receive magnetic resonance signals from the one or more coil elements, wherein the preamplifier is configured to send the magnetic resonance signals to a magnetic resonance imaging system wirelessly; - a waveform generator connected to the transmit amplifier, wherein the waveform generator is configured to receive commands wirelessly from the magnetic resonance imaging system; - a clock configured to synchronize the timing of the preamplifier and the waveform generator, wherein the clock is operable as a master clock for the magnetic resonance imaging system; - a peak power storage device configured to power the transmit amplifier; and - a coil power supply configured to supply power to the peak power storage device, the waveform generator, the clock, and the preamplifier, wherein the coil power supply is a rechargeable battery; - a recharging system configured to recharge the coil power supply; and - a trickle charger configured to charge the peak power storage device using the power supply. - a transmit amplifier; - one or more coil elements (50 1, 50 n), wherein the one or more coil elements are connected to the transmit amplifier; - a preamplifer configured to receive magnetic resonance signals from the one or more coil elements, wherein the preamplifier is configured to send the magnetic resonance signals to a magnetic resonance imaging system wirelessly; - a waveform generator connected to the transmit amplifier, wherein the waveform generator is configured to receive commands wirelessly from the magnetic resonance imaging system; - a clock configured to synchronize the timing of the preamplifier and the waveform generator, wherein the clock is operable as a master clock for the magnetic resonance imaging system; - a peak power storage device configured to power the transmit amplifier; and - a coil power supply configured to supply power to the peak power storage device, the waveform generator, the clock, and the preamplifier, wherein the coil power supply is a rechargeable battery; - a recharging system configured to recharge the coil power supply; and - a trickle charger configured to charge the peak power storage device using the power supply.
Process for recovering at least one fractional substances from vapours during the alcohol reduction of a beverage, - in which an alcoholic beverage is supplied to a degasser of a fractional substance recovery apparatus, - in which vapours are removed from the degasser and the alcoholic beverage passed through the degasser is fed to a device for reducing alcohol, - in which the vapours are fed to a plurality of fractional condensation stages (66, 67, 68) which follow one another in series and in which at least one fractional substance is separated from the vapours under pressure and/or temperature, - in which at least one line extending through the fractional condensation stages (66, 67, 68) is provided, and each condensation stage (66, 67, 68) comprises at least one fractional substance which is discharged through the at least one separator, - in which the vapours are pressurized with increasing pressure in the fractional condensation stages (66, 67, 68) following one another in series, before leaving the respective condensation stage (66, 67, 68) via the separator - in which the fractional substances separated in the respective fractional condensation stage (66, 67, 68) are collected in a collecting container (84 to 89) or fed to a inoculation station, through which one or several separated fractional substances are fed in dosed form to a reduced-alcohol beverage. - in which an alcoholic beverage is supplied to a degasser of a fractional substance recovery apparatus, - in which vapours are removed from the degasser and the alcoholic beverage passed through the degasser is fed to a device for reducing alcohol, - in which the vapours are fed to a plurality of fractional condensation stages (66, 67, 68) which follow one another in series and in which at least one fractional substance is separated from the vapours under pressure and/or temperature, - in which at least one line extending through the fractional condensation stages (66, 67, 68) is provided, and each condensation stage (66, 67, 68) comprises at least one fractional substance which is discharged through the at least one separator, - in which the vapours are pressurized with increasing pressure in the fractional condensation stages (66, 67, 68) following one another in series, before leaving the respective condensation stage (66, 67, 68) via the separator - in which the fractional substances separated in the respective fractional condensation stage (66, 67, 68) are collected in a collecting container (84 to 89) or fed to a inoculation station, through which one or several separated fractional substances are fed in dosed form to a reduced-alcohol beverage.
A method of sidelink unicast service management in an access stratum layer for a first user equipment, UE, the method comprising: receiving, by the first UE through a PC5 interface, a sidelink unicast configuration associated with a second UE, from the second UE; transmitting, by the first UE through a Radio Resource Control, RRC, signaling of the PC5 interface, a sidelink unicast link problem report with a failure cause `PC5 Access Stratum, AS, Configuration Failure', to the second UE in responsive to that the first UE is unable to comply with all or part of the sidelink unicast configuration in an RRC layer, while a radio link failure is not triggered between the first UE and the second UE; and performing, by the first UE, a sidelink unicast fallback procedure with the second UE by continuously using a sidelink unicast configuration setting of the first UE with corresponding configurations in a sidelink unicast pre-configuration used prior to the received sidelink unicast configuration, wherein the sidelink unicast pre-configuration includes a sidelink radio bearer configuration. receiving, by the first UE through a PC5 interface, a sidelink unicast configuration associated with a second UE, from the second UE; transmitting, by the first UE through a Radio Resource Control, RRC, signaling of the PC5 interface, a sidelink unicast link problem report with a failure cause `PC5 Access Stratum, AS, Configuration Failure', to the second UE in responsive to that the first UE is unable to comply with all or part of the sidelink unicast configuration in an RRC layer, while a radio link failure is not triggered between the first UE and the second UE; and performing, by the first UE, a sidelink unicast fallback procedure with the second UE by continuously using a sidelink unicast configuration setting of the first UE with corresponding configurations in a sidelink unicast pre-configuration used prior to the received sidelink unicast configuration, wherein the sidelink unicast pre-configuration includes a sidelink radio bearer configuration.
Shoe comprising: - an upper provided with monolithic structure complete with sole obtained from molding rubber or thermoplastic materials, said sole being provided with one or more through openings (1b, 10b); and - a ventilating bottom with ventilating properties, said ventilating bottom provided with monolithic structure obtained from molding rubber or thermoplastic materials is provided on the front of the foot with a pumping chamber with vent valve, incorporating elastically deformable partitions with basically vertical direction; wherein said pumping chamber is adapted to be closed on top by the front with the openings (1b, 10b) of the sole of the upper. - an upper provided with monolithic structure complete with sole obtained from molding rubber or thermoplastic materials, said sole being provided with one or more through openings (1b, 10b); and - a ventilating bottom with ventilating properties, said ventilating bottom provided with monolithic structure obtained from molding rubber or thermoplastic materials is provided on the front of the foot with a pumping chamber with vent valve, incorporating elastically deformable partitions with basically vertical direction; wherein said pumping chamber is adapted to be closed on top by the front with the openings (1b, 10b) of the sole of the upper.
A method of controlling a fault blocking voltage source converter apparatus (200,300) which is, in use, connected to an AC system and a DC system for power transmission, the method comprising, in the event of a DC side interruption: operating the fault blocking voltage source converter apparatus after identification of a need for a DC side interruption based on a voltage order, so as to extract at least some electrical energy stored in the connected DC system to the fault blocking voltage source converter apparatus (200,300), characterised in that said voltage order is based on DC current flow so as to transfer at least some of the electrical energy stored in the connected DC system to the connected AC system. operating the fault blocking voltage source converter apparatus after identification of a need for a DC side interruption based on a voltage order, so as to extract at least some electrical energy stored in the connected DC system to the fault blocking voltage source converter apparatus (200,300), characterised in that said voltage order is based on DC current flow so as to transfer at least some of the electrical energy stored in the connected DC system to the connected AC system.
An apparatus for measuring fluid characteristics, comprising: a solid transparent body including a plurality of internally reflective surfaces configured to contact a fluid of interest and configured to internally reflect an electromagnetic radiation beam, the plurality of internally reflective surfaces defining a n-sided base having a polygonal shape and having at least three sides, each internally reflective surface forming a side of the polygonal shape, the plurality of internally reflective surfaces configured to direct the electromagnetic radiation beam along a path within the solid transparent body from an entry area to an exit area on the solid transparent body, the solid transparent body including a top surface and a bottom surface, wherein the fluid of interest contacts the top surface and the top surface is configured to internally reflect the electromagnetic radiation beam, and wherein the entry area and exit area are on the bottom surface and do not overlap each other; an electromagnetic radiation source coupled to the entry area on the solid transparent body and configured to transmit the electromagnetic radiation beam into the solid transparent body through the entry area; and a detector coupled to the exit area on the solid transparent body and configured to receive at least a fraction of the reflected electromagnetic radiation beam, the detector configured to generate a signal based on the received electromagnetic radiation beam and transmit the signal to a processor for at least one of analysis of fluid characteristics and data storage. a solid transparent body including a plurality of internally reflective surfaces configured to contact a fluid of interest and configured to internally reflect an electromagnetic radiation beam, the plurality of internally reflective surfaces defining a n-sided base having a polygonal shape and having at least three sides, each internally reflective surface forming a side of the polygonal shape, the plurality of internally reflective surfaces configured to direct the electromagnetic radiation beam along a path within the solid transparent body from an entry area to an exit area on the solid transparent body, the solid transparent body including a top surface and a bottom surface, wherein the fluid of interest contacts the top surface and the top surface is configured to internally reflect the electromagnetic radiation beam, and wherein the entry area and exit area are on the bottom surface and do not overlap each other; an electromagnetic radiation source coupled to the entry area on the solid transparent body and configured to transmit the electromagnetic radiation beam into the solid transparent body through the entry area; and a detector coupled to the exit area on the solid transparent body and configured to receive at least a fraction of the reflected electromagnetic radiation beam, the detector configured to generate a signal based on the received electromagnetic radiation beam and transmit the signal to a processor for at least one of analysis of fluid characteristics and data storage.
A crystal of a maleate of a compound of Formula having diffraction peaks at 2θ=6.24°, 7.19°, 14.26°, 18.50°, and 26.80°±0.2° in an X-ray powder diffraction pattern.
A method of lowering a load from a pipelay vessel on the surface of a body of water, the method comprising: holding a rigid rod on an upright launch axis, extending through a hold-back system on a pipelay tower of the vessel; mechanically coupling a lower end of the rod to the load; above the surface, connecting a wire to the load directly; operating the hold-back system to advance the rod downwardly relative to the pipelay tower, submerging the load, while the weight of the load is suspended from the hold-back system via the rod; when the load reaches a predetermined depth underwater, transferring the weight of the load from the hold-back system to the wire by detaching the load from the rod while the rod is held by the hold-back system; and continuing to lower the load in the water, suspended from the wire. holding a rigid rod on an upright launch axis, extending through a hold-back system on a pipelay tower of the vessel; mechanically coupling a lower end of the rod to the load; above the surface, connecting a wire to the load directly; operating the hold-back system to advance the rod downwardly relative to the pipelay tower, submerging the load, while the weight of the load is suspended from the hold-back system via the rod; when the load reaches a predetermined depth underwater, transferring the weight of the load from the hold-back system to the wire by detaching the load from the rod while the rod is held by the hold-back system; and continuing to lower the load in the water, suspended from the wire.
A metal paste, comprising 65 to 85% by weight of metal particles and 10 to 35% by weight of organic solvent, wherein 70 to 100% by weight of the metal particles consist of organically coated copper flakes comprising a specific surface in the range of 1.9 to 3.7 m 2 /g, a total oxygen content in the range of 2 to 4% by weight, and a total carbon to total oxygen weight ratio in the range of 0.25 to 0.9.
Method for finding and/or for associating devices (119, 149) which interact at least intermittently with a telecommunication network (130, 140) and can be reached via the telecommunication network (130, 140), wherein the telecommunication network (130, 140) comprises a mobile network and/or wherein the telecommunication network (130, 140) comprises a line-based telecommunication network, wherein the mobile network comprises an access network and/or the line-based telecommunication network comprises a line-based access network, wherein in a first method step device identifiers of the devices (119, 149) are stored in a database (170, 180), wherein in a second step devices (119, 149) are associated with a user, wherein the devices (119, 149) comprise a first category of devices which are connected directly to the telecommunication network (130, 140), wherein the devices of the first category (120, 121, 122, 123, 150) are connected directly to the telecommunication network (130, 140) via the access network of the mobile network and/or via the line-based access network of the line-based telecommunication network at least intermittently, wherein the devices (119, 149) comprise a second category of devices which are connected to devices of the first category of devices, wherein the first method step is performed by means of a crawler module, wherein the devices of the second category are reached via the telecommunication network (130, 140) such that the devices of the first category (120, 121, 122, 123, 150) are searched for devices of the second category and/or are indexed by means of the crawler module, wherein in the devices of the second category listed in the database (170, 180) at least one service container is applied.
A driving apparatus comprising: a housing; a first driving body supported in the housing so as to be rotatable around a first central axis; characterized in that the driving apparatus further comprises an eccentric driving body provided in the first driving body to be rotatable around a second central axis parallel to the first central axis and to be revolvable around the first central axis; a first pivot provided at one end of the eccentric driving body in an axis direction and eccentrically to the second central axis and extending parallel to the second central axis; a second pivot provided at another end of the eccentric driving body in the axis direction and eccentrically to the second central axis and extending parallel to the second central axis; a first moving body rotatably coupled to the first pivot and linearly moving along a third central axis orthogonal to the first central axis; a first guide body which guides movement of the first moving body along the third central axis; and a second guide body which guides the second pivot to be linearly movable in a first direction orthogonal to the first central axis. a housing; a first driving body supported in the housing so as to be rotatable around a first central axis; characterized in that the driving apparatus further comprises an eccentric driving body provided in the first driving body to be rotatable around a second central axis parallel to the first central axis and to be revolvable around the first central axis; a first pivot provided at one end of the eccentric driving body in an axis direction and eccentrically to the second central axis and extending parallel to the second central axis; a second pivot provided at another end of the eccentric driving body in the axis direction and eccentrically to the second central axis and extending parallel to the second central axis; a first moving body rotatably coupled to the first pivot and linearly moving along a third central axis orthogonal to the first central axis; a first guide body which guides movement of the first moving body along the third central axis; and a second guide body which guides the second pivot to be linearly movable in a first direction orthogonal to the first central axis.
An apparatus capable of hosting a secure module, the apparatus comprising: memory means for storing at least one application; processing means; and a near field communication module connected to the processing means and to the secure module, wherein the processing means is configured to determine whether the at least one application chosen or activated by a user of the apparatus is a counterpart application for an application residing in a secure module hosted by the apparatus, wherein the near field communication module is configured to allow the application residing in the secure module to communicate with an external device using near field communication and wherein the counterpart application is configured to allow a user to interact with the corresponding application residing in the secure module, and characterized in that the processing means is further configured to, upon determination that an application chosen or activated by the user of the apparatus is a counterpart application for an application residing in the secure module hosted by the apparatus, restrict user rights concerning said counterpart application, said restriction comprising at least one of the following: deletion protection of said counterpart application, installation restrictions of said counterpart application, update restriction of said counterpart application. memory means for storing at least one application; processing means; and a near field communication module connected to the processing means and to the secure module,
Method for type-specific operating of an electric drive unit, wherein the drive unit is configured for coupling and driving of a tool unit, wherein the tool unit is selected from a set of different types of tool units, wherein the set includes at least one rotatory tool unit and at least one non-rotatory tool unit (NRWE), the method comprising the steps: a) driving of a coupled tool unit by the drive unit, b) identifying operating data of the drive unit during the driving procedure, c) determining, based on the identified operating data, whether the coupled tool unit is a rotatory tool unit or a non-rotatory tool unit (NRWE), and d) controlling the drive unit in a rotation control mode if the coupled tool unit is determined to be a rotatory tool unit, or in a non-rotation control mode if the coupled tool unit is determined to be a non-rotatory tool unit (NRWE). a) driving of a coupled tool unit by the drive unit, b) identifying operating data of the drive unit during the driving procedure, c) determining, based on the identified operating data, whether the coupled tool unit is a rotatory tool unit or a non-rotatory tool unit (NRWE), and d) controlling the drive unit in a rotation control mode if the coupled tool unit is determined to be a rotatory tool unit, or in a non-rotation control mode if the coupled tool unit is determined to be a non-rotatory tool unit (NRWE).