mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communication performed by a user equipment, UE, the method comprising: receiving, from a base station, BS, a first synchronization signal block, SSB, of a first group of SSBs of an SSB burst set, wherein the first group of SSBs and a second group of SSBs of the SSB burst set are spaced apart in time by a group of control resource sets, CORESETs and system information blocks, SIBs, wherein the group of CORESETs and SIBs comprises one CORESET and at least one SIB for each SSB of the first group of SSBs, wherein the first group of SSBs and the second group of SSBs are associated with a first subcarrier spacing, SCS, and wherein the group of CORESETs and SIBs is associated with a second SCS different from the first SCS; receiving, in a first CORESET of the group of CORESETs and SIBs based on the first SSB, SIB scheduling information; receiving, based on the SIB scheduling information, a first SIB of the group of CORESETs and SIBs; and determining a slot index n c for the first CORESET based on the second SCS in accordance with the following: n c = 32 + floor i mod 16 / 2 + floor n i / 40 × 40, wherein i is an SSB index associated with the first SSB and n i is a slot index associated with the first SSB based on the second SCS. receiving, from a base station, BS, a first synchronization signal block, SSB, of a first group of SSBs of an SSB burst set, wherein the first group of SSBs and a second group of SSBs of the SSB burst set are spaced apart in time by a group of control resource sets, CORESETs and system information blocks, SIBs, wherein the group of CORESETs and SIBs comprises one CORESET and at least one SIB for each SSB of the first group of SSBs, wherein the first group of SSBs and the second group of SSBs are associated with a first subcarrier spacing, SCS, and wherein the group of CORESETs and SIBs is associated with a second SCS different from the first SCS; receiving, in a first CORESET of the group of CORESETs and SIBs based on the first SSB, SIB scheduling information; receiving, based on the SIB scheduling information, a first SIB of the group of CORESETs and SIBs; and determining a slot index n c for the first CORESET based on the second SCS in accordance with the following: n c = 32 + floor i mod 16 / 2 + floor n i / 40 × 40, wherein i is an SSB index associated with the first SSB and n i is a slot index associated with the first SSB based on the second SCS.
A rectal appliance comprising: a tubular member defining a communication passage for body waste, and carrying a flange at or near one end; and an external inflatable chamber portion located around the tubular member for sealing against perianal skin, characterized in that the external inflatable chamber portion comprises at least one flexible wall supported by the flange and a flexible membrane, wherein the at least one flexible wall is coupled to the flange and the flexible membrane. a tubular member defining a communication passage for body waste, and carrying a flange at or near one end; and an external inflatable chamber portion located around the tubular member for sealing against perianal skin, characterized in that the external inflatable chamber portion comprises at least one flexible wall supported by the flange and a flexible membrane, wherein the at least one flexible wall is coupled to the flange and the flexible membrane.
A matching network for matching an output impedance of an amplifier circuit to an external load resistor (R L), said matching network comprising: two first reactance units each comprising two inductors (L D1, L D2) adapted to be serially couplable between a signal ground and respective first and second outputs of the amplifier circuit for generating a first positive reactance at low frequencies and a second positive reactance at high frequencies; two second reactance units each comprising at least one series capacitor (C s) and at least one series inductor (L s) adapted to be serially couplable between a respective end of the external load resistor (R L) and the respective first and second outputs of the amplifier circuit, for generating a negative reactance at low frequencies and a third positive reactance at high frequencies; and two third reactance units each comprising at least one control capacitor (C D) adapted to be couplable at one node between the respective end of the external load resistor (R L) and the respective end of the second reactance unit and at the other node between the inductors (L D1, L D2) of the respective first reactance unit, for generating a short at high frequencies so as to reduce a parasitic capacitance at the first and second outputs of the amplifier circuit at high frequencies, wherein a generally constant impedance is provided across a wideband frequency range. two first reactance units each comprising two inductors (L D1, L D2) adapted to be serially couplable between a signal ground and respective first and second outputs of the amplifier circuit for generating a first positive reactance at low frequencies and a second positive reactance at high frequencies; two second reactance units each comprising at least one series capacitor (C s) and at least one series inductor (L s) adapted to be serially couplable between a respective end of the external load resistor (R L) and the respective first and second outputs of the amplifier circuit, for generating a negative reactance at low frequencies and a third positive reactance at high frequencies; and two third reactance units each comprising at least one control capacitor (C D) adapted to be couplable at one node between the respective end of the external load resistor (R L) and the respective end of the second reactance unit and at the other node between the inductors (L D1, L D2) of the respective first reactance unit, for generating a short at high frequencies so as to reduce a parasitic capacitance at the first and second outputs of the amplifier circuit at high frequencies, wherein a generally constant impedance is provided across a wideband frequency range.
A multifunctional battery cover, comprising: a cover body, a plurality of leading-out terminals disposed on the cover body, and at least one electric signal collecting unit, an input end of each electric signal collecting unit is connected with a single battery cell in the battery pack, an output end of each electric signal collecting unit is connected with one of the leading-out terminals, the leading-out terminals are all connected with a battery management system, and are used for transmitting collected voltage information of the battery pack to the battery management system; wherein the electric signal collecting unit at least comprises: a wire and a conductive elastic connector for connecting to the single battery cell, wherein one end of the conductive elastic connector is electrically connected with the wire, the other end of the conductive elastic connector is electrically connected with the single battery cell; wherein the cover body is a multilayer insulating cover body, the wire is configured in the internal of the cover body.
A rotor for an engine starter for moving a movable portion of an engine to start the engine, the rotor comprising: a rotor having a shaft portion and a vane portion, the shaft portion and the vane portion being integral with one another so as to be an integral, unitary piece, the shaft portion having splines for coupling to a movable portion of the engine, the splines preventing relative rotational movement between the rotor and the movable portion and permitting relative axial movement, wherein the rotor is formed from aluminum and at least a portion of the rotor includes an anodized coating. a rotor having a shaft portion and a vane portion, the shaft portion and the vane portion being integral with one another so as to be an integral, unitary piece, the shaft portion having splines for coupling to a movable portion of the engine, the splines preventing relative rotational movement between the rotor and the movable portion and permitting relative axial movement, wherein the rotor is formed from aluminum and at least a portion of the rotor includes an anodized coating.
A fish analogue comprising greater than 50% by weight plant material, wherein the plant material is selected from textured rice flake, textured wheat, textured chickpea, textured pea and/or textured tapioca 7% to 20% by weight wheat gluten; from 0.25 % to 7.5% by weight plant fibre, and wherein the plant fibre has a fibre length between about 80 microns to about 500 microns; from 5 to 15% by weight of a plant-based oil; wherein the fish analogue does not comprise an ingredient from an animal origin and is free of soy protein, and wherein the plant fibre is a cereal or bamboo fibre. greater than 50% by weight plant material, wherein the plant material is selected from textured rice flake, textured wheat, textured chickpea, textured pea and/or textured tapioca 7% to 20% by weight wheat gluten; from 0.25 % to 7.5% by weight plant fibre, and wherein the plant fibre has a fibre length between about 80 microns to about 500 microns; from 5 to 15% by weight of a plant-based oil; wherein the fish analogue does not comprise an ingredient from an animal origin and is free of soy protein, and wherein the plant fibre is a cereal or bamboo fibre.
A cutter head (22, 222) for a mining machine, the mining machine including a frame and a boom movably coupled to the frame, the cutter head (22, 222) comprising: a first member (90, 290) including a first end and a second end; a cutting bit (86, 286) coupled to the first member (90, 290) proximate the second end, the cutting bit (86, 286) formed as a disc including a cutting edge (88, 288), the cutting bit (86, 286) including a plurality of cutting tips positioned along a perimeter of the cutting edge (88, 288); and characterized by the first member (90, 290) being supported for movement relative to the boom; a fluid conduit extending through the first member (90 290) and configured to be in fluid communication with a fluid source; and a plurality of nozzles positioned on the cutting edge (88, 288), the nozzles being in fluid communication with the fluid conduit. a first member (90, 290) including a first end and a second end; a cutting bit (86, 286) coupled to the first member (90, 290) proximate the second end, the cutting bit (86, 286) formed as a disc including a cutting edge (88, 288), the cutting bit (86, 286) including a plurality of cutting tips positioned along a perimeter of the cutting edge (88, 288); and characterized by the first member (90, 290) being supported for movement relative to the boom; a fluid conduit extending through the first member (90 290) and configured to be in fluid communication with a fluid source; and a plurality of nozzles positioned on the cutting edge (88, 288), the nozzles being in fluid communication with the fluid conduit.
An interface for connecting a cylindrical reservoir containing a drug to a drug delivery device having a skin contact surface, comprising: a compartment defining a channel extending in a direction parallel to the skin contact surface and sized and shaped to receive the reservoir, the channel defining a proximal opening sized and shaped for axial insertion of the reservoir; a coupler mounted to the drug delivery device at a distal end of the compartment to form a flow path between a distal opening of the reservoir and a fluid path of the drug delivery device; and a cover hingedly attached to the drug delivery device, the cover being movable between a closed position, blocking the reservoir from insertion into the proximal opening of the channel, and a loading position, clearing the proximal opening of the channel for reservoir insertion, the cover housing a plunger pushing assembly therein and positioning the plunger pushing assembly proximal to the channel to face the proximal opening thereof in the closed position of the cover, the plunger pushing assembly being expandable along an axis parallel to the compartment and the skin contact surface. a compartment defining a channel extending in a direction parallel to the skin contact surface and sized and shaped to receive the reservoir, the channel defining a proximal opening sized and shaped for axial insertion of the reservoir; a coupler mounted to the drug delivery device at a distal end of the compartment to form a flow path between a distal opening of the reservoir and a fluid path of the drug delivery device; and a cover hingedly attached to the drug delivery device, the cover being movable between a closed position, blocking the reservoir from insertion into the proximal opening of the channel, and a loading position, clearing the proximal opening of the channel for reservoir insertion, the cover housing a plunger pushing assembly therein and positioning the plunger pushing assembly proximal to the channel to face the proximal opening thereof in the closed position of the cover, the plunger pushing assembly being expandable along an axis parallel to the compartment and the skin contact surface.
System for sample rate conversion of an input stream of digital data among a plurality of input streams sampled at a different input sample rate to obtain an output stream with an output sample rate, said system comprising - storage means for storing input samples of said plurality of input streams, - controller means arranged for receiving activation signalling related to said input streams and for outputting for said input streams an indication (6,8) of sampling instants for said output stream at said output sampling rate, - resampling means arranged for receiving input samples from said storage means and for filtering the received input samples with an adaptive set of filter coefficients to produce said output stream at said output rate, wherein the system comprises a selector means arranged for receiving said activation signalling related to said input streams, for selecting among said input streams an input stream to be sample rate converted, said selector means being arranged for outputting a signal indicative of said selected input stream and for outputting signalling for selecting the corresponding indication of sampling instants, so that filter coefficients for performing resampling in said resampling means can be generated. - storage means for storing input samples of said plurality of input streams, - controller means arranged for receiving activation signalling related to said input streams and for outputting for said input streams an indication (6,8) of sampling instants for said output stream at said output sampling rate, - resampling means arranged for receiving input samples from said storage means and for filtering the received input samples with an adaptive set of filter coefficients to produce said output stream at said output rate,
A pharmaceutical combination for use in treating a soft tissue sarcoma, comprising: (i) a compound of formula I or a pharmaceutically acceptable salt thereof; and (ii) epirubicin,
Powdered composition comprising: (a) 100 parts by weight of at least one polyhydroxyalkanoate in the form of particles having an average diameter from 1 um to 100 um, preferably from 5 um to 60 μm; (b) from 0.1 to 10 parts by weight, preferably from 0.5 to 5 parts by weight, of at least one silicate or silica. (a) 100 parts by weight of at least one polyhydroxyalkanoate in the form of particles having an average diameter from 1 um to 100 um, preferably from 5 um to 60 μm; (b) from 0.1 to 10 parts by weight, preferably from 0.5 to 5 parts by weight, of at least one silicate or silica.
A soldering iron with a removable tip, comprising: a soldering iron, comprising: a shaft; a bobbin disposed on the shaft; a magnetic coil wrapped around the bobbin; and a removable tip with a heater element disposed thereon, wherein the heater element is dimensioned to be received around the magnetic coil when the removable tip is placed onto the soldering iron, characterized by the bobbin being a ferrite bobbin; and by a sleeve extending from the shaft over the ferrite bobbin and the magnetic coil; and a sleeve extending from the removable tip over the heater element, wherein the sleeve on the removable tip is dimensioned to be received over the sleeve on the shaft. a soldering iron, comprising: a shaft; a bobbin disposed on the shaft; a magnetic coil wrapped around the bobbin; and a removable tip with a heater element disposed thereon, wherein the heater element is dimensioned to be received around the magnetic coil when the removable tip is placed onto the soldering iron, characterized by the bobbin being a ferrite bobbin; and by a sleeve extending from the shaft over the ferrite bobbin and the magnetic coil; and a sleeve extending from the removable tip over the heater element, wherein the sleeve on the removable tip is dimensioned to be received over the sleeve on the shaft. a shaft; a bobbin disposed on the shaft; a magnetic coil wrapped around the bobbin; and a removable tip with a heater element disposed thereon, wherein the heater element is dimensioned to be received around the magnetic coil when the removable tip is placed onto the soldering iron, characterized by the bobbin being a ferrite bobbin; and by a sleeve extending from the shaft over the ferrite bobbin and the magnetic coil; and a sleeve extending from the removable tip over the heater element, wherein the sleeve on the removable tip is dimensioned to be received over the sleeve on the shaft.
A respirator system, comprising: a regulator for use in connection with a facepiece of the respirator system, the regulator comprising an interface; a hose assembly comprising a hose for carrying breathing gas to the regulator and a cable for carrying at least one electrical wire to the regulator; and a connector system comprising: a base operatively connectible to the interface of the regulator, the base comprising a channel to seat at least a portion of the cable, the channel being in operative connection with the interior of the regulator upon connection of the base to the interface; and a rotatable member which is rotatable relative to the base, characterised in the cable being in operative connection with the rotatable member so that a bend in the cable travels along the length of the cable and a varying length of the cable is positioned within the channel depending upon the rotational position of the rotatable member relative to the base. a regulator for use in connection with a facepiece of the respirator system, the regulator comprising an interface; a hose assembly comprising a hose for carrying breathing gas to the regulator and a cable for carrying at least one electrical wire to the regulator; and a connector system comprising: a base operatively connectible to the interface of the regulator, the base comprising a channel to seat at least a portion of the cable, the channel being in operative connection with the interior of the regulator upon connection of the base to the interface; and a rotatable member which is rotatable relative to the base, a base operatively connectible to the interface of the regulator, the base comprising a channel to seat at least a portion of the cable, the channel being in operative connection with the interior of the regulator upon connection of the base to the interface; and a rotatable member which is rotatable relative to the base, characterised in the cable being in operative connection with the rotatable member so that a bend in the cable travels along the length of the cable and a varying length of the cable is positioned within the channel depending upon the rotational position of the rotatable member relative to the base.
Rotary connection of a wind turbine, consisting of a bearing with an inner ring (3; 13) and an outer ring (2; 12) which are manufactured from a solid material, the inner ring (3; 13) or the outer ring (2; 12) being operatively connected via a toothing (4; 14) to an adjusting drive, the toothing (4, 14) having a number of teeth which are made in the solid material, characterized in that a tooth space in each case with an arcuate termination is arranged between two adjacent teeth in such a way that a defined tooth height (h) is ensured, and a circumferential residual material rim is arranged above the arcuate termination of the tooth space, which residual material rim stabilizes both the toothing (4; 14) and the inner ring (3; 13) or the outer ring (2; 12).
A signal processing apparatus, the signal processing apparatus comprising: a memory unit for storing one or more constant complex values in a two's complement, 1.n fixed point number format, in which 1 bit is reserved for an integer portion of the number and n bits are reserved for the fractional portion of the number, such as to represent a value in the range -1≤ x <+1; a mapping unit, configured to map any two's complement, 1.n fixed point, constant complex value stored by the memory unit, having an imaginary component with a value of -1, to a value of unity, wherein the value of unity is a complex number having a real component equal to +1 and an imaginary component equal to 0; and a compute unit configured to receive a constant complex input data value from the mapping unit and to perform a complex arithmetic operation on its input data values. a memory unit for storing one or more constant complex values in a two's complement, 1.n fixed point number format, in which 1 bit is reserved for an integer portion of the number and n bits are reserved for the fractional portion of the number, such as to represent a value in the range -1≤ x <+1; a mapping unit, configured to map any two's complement, 1.n fixed point, constant complex value stored by the memory unit, having an imaginary component with a value of -1, to a value of unity, wherein the value of unity is a complex number having a real component equal to +1 and an imaginary component equal to 0; and a compute unit configured to receive a constant complex input data value from the mapping unit and to perform a complex arithmetic operation on its input data values.
3-(1-{3-[5-(1-methyl-piperidin-4-ylmethoxy)-pyrimidin-2-yl]-benzyl}-6-oxo-1,6-dihydro-pyridazin-3-yl)-benzonitrile or a pharmaceutically acceptable salt and/or solvate thereof for the use for the treatment of hepatocellular carcinoma.
Method for performing an autonomous parking operation of a motor vehicle, the method comprising the following steps: - before the start of the autonomous parking operation, the motor vehicle is brought into a target position and from the target position into a starting position, wherein the target position and/or a most recently travelled trajectory of the motor vehicle is/are stored in a device suitable for this purpose, - following a first activation of the autonomous parking operation, the motor vehicle is autonomously guided from the starting position into the target position using data stored in the device, wherein the activation ensues via a command transmitted via a communication link from an operator located outside of the motor vehicle to the motor vehicle, characterised in that - in order to determine the target position of the autonomous parking operation, the position of the motor vehicle at its last change of direction is detected and stored in the device as a target position. - before the start of the autonomous parking operation, the motor vehicle is brought into a target position and from the target position into a starting position, wherein the target position and/or a most recently travelled trajectory of the motor vehicle is/are stored in a device suitable for this purpose, - following a first activation of the autonomous parking operation, the motor vehicle is autonomously guided from the starting position into the target position using data stored in the device, wherein the activation ensues via a command transmitted via a communication link from an operator located outside of the motor vehicle to the motor vehicle, characterised in that - in order to determine the target position of the autonomous parking operation, the position of the motor vehicle at its last change of direction is detected and stored in the device as a target position.