mhurhangee/ep-ind-claims huggingface dataset:
A device for anchoring an equipment item to a civil engineering structure, this device comprising: - a support plate for the equipment, the plate comprising at least two orifices, the plate being provided to be placed against the free surface of the civil engineering structure; - for each orifice, a longitudinal dowel intended to be rigidly fastened in the civil engineering structure; - for each orifice, a fastening member mounted around the dowel; - for each orifice, a connection of the fastening member to the plate; - for each orifice, a reversible lock for blocking the fastening member with respect to the plate in the given position and for blocking the fastening member in position along the dowel the orifice having a circular section; the connection of the fastening member to the plate comprises a ring with a shape conjugated to that of the orifice, having a central axis and a radially outer edge, the ring having a slit extending from the central axis to the radially outer edge; the ring having a cylindrical or frustoconical shape; characterized in that the connection of the fastening member to the plate allows the fastening member to be placed at any given position in a defined region of the orifice in a plane parallel to the plate, in that the fastening member is engaged in said slit, and in that the slit is delimited by two edges (45, 47) that are inclined relative to one another, the section of the slit decreasing longitudinally from a large front face of the ring to a large rear face of the ring, where the large front and rear faces (41, 43) respectively face away from the surface and toward the surface. - a support plate for the equipment, the plate comprising at least two orifices, the plate being provided to be placed against the free surface of the civil engineering structure; - for each orifice, a longitudinal dowel intended to be rigidly fastened in the civil engineering structure; - for each orifice, a fastening member mounted around the dowel; - for each orifice, a connection of the fastening member to the plate; - for each orifice, a reversible lock for blocking the fastening member with respect to the plate in the given position and for blocking the fastening member in position along the dowel the orifice having a circular section; the connection of the fastening member to the plate comprises a ring with a shape conjugated to that of the orifice, having a central axis and a radially outer edge, the ring having a slit extending from the central axis to the radially outer edge; the ring having a cylindrical or frustoconical shape; characterized in that the connection of the fastening member to the plate allows the fastening member to be placed at any given position in a defined region of the orifice in a plane parallel to the plate, in that the fastening member is engaged in said slit, and in that the slit is delimited by two edges (45, 47) that are inclined relative to one another, the section of the slit decreasing longitudinally from a large front face of the ring to a large rear face of the ring, where the large front and rear faces (41, 43) respectively face away from the surface and toward the surface.
A method for wireless communication at a user equipment, UE, comprising: receiving a beam training sequence transmitted by a network access device on a plurality of transmit beams; identifying, based at least in part on the received beam training sequence, one or more sets of multiple transmit beams that are compatible with at least one configuration for routing signals between antenna subarrays of the UE and transceiver units, TXRUs, of the UE, wherein the at least one configuration for routing signals is defined by a configuration of switches or other elements of the UE that connects a number of antennas subarrays of the UE to a number of TXRUs of the UE, and wherein the number of antenna subarrays of the UE exceeds the number of TXRUs of the UE; and transmitting, to the network access device, an indication of the identified one or more sets of multiple transmit beams, wherein the indication of the identified one or more sets of multiple transmit beams comprises at least an indication, for each received beam of the plurality of transmit beams, of a set of one or more TXRUs of the UE and associated routing configuration parameters of the UE usable to receive the beam. receiving a beam training sequence transmitted by a network access device on a plurality of transmit beams; identifying, based at least in part on the received beam training sequence, one or more sets of multiple transmit beams that are compatible with at least one configuration for routing signals between antenna subarrays of the UE and transceiver units, TXRUs, of the UE, wherein the at least one configuration for routing signals is defined by a configuration of switches or other elements of the UE that connects a number of antennas subarrays of the UE to a number of TXRUs of the UE, and wherein the number of antenna subarrays of the UE exceeds the number of TXRUs of the UE; and transmitting, to the network access device, an indication of the identified one or more sets of multiple transmit beams, wherein the indication of the identified one or more sets of multiple transmit beams comprises at least an indication, for each received beam of the plurality of transmit beams, of a set of one or more TXRUs of the UE and associated routing configuration parameters of the UE usable to receive the beam.
A radiation detector pixel for x-ray radiation, comprising a sensor device, at least a first capacitance wherein electric charges collected during an exposure are stored, and at least a first readout amplifier (313; 370), allowing a first sensitivity range readout, characterized in that it comprises at least one actuator device (360; 372) implemented in the radiation detector pixel, wherein the actuator device (360; 372) activation leads to: - redistribute electric charges between the at least first capacitance and at least a second capacitance of the radiation detector pixel, and/or - switch from the at least first readout amplifier to at least a second readout amplifier of the radiation detector pixel, allowing a second sensitivity range readout of the signal charge of the exposure; wherein for each sensitivity range, a ratio between the incoming electromagnetic radiation and the electric output quantity is continuous in the operational range, wherein the operational range refers to operational points up to saturation. - redistribute electric charges between the at least first capacitance and at least a second capacitance of the radiation detector pixel, and/or - switch from the at least first readout amplifier to at least a second readout amplifier of the radiation detector pixel,
An air supply system for a rail vehicle, having: - a group comprising a plurality of electrical consumers such as a compressor, air dryer, valve, etc., this plurality of electrical consumers each performing different functions of the air supply system along a flow of the compressed air, and - a converter, which is coupled to a power supply of the rail vehicle, for adapting the voltage and/or frequency provided by the power supply to an operating voltage and/or an operating frequency of at least one electrical consumer by means of which that electrical consumer is to be operated, characterised in that the converter is assigned to at least two, preferably all, of the group comprising a plurality of electrical consumers such that the converter is able to control, in particular closed-loop control, and/or monitor the operation of the at least two of the group comprising a plurality of electrical consumers. - a group comprising a plurality of electrical consumers such as a compressor, air dryer, valve, etc., this plurality of electrical consumers each performing different functions of the air supply system along a flow of the compressed air, and - a converter, which is coupled to a power supply of the rail vehicle, for adapting the voltage and/or frequency provided by the power supply to an operating voltage and/or an operating frequency of at least one electrical consumer by means of which that electrical consumer is to be operated,
A method of decoding an uplink in a multiple input multiple output wireless communication system in an open radio access network having an open distributed unit, O-DU, and an open radio unit, O-RU connected via a fronthaul, wherein the O-DU performs frequency domain processing, and wherein the fronthaul has a physical uplink shared channel path and a sounding reference signal path, said method comprising: said O-DU: constructing a combining matrix for a resource block, wherein said constructing comprises multiplying a received signal vector with a whitening vector, thus converting colored interference in said received signal vector into white interference, and wherein said whitening vector is based on channel estimates from past sounding reference signal symbols; and sending said combining matrix to said O-RU; and said O-RU: utilizing said combining matrix to compress signals on N R antennas per subcarrier into M values, where N R is a number of antennas, and M is less than N R; and sending said M values per subcarrier to said O-DU. said O-DU: constructing a combining matrix for a resource block, wherein said constructing comprises multiplying a received signal vector with a whitening vector, thus converting colored interference in said received signal vector into white interference, and wherein said whitening vector is based on channel estimates from past sounding reference signal symbols; and sending said combining matrix to said O-RU; and constructing a combining matrix for a resource block, wherein said constructing comprises multiplying a received signal vector with a whitening vector, thus converting colored interference in said received signal vector into white interference, and wherein said whitening vector is based on channel estimates from past sounding reference signal symbols; and wherein said constructing comprises multiplying a received signal vector with a whitening vector, thus converting colored interference in said received signal vector into white interference, and wherein said whitening vector is based on channel estimates from past sounding reference signal symbols; and sending said combining matrix to said O-RU; and said O-RU: utilizing said combining matrix to compress signals on N R antennas per subcarrier into M values, where N R is a number of antennas, and M is less than N R; and sending said M values per subcarrier to said O-DU. utilizing said combining matrix to compress signals on N R antennas per subcarrier into M values, where N R is a number of antennas, and M is less than N R; and sending said M values per subcarrier to said O-DU.
A sorghum millet plant which is capable of inducing haploidy, characterized in that the plant has one or more modification(s) concerning an endogenous gene ecoding a patatin phospholipase, wherein the patatin phospholipase is encoded by the nucleotide sequence according to SEQ ID NO: 1 or 2 or by a nucleotide sequence which is at least 80% identical to SEQ ID NO: 1 or 2, or by a nucleotide sequence which hybridizes under stringent conditions with the complementary sequence to the nucleotide sequence according to SEQ ID NO: 1 or 2, or which comprises the amino acid sequence shown in SEQ ID NO: 3 or an amino acid sequence which is at least 80% identical to SEQ ID NO: 3, characterized in that the one or more modification(s) are one or more mutation(s) in the endogenous gene encoding the patatin phospholipase which lead to one or more amino acid substitution(s), wherein the one or more mutation(s) lead(s) to an amino acid substitution in the region of amino acid positions 55-75, 157-167 or 285-298 according to SEQ ID NO: 3, wherein the stringent conditions correspond to hybridization in 4 × SSC at 65°C and subsequent multiple washing in 0.1 × SSC at 65°C for a total of about 1 hour.
Method for producing a seed unit, comprising the following steps: - providing a first plastic film in the form of a running product; - forming at least one indentation in the plastic film; - placing a tablet of water-absorbent material into the at least one indentation by placing loose material into the indentation and compressing it to form the tablet; - positioning of the seeding material in the form of at least one seed in the area of the indentation; - placing a second plastic film in the form of a running product on the first plastic film and the tablet; - joining the first and second plastic films (21,22) circumferentially around the region of the indentation and the tablet; and - separating a seed unit from the plastic films (21,22), wherein the seed unit comprises the tablet and the seeding material. - providing a first plastic film in the form of a running product; - forming at least one indentation in the plastic film; - placing a tablet of water-absorbent material into the at least one indentation by placing loose material into the indentation and compressing it to form the tablet; - positioning of the seeding material in the form of at least one seed in the area of the indentation; - placing a second plastic film in the form of a running product on the first plastic film and the tablet; - joining the first and second plastic films (21,22) circumferentially around the region of the indentation and the tablet; and - separating a seed unit from the plastic films (21,22), wherein the seed unit comprises the tablet and the seeding material.
A fan blade for a gas turbine engine, comprising: a root; and an airfoil extending from the root and having pressure and suction sides (72, 74) extending in a radial direction from a 0% span position at an inner flow path location to a 100% span position at an airfoil tip, wherein the airfoil has a relationship between a tangential stacking offset (Y d) and a span position of a span that is at least a third order polynomial curve that includes at least one positive and negative slope, the positive slope leans toward the suction side and the negative slope leans toward the pressure side, an initial slope starting at the 0% span position is either zero or positive, and the tangential stacking offset (Y d) corresponds to a circumferential distance from a tangential center of the root to a center of gravity of a section of the airfoil at a given span position, characterised in that a first critical point is in the range of 5-15% span. a root; and an airfoil extending from the root and having pressure and suction sides (72, 74) extending in a radial direction from a 0% span position at an inner flow path location to a 100% span position at an airfoil tip, wherein the airfoil has a relationship between a tangential stacking offset (Y d) and a span position of a span that is at least a third order polynomial curve that includes at least one positive and negative slope, the positive slope leans toward the suction side and the negative slope leans toward the pressure side, an initial slope starting at the 0% span position is either zero or positive, and the tangential stacking offset (Y d) corresponds to a circumferential distance from a tangential center of the root to a center of gravity of a section of the airfoil at a given span position, characterised in that a first critical point is in the range of 5-15% span.
Closing device for a pressure accumulator, with an inlet side for connection to a pressure accumulator, an outlet side and a closing element, which fluidically controls a connection between the inlet side and the outlet side, as well as an actuation element formed to act on the closing element, wherein the closing element has a closing membrane and the actuation element has a movably disposed opening pin, in the operating path of which the closing membrane lies, characterised by that the closing membrane is arranged in a housing of the closing device and separates an inlet space associated with the inlet side and a pressure space associated with the outlet side inside the housing, wherein the closing membrane hermetically seals off a through opening in an intermediate wall of the housing.
A fitting comprising: a body comprising a tubular portion at a first end of the body, the tubular portion comprising an internal bore, an external surface, and a first opening, the internal bore having a constant first diameter and extending from the first opening to a restriction at an internal end of the internal bore, the restriction having a diameter that is less than the first diameter of the internal bore, and the external surface tapered along the entire tubular portion to form a truncated cone, the body further comprising a second opening at a second end of the body, opposite the tubular portion; and a tapered fluid passage extending through the body from the internal bore to the second opening; wherein the internal bore is configured to couple to an external surface of a first tube and the external surface is configured to couple to an internal surface of a second tube. a body comprising a tubular portion at a first end of the body, the tubular portion comprising an internal bore, an external surface, and a first opening, the internal bore having a constant first diameter and extending from the first opening to a restriction at an internal end of the internal bore, the restriction having a diameter that is less than the first diameter of the internal bore, and the external surface tapered along the entire tubular portion to form a truncated cone, the body further comprising a second opening at a second end of the body, opposite the tubular portion; and a tapered fluid passage extending through the body from the internal bore to the second opening; wherein the internal bore is configured to couple to an external surface of a first tube and the external surface is configured to couple to an internal surface of a second tube.
Method of determining a joint torque in a joint of an articulated industrial robot, said robot having a first arm and a second arm which are coupled to each other by said joint and which are movable relative to each other by an electric drive unit coupled to said first and second arm, wherein said electric drive unit is controlled by an electronic control device and wherein a measuring device is assigned to said electric drive unit which measures the electric current supplied to the drive unit, wherein an actual value of the torque (T A) which is applied to said second arm is determined from said measured electric current (I U,I V) and said electronic control device compares said determined actual torque value (T A) with a predetermined desired torque value (T D) for said joint, and wherein the drive unit comprises a three phase alternating current motor, characterized in that the electric currents (I U,I V) of at least two electrical phases of said three phase alternating current motor are measured separately, and a first measured current (I U) for a first phase and a second measured current (I V) for a second phase are compared with a predetermined desired total current supplied to said electric drive unit, wherein the electronic control device generates an error signal (E I) if the sum of the squared measured current of the first phase (I U) and the squared measured current of the second phase (I V) plus the product of said measured current of said first phase (I U) multiplied with said measured current of said second phase (I V) is not equal to three quarters of the squared predetermined desired total current supplied to the drive unit plus or minus a threshold value ( δ) according to the following relation: I U t 2 + I U t ∗ I V t + I V t 2 ≠ 3 4 A 2 ± δ an actual value of the torque (T A) which is applied to said second arm is determined from said measured electric current (I U,I V) and said electronic control device compares said determined actual torque value (T A) with a predetermined desired torque value (T D) for said joint, and wherein the drive unit comprises a three phase alternating current motor, characterized in that the electric currents (I U,I V) of at least two electrical phases of said three phase alternating current motor are measured separately, and a first measured current (I U) for a first phase and a second measured current (I V) for a second phase are compared with a predetermined desired total current supplied to said electric drive unit, wherein the electronic control device generates an error signal (E I) if the sum of the squared measured current of the first phase (I U) and the squared measured current of the second phase (I V) plus the product of said measured current of said first phase (I U) multiplied with said measured current of said second phase (I V) is not equal to three quarters of the squared predetermined desired total current supplied to the drive unit plus or minus a threshold value ( δ) according to the following relation: I U t 2 + I U t ∗ I V t + I V t 2 ≠ 3 4 A 2 ± δ
A method of engineering a recombinant Listeria vaccine strain to express a heterologous antigen, the method comprising: contacting a Listeria strain auxotrophic for D-alanine synthesis comprising a mutation in a D-alanine racemase gene and in a D-amino acid transferase gene in said Listeria's chromosome with a plasmid, said plasmid comprising: a first nucleic acid sequence encoding a polypeptide that comprises a heterologous antigen, wherein said heterologous antigen is a human papilloma virus E7 antigen (HPV-E7), and a second nucleic acid sequence encoding a D-alanine racemase, wherein said plasmid does not confer antibiotic resistance to said auxotrophic Listeria vaccine strain, whereby said auxotrophic Listeria strain takes up said plasmid, whereby said D-alanine racemase complements said mutation in said D-alanine racemase gene of said Listeria bacterial strain, wherein said auxotrophic Listeria strain will grow in the absence of D-alanine, and wherein said first nucleic acid sequence is operably linked to a prokaryotic promoter, thereby engineering a recombinant Listeria vaccine strain to express a heterologous antigen. contacting a Listeria strain auxotrophic for D-alanine synthesis comprising a mutation in a D-alanine racemase gene and in a D-amino acid transferase gene in said Listeria's chromosome with a plasmid, said plasmid comprising: a first nucleic acid sequence encoding a polypeptide that comprises a heterologous antigen, wherein said heterologous antigen is a human papilloma virus E7 antigen (HPV-E7), and a second nucleic acid sequence encoding a D-alanine racemase, wherein said plasmid does not confer antibiotic resistance to said auxotrophic Listeria vaccine strain, a first nucleic acid sequence encoding a polypeptide that comprises a heterologous antigen, wherein said heterologous antigen is a human papilloma virus E7 antigen (HPV-E7), and a second nucleic acid sequence encoding a D-alanine racemase, wherein said plasmid does not confer antibiotic resistance to said auxotrophic Listeria vaccine strain, whereby said auxotrophic Listeria strain takes up said plasmid, whereby said D-alanine racemase complements said mutation in said D-alanine racemase gene of said Listeria bacterial strain, wherein said auxotrophic Listeria strain will grow in the absence of D-alanine, and wherein said first nucleic acid sequence is operably linked to a prokaryotic promoter, thereby engineering a recombinant Listeria vaccine strain to express a heterologous antigen.