mhurhangee/ep-ind-claims huggingface dataset:
A method for determining properties of an electromagnetic waveform, the method comprising: providing measured parametric EM field data indicative of measured vector components of electric and magnetic fields of an EM waveform measured in at least one instance of time; providing reference data indicative of a plurality of reference data sets, each data set comprising: a reference steering vector parameters indicative of a certain respective direction of arrival, and a corresponding parametric EM field reference data including reference vector components of an electric and magnetic field pertaining to a wavefront propagating with the DOA of the corresponding reference steering vector parameters; determining a matching score between the measured parametric EM field data and the parametric EM field reference data of one or more of the reference data sets; and in case the matching score of a certain reference data set complies with a certain threshold condition, determining that said measured parametric EM field data corresponds to said EM waveform having a single EM wavefront thereby enabling to discriminate between measured EM waveforms having a single wavefront and measured EM waveforms having multiple wavefronts. providing measured parametric EM field data indicative of measured vector components of electric and magnetic fields of an EM waveform measured in at least one instance of time; providing reference data indicative of a plurality of reference data sets, each data set comprising: a reference steering vector parameters indicative of a certain respective direction of arrival, and a corresponding parametric EM field reference data including reference vector components of an electric and magnetic field pertaining to a wavefront propagating with the DOA of the corresponding reference steering vector parameters; determining a matching score between the measured parametric EM field data and the parametric EM field reference data of one or more of the reference data sets; and in case the matching score of a certain reference data set complies with a certain threshold condition, determining that said measured parametric EM field data corresponds to said EM waveform having a single EM wavefront thereby enabling to discriminate between measured EM waveforms having a single wavefront and measured EM waveforms having multiple wavefronts.
Mounting and drive device for rotatable tools for a food processor, wherein the mounting and drive device has: a rotatable hollow shaft with a first fitting receptacle for receiving a first type of tools, and a further coupling piece with a second fitting receptacle for receiving a second type of tools, which is mounted rotatably above the hollow shaft, characterised by at least one press-on element which is arranged on or in at least one associated cut-out of the hollow shaft, and at least one spring element, by means of the elastic force of which the at least one press-on element can be pushed radially inward through the associated cut-out in the hollow shaft. a rotatable hollow shaft with a first fitting receptacle for receiving a first type of tools, and a further coupling piece with a second fitting receptacle for receiving a second type of tools, which is mounted rotatably above the hollow shaft, characterised by at least one press-on element which is arranged on or in at least one associated cut-out of the hollow shaft, and at least one spring element, by means of the elastic force of which the at least one press-on element can be pushed radially inward through the associated cut-out in the hollow shaft.
A Brassica oleracea var. italica broccoli plant resistant to white blister rust caused by the oomycete Albugo candida race 9 Australian variant, having in its genome introgressed sequences conferring the resistance, wherein said introgressed sequences are located on chromosome 4, within the chromosomal region delimited by SNP BO-0108436 (SEQ ID No:5) and SNP BN-0067793 (SEQ ID No:15), preferably within the region delimited by SNP BO-0108436 (SEQ ID No:5) and SNP BO-0108751 (SEQ ID N°11) and are chosen from the introgressed sequences present in the genome of a seed of B. oleracea BROCCO-C4, deposited at NCIMB accession number NCIMB-42433, on chromosome 4 and conferring the resistance.
A metal-insulator-semiconductor device, comprising: a semiconductor substrate including a trench extending into the substrate from a surface of the substrate, the trench having a sidewall and a bottom surface comprising a corner surface and a central bottom surface; a source region of a first conductivity type abutting the sidewall of the trench and the surface of the substrate; a body region of a second conductivity type opposite to the first conductivity type abutting the source region; and a drain region (N-epi) of the first conductivity type abutting the body region and the central bottom surface of the bottom surface of the trench, wherein the trench is lined with a first insulating layer that abuts the sidewall and the corner surface and with a second insulative layer that abuts the central bottom surface of the trench, the second insulating layer being thicker than the first insulating layer; characterized in that the body region abuts both the sidewall and the corner surface of the bottom surface of the trench. a semiconductor substrate including a trench extending into the substrate from a surface of the substrate, the trench having a sidewall and a bottom surface comprising a corner surface and a central bottom surface; a source region of a first conductivity type abutting the sidewall of the trench and the surface of the substrate; a body region of a second conductivity type opposite to the first conductivity type abutting the source region; and a drain region (N-epi) of the first conductivity type abutting the body region and the central bottom surface of the bottom surface of the trench, wherein the trench is lined with a first insulating layer that abuts the sidewall and the corner surface and with a second insulative layer that abuts the central bottom surface of the trench, the second insulating layer being thicker than the first insulating layer; characterized in that the body region abuts both the sidewall and the corner surface of the bottom surface of the trench.
A storage assembly comprising at least one storage rack and a plurality of overhead frames, said storage rack comprising a plurality of storage compartments, each of these storage compartments comprising a support configured to support an overhead frame from which a bulk bag is suspended, said bulk bag comprising a plurality of handles for overhead suspension, said overhead frame comprising a corresponding plurality of handle attachments configured to releasably connect to the handles of the bulk bag during overhead suspension; said plurality of storage compartments comprising at least one lower storage compartment and upper storage compartment, the upper storage compartment being mounted on top of the lower storage compartment, said lower storage compartment being configured to allow input and/or output of the overhead frame from which the bulk bag is suspended through a front side of the lower storage compartment, wherein the storage rack comprises for each storage compartment at least two side members extending along a height direction of the storage rack and positioned at both lateral sides (31 L, 31 R) of the storage compartment when viewed along a longitudinal direction of the storage rack, the storage compartment extending in between its lateral sides from the front side to the back side along a transversal direction transversal to the height direction and the longitudinal direction, said lower storage compartment is configured to allow input and/or output, along the transversal direction, of the overhead frame from which the bulk bag is suspended, and wherein the support comprises at least two side support members (34L, 34R) respectively attached to both lateral sides (31 L, 31 R) and configured such that the distance between both side support members along the longitudinal direction is smaller than the length of the overhead frame along the longitudinal direction when stored in the storage compartment, and wherein the at least two side support members (34L, 34R) of the lower storage compartment are positioned such that there is a predetermined clearance between the overhead frame and the upper storage compartment when the overhead frame is stored in the lower storage compartment, and wherein the predetermined clearance comprises a predetermined clearance along the height direction and/or the longitudinal direction between the overhead frame and the lateral sides (31 L, 31 R) of the upper storage compartment, and wherein the lateral sides (31 L, 31 R) of the upper storage compartment are directly connected to the respective lateral sides (31 L, 31 R) of the lower storage compartment.
An engineered antibody that binds human SEZ6, wherein the engineered antibody is a monoclonal IgG1 antibody that comprises (i) a cysteine residue at heavy chain position 220 and a deletion of a cysteine residue at light chain position 214, (ii) a cysteine residue at heavy chain position 220 and a substitution of a cysteine residue at light chain position 214, (iii) a cysteine residue at light chain position 214 and a deletion of a cysteine residue at heavy chain position 220, or (iv) a cysteine residue at light chain position 214 and a substitution of a cysteine residue at heavy chain position 220; wherein the engineered antibody comprises native cysteine residues at heavy chain positions 226 and 229; and wherein the residue positions are in accordance with the EU index of Kabat.
Radial nozzle solid fuel gasification heater with a jet nozzle, a gasification chamber with a bottom, and a combustion chamber is located below the gasification chamber and the bottom of the gasification chamber slopes towards its centre by four inclined walls which form a pyramidal shape with the apex pointing to the combustion chamber or form a trough, the gasification chamber and the combustion chamber are separated by a partition, which on the side of the gasification chamber forms the bottom of this gasification chamber and on the side of the combustion chamber forms the upper inner wall of this combustion chamber, the partition being guided nozzle the inlet opening of which is in the bottom of the gasification chamber and the outlet opening is in the wall of the combustion chamber, characterized in that the inlet opening of the nozzle consists of a rectangular or square central slot and rectangular radial slots, which are formed in the edges between the inclined walls of the bottom of the gasification chamber, wherein under the central slot there is a central vent of nozzles forming a through hole, and the radial slots are connected by channels which go into the central vent which forms in the wall) of the combustion chamber outlet hole, wherein the channels are sloped towards the central vent at an angle of at least 40°, and the side walls of the channels are mutually opened towards their lower walls.
A method for awaking an electronic equipment, the method being applied in a wireless module connected with a first processor and a power supply module, the method comprising: monitoring whether the first processor needs to be woken up, when the first processor is powered off; and controlling the power supply module to supply power to the first processor to wake up the first processor, if it is determined that the first processor needs to be woken up, wherein the method is characterized in that the monitoring whether the first processor needs to be woken up comprises: monitoring whether a first power-up signal for the electronic equipment is received; wherein the first power-up signal of the electronic equipment is received when a power distribution network of the electronic equipment is re-powered up after power-off or when a power plug of the electronic equipment is re-plugged into a socket after being pulled out from the socket; monitoring whether a first control signal sent from a targeted wireless terminal is received, if the first power-up signal is received; and determining that the first processor needs to be woken up, if the first control signal sent from the targeted wireless terminal is received. monitoring whether the first processor needs to be woken up, when the first processor is powered off; and controlling the power supply module to supply power to the first processor to wake up the first processor, if it is determined that the first processor needs to be woken up, wherein the method is characterized in that the monitoring whether the first processor needs to be woken up comprises: monitoring whether a first power-up signal for the electronic equipment is received; wherein the first power-up signal of the electronic equipment is received when a power distribution network of the electronic equipment is re-powered up after power-off or when a power plug of the electronic equipment is re-plugged into a socket after being pulled out from the socket; monitoring whether a first control signal sent from a targeted wireless terminal is received, if the first power-up signal is received; and determining that the first processor needs to be woken up, if the first control signal sent from the targeted wireless terminal is received. monitoring whether a first power-up signal for the electronic equipment is received; wherein the first power-up signal of the electronic equipment is received when a power distribution network of the electronic equipment is re-powered up after power-off or when a power plug of the electronic equipment is re-plugged into a socket after being pulled out from the socket; monitoring whether a first control signal sent from a targeted wireless terminal is received, if the first power-up signal is received; and determining that the first processor needs to be woken up, if the first control signal sent from the targeted wireless terminal is received.
A method of analyzing one or more samples arranged in one or more of the wells of a microplate, wherein each of the wells is configured to receive one sample, the method comprising the steps of: - producing electromagnetic radiation having a first predetermined wavelength or wavelength range, - illuminating a sample in a well of a microplate by said electromagnetic radiation by transmitting the electromagnetic radiation to the sample from above the microplate via the upper end of the well, - transmitting light emitted by the sample and having a second predetermined wavelength or wavelength range via the upper end of the well to a detector, - determining intensity of light emitted by at least two predetermined measurement areas of the sample in the well, wherein for determining the intensity of light emitted by said at least two predetermined measurement areas of the sample, one measurement area at a time is illuminated, - based on the determined intensities of light emitted by said at least two measurement areas, determining a result value representing the total amount of light emitted by the sample and having the second predetermined wavelength or wavelength range, and - counting the number of spots from the sample in the well emitting light having the second predetermined wavelength or wavelength range. - producing electromagnetic radiation having a first predetermined wavelength or wavelength range, - illuminating a sample in a well of a microplate by said electromagnetic radiation by transmitting the electromagnetic radiation to the sample from above the microplate via the upper end of the well, - transmitting light emitted by the sample and having a second predetermined wavelength or wavelength range via the upper end of the well to a detector, - determining intensity of light emitted by at least two predetermined measurement areas of the sample in the well, wherein for determining the intensity of light emitted by said at least two predetermined measurement areas of the sample, one measurement area at a time is illuminated, - based on the determined intensities of light emitted by said at least two measurement areas, determining a result value representing the total amount of light emitted by the sample and having the second predetermined wavelength or wavelength range, and - counting the number of spots from the sample in the well emitting light having the second predetermined wavelength or wavelength range.
A vibration absorber device for a torque transmission device for a drive train of a vehicle, in particular a motor vehicle, having an absorber flange, an absorber ring and a plurality of absorber masses, by means of which the absorber ring is mechanically coupled to the absorber flange and whereby a rotary movement (Um) is transmissible from the absorber flange to the absorber ring, wherein two absorber masses arranged directly adjacent to one another in the circumferential direction (Um) of the vibration absorber device are mechanically coupled by means of a spring, characterised in that • the spring is suspended or supported in its central region on/in the vibration absorber device, • the absorber flange has a suspension or a bearing by means of which the spring is suspended or supported on/in the absorber flange, and/or • the spring is configured mechanically preloaded in the vibration absorber device on/in a/the suspension or a/the bearing. an absorber flange, an absorber ring and a plurality of absorber masses, by means of which the absorber ring is mechanically coupled to the absorber flange and whereby a rotary movement (Um) is transmissible from the absorber flange to the absorber ring, wherein two absorber masses arranged directly adjacent to one another in the circumferential direction (Um) of the vibration absorber device are mechanically coupled by means of a spring, characterised in that • the spring is suspended or supported in its central region on/in the vibration absorber device, • the absorber flange has a suspension or a bearing by means of which the spring is suspended or supported on/in the absorber flange, and/or • the spring is configured mechanically preloaded in the vibration absorber device on/in a/the suspension or a/the bearing. • the spring is suspended or supported in its central region on/in the vibration absorber device, • the absorber flange has a suspension or a bearing by means of which the spring is suspended or supported on/in the absorber flange, and/or • the spring is configured mechanically preloaded in the vibration absorber device on/in a/the suspension or a/the bearing.
Kit for undressing from a protective suit for an operator, comprising: - a belt configured to be worn by the operator under the protective suit; - at least two first hoops (11, 12) configured to be arranged on an outer circumference of the belt under the protective suit; - at least two second hoops (15, 16) configured to be arranged over the protective suit, the first and second hoops comprising continuous reliefs (13, 14, 17, 18) configured to be mutually nested, when the second hoops are arranged on the first hoops, such that the protective suit is trapped between the continuous reliefs; - at least two first covers (19, 20) configured to each be arranged on one of the two second hoops such that a protective overgarment (3, 4) is trapped between the covers and the second hoops; - a second cover configured to be arranged on the two first covers. - a belt configured to be worn by the operator under the protective suit; - at least two first hoops (11, 12) configured to be arranged on an outer circumference of the belt under the protective suit; - at least two second hoops (15, 16) configured to be arranged over the protective suit, the first and second hoops comprising continuous reliefs (13, 14, 17, 18) configured to be mutually nested, when the second hoops are arranged on the first hoops, such that the protective suit is trapped between the continuous reliefs; - at least two first covers (19, 20) configured to each be arranged on one of the two second hoops such that a protective overgarment (3, 4) is trapped between the covers and the second hoops; - a second cover configured to be arranged on the two first covers.
Motorised chainsaw with a drive motor, which drives a saw chain via a sprocket (16, 116), wherein chain teeth (18, 118) of the sprocket (16, 116) act on the saw chain and chain saw lubricant is fed via a feed pump to the saw chain for its lubrication, wherein the feed pump is driven via a pump drive consisting of a first drive gear connected to the feed pump and a second drive gear connected to the sprocket (16, 116), which gears are drive-connected to one another, wherein the second drive gear is formed on a drive element provided with a clutch section, which establishes a positive drive connection between the drive element and the sprocket (16, 116), for which purpose the clutch section is provided with drivers (46, 47, 48, 49), to which driver faces (70, 71) formed on the sprocket (16, 116) are assigned, and in the circumferential direction of the sprocket (16, 116) several driver faces (70, 71) of the sprocket (16, 116) bear against several drivers (46, 47, 48, 49) of the clutch section, characterised in that a first sprocket of a first geometry can be exchanged against a second sprocket of a second geometry, in that several first drivers (46, 48) assigned to the first sprocket are formed in the clutch section of the drive element and several second drivers (47, 49) assigned to the second sprocket are formed in the same clutch section of the same drive element, and in that the clutch section bears with the first or second drivers (46, 47, 48, 49) against the associated first or second driver faces (70, 71) of the driving first or second sprocket (16, 116).
A grinding machine comprising: a support pedestal supporting a drive motor that supports an abrasive wheel rotatably coupled to the drive motor; an exhaust vacuum coupled to the support pedestal proximate the abrasive wheel, the exhaust vacuum including a vacuum/air flow sensor; a motor drive operatively coupled to the drive motor; a safety controller operatively coupled with the drive motor and motor drive; an E-stop operatively coupled to the safety controller; a foot pedal switch operatively coupled to the safety controller; and a 480 volt alternating current 3 phase electrical power supply electrically coupled to the drive motor. a support pedestal supporting a drive motor that supports an abrasive wheel rotatably coupled to the drive motor; an exhaust vacuum coupled to the support pedestal proximate the abrasive wheel, the exhaust vacuum including a vacuum/air flow sensor; a motor drive operatively coupled to the drive motor; a safety controller operatively coupled with the drive motor and motor drive; an E-stop operatively coupled to the safety controller; a foot pedal switch operatively coupled to the safety controller; and a 480 volt alternating current 3 phase electrical power supply electrically coupled to the drive motor.
A conductive paste comprising a conductive powder, a glass frit substantially free of lead, and an organic vehicle, wherein the glass frit contains 25 to 50 mol% B in terms of B 2 O 3, 25 to 50 mol% Si in terms of SiO 2, 7 to 23 mol% Al in terms of Al 2 O 3, 2 to 15 mol% Mg in terms of MgO, 2 to 5 mol% Ba in terms of BaO, one or two selected from the group consisting of 3 to 18 mol% Zn in terms of ZnO and 3 to 8 mol% Ti in terms of TiO 2, based on the total number of moles in terms of the above oxides.