mhurhangee/ep-ind-claims huggingface dataset:
An ion reflector for use with a mass spectrometer, the reflector being configured for modifying a path of travel of a flow of ions from a first axis of travel to a second axis of travel, said second axis of travel being distinct from the first axis of travel, the reflector including an electrical field arrangement comprising an assembly which includes a first chargeable element (70, 160, 255, 260) and a second chargeable element (80, 165, 245), which each can be arranged with a voltage source so as to exhibit either a positive or negative bias potential, wherein an intended pathway of the flow of ions from the first (6, 180) to the second (8, 120) spatial region flows intermediate of the first and second chargeable element, and wherein the first and second axes of travel define a relative angle therebetween, wherein the first chargeable element is disposed entirely within the relative angle between the first and second axes, and wherein the flow of ions from the first spatial region to the second spatial region circumvents the first chargeable element, wherein an intended pathway of the flow of ions from the first to the second spatial region flows intermediate of the first and second chargeable element, characterized in that the electrical field arrangement is configured so as to provide an ellipsoidal electric field causing the flow of ions, which is focused towards a first spatial region, to be reflected and focused towards a second spatial region such that the ionic flux at the second spatial region is substantially the same as the ionic flux at the first spatial region, whereby the first spatial region is aligned with the first axis of travel and the second spatial region is aligned with the second axis of travel of said flow of ions.
A network device comprising: tunnel classification stage, wherein said tunnel classification stage comprises a packet processing section, and said packet processing section is configured to classify a packet based on a security group identifier of said packet wherein the security group identifier is arranged to be assigned to the packet based on a security group associated with a sender of the packet; and characterized in that; the security group is arranged to be associated with a plurality of senders; wherein said packet processing section is configured to forward said packet through a single tunnel on which said packet is to be conveyed based on said security group identifier. tunnel classification stage, wherein said tunnel classification stage comprises a packet processing section, and said packet processing section is configured to classify a packet based on a security group identifier of said packet wherein the security group identifier is arranged to be assigned to the packet based on a security group associated with a sender of the packet; and characterized in that; the security group is arranged to be associated with a plurality of senders; wherein said packet processing section is configured to forward said packet through a single tunnel on which said packet is to be conveyed based on said security group identifier.
A method of installing a wellbore junction assembly in a well, the wellbore junction assembly including a first tubular string, the method comprising: inserting the first tubular string into a deflector in a well; sealingly engaging the first tubular string within the deflector; and opening a flow control device positioned below the deflector in response to the inserting. inserting the first tubular string into a deflector in a well; sealingly engaging the first tubular string within the deflector; and opening a flow control device positioned below the deflector in response to the inserting.
A method for marking a tree trunk with a biodegradable aqueous marking paint solution, which also contains a rust inhibitor, characterized in that on the tree trunk is sprayed or applied an aqueous marking paint solution, which contains 35-55 wt% water and 40-60 wt% glycerol whose biodegradability as per test method OECD 301 is not more than 30 days, 0,1-2 wt% a colorant, 0,1-2 wt% a corrosion inhibitor, the total amount of glycerol and water in said aqueous solution being nevertheless higher than 95%, preferably higher than 97 wt%.
A passenger seating system with flexible seating arrangement for a means of passenger transport, said passenger seating system comprising: - a seat rail which is arranged on the means of passenger transport; - a folding passenger seat with a front seat leg and a rear seat leg; wherein a first fastening element is provided on the front seat leg and a second fastening element is provided on the rear seat leg; and the folding passenger seat also comprising a seat frame; a first joint element being arranged between the front seat leg and the seat frame and/or between the rear seat leg and the seat frame such that a spacing between the first fastening element and the second fastening element is variable; and a holding device comprising: - a seat leg fixing element for receiving one of the seat legs of the passenger seat; - a sliding element for inserting in the seat rail; the sliding element being provided on the opposite side of the seat leg fixing element; and - a rail element being provided on the same side as the seat leg fixing element; wherein the sliding element of the holding device is engaged with the seat rail; wherein one of the fastening elements is fixed in the seat leg fixing element of the holding device; wherein the other fastening element is fixed in a seat leg fixing element of an additional holding device; and wherein the rail element of the holding device is designed to receive and fix a sliding element of the additional holding device. - a seat rail which is arranged on the means of passenger transport; - a folding passenger seat with a front seat leg and a rear seat leg; wherein a first fastening element is provided on the front seat leg and a second fastening element is provided on the rear seat leg; and the folding passenger seat also comprising a seat frame; a first joint element being arranged between the front seat leg and the seat frame and/or between the rear seat leg and the seat frame such that a spacing between the first fastening element and the second fastening element is variable; and - a seat leg fixing element for receiving one of the seat legs of the passenger seat; - a sliding element for inserting in the seat rail; the sliding element being provided on the opposite side of the seat leg fixing element; and - a rail element being provided on the same side as the seat leg fixing element;
Drug delivery device (1, 101, 201, 301, 401, 501, 601) comprising an audible indicator (13, 113, 213, 313, 413, 513, 613), the audible indicator (13, 113, 213, 313, 413, 513, 613) comprising a bistable resilient force member (13.1, 113.1, 213.1, 313.1, 413.1, 513.1, 613.1) configured to reside in two or more states (S1, S2) having two or more different conformations, - wherein in a relaxed state, the resilient force member (13.1, 113.1, 213.1, 313.1, 413.1, 513.1, 613.1) is relaxed in a first conformation, - wherein in a biased state, the resilient force member (13.1, 113.1, 213.1, 313.1, 413.1, 513.1, 613.1) is biased to store energy in a second conformation different to the first conformation, and - wherein the resilient force member (13.1, 113.1, 213.1, 313.1, 413.1, 513.1, 613.1) releases stored energy to generate an audible signal when changing from the biased state into the relaxed state due to a transition from the second conformation to the first conformation, wherein the resilient force member (13.1, 113.1, 213.1, 313.1, 413.1, 513.1, 613.1) is changed from the biased state by a movement of a plunger (10, 110, 210, 310, 410, 510, 610). - wherein in a relaxed state, the resilient force member (13.1, 113.1, 213.1, 313.1, 413.1, 513.1, 613.1) is relaxed in a first conformation, - wherein in a biased state, the resilient force member (13.1, 113.1, 213.1, 313.1, 413.1, 513.1, 613.1) is biased to store energy in a second conformation different to the first conformation, and - wherein the resilient force member (13.1, 113.1, 213.1, 313.1, 413.1, 513.1, 613.1) releases stored energy to generate an audible signal when changing from the biased state into the relaxed state due to a transition from the second conformation to the first conformation,
A device (100, 200, 300) for positive pressure ventilation and continuous positive airway pressure (CPAP) treatment comprising: - a fresh gas flow inlet arranged to receive a fresh gas flow from a fresh gas flow tube connectable thereto; - a patient interface end which is connectable with a patient interface; - an outlet having an open end; and - several variable flow CPAP generators, wherein each of the several variable flow CPAP generators is connected with the fresh gas flow inlet, the patient interface end and the outlet of the device, wherein each of the several variable flow CPAP generators comprises first, second and third connection portions (10, 11, 12), and wherein the first connection portion is connected with the fresh gas flow inlet, the second connection portion is connected with the patient interface end, and the third connection portion is connected with the outlet of the device. - a fresh gas flow inlet arranged to receive a fresh gas flow from a fresh gas flow tube connectable thereto; - a patient interface end which is connectable with a patient interface; - an outlet having an open end; and - several variable flow CPAP generators,
An apparatus for electromagnetic heating of an object, the apparatus comprising: a cavity; a plurality of feeds (16, 18, 20) configured to feed UHF or microwave energy into the cavity; means for measuring power coupled from one feed to other feeds of the plurality of feeds and return loss at each frequency during a sweep over a plurality of frequencies; and a controller configured to: determine, for each of a plurality of frequencies, a heating efficiency based on the measured power coupled from one feed to other feeds of the plurality of feeds and the return loss; and control one or more characteristics of the heating process based on the determined heating efficiency of each of the plurality of frequencies. a cavity; a plurality of feeds (16, 18, 20) configured to feed UHF or microwave energy into the cavity; means for measuring power coupled from one feed to other feeds of the plurality of feeds and return loss at each frequency during a sweep over a plurality of frequencies; and a controller configured to: determine, for each of a plurality of frequencies, a heating efficiency based on the measured power coupled from one feed to other feeds of the plurality of feeds and the return loss; and control one or more characteristics of the heating process based on the determined heating efficiency of each of the plurality of frequencies. determine, for each of a plurality of frequencies, a heating efficiency based on the measured power coupled from one feed to other feeds of the plurality of feeds and the return loss; and control one or more characteristics of the heating process based on the determined heating efficiency of each of the plurality of frequencies.
A semiconductor device comprising a semiconductor substrate having a substrate region of a first conductivity type or a second conductivity type opposite to said first conductivity type, a first well region of said first conductivity type formed on a surface region of said semiconductor substrate, a second well region of said first conductivity type encircled by said first well region (11 b), a guard ring of said first conductivity type disposed on a surface region of said semiconductor substrate within said first well region (11 b) and connected to a power source line, and at least one protective transistor (33, 34) having source/drain regions (14n, 16n) of said second conductivity type and disposed within said second well region wherein the drain, source and second well region serve as the collector, emitter and base of a parasitic transistor and a parasitic resistor is formed between the base and the guard ring via the first and second well regions (11b, 11a), characterized in that: where the substrate region is of the first or second conductivity type, a first conductivity type region (10a, 10b) is disposed between said first well region and said second region so that the parasitic resistor is provided by the second well region, the first conductivity type region (10a, 10b) and the first well region, said first conductivity type region (10a, 10b) having an impurity concentration lower than said first and second well regions (11a, 11b); or where the substrate region is of the first conductivity type, a second conductivity type region (27; 26; 28; 29; 30;) is disposed between said first and second well regions (11a and 11b) so that the parasitic resistor is formed by the second well region, the substrate region which has an impurity concentration lower than said first and second well regions (11a, 11 b), and said first well region. where the substrate region is of the first or second conductivity type, a first conductivity type region (10a, 10b) is disposed between said first well region and said second region so that the parasitic resistor is provided by the second well region, the first conductivity type region (10a, 10b) and the first well region, said first conductivity type region (10a, 10b) having an impurity concentration lower than said first and second well regions (11a, 11b); or where the substrate region is of the first conductivity type, a second conductivity type region (27; 26; 28; 29; 30;) is disposed between said first and second well regions (11a and 11b) so that the parasitic resistor is formed by the second well region, the substrate region which has an impurity concentration lower than said first and second well regions (11a, 11 b), and said first well region.
A rotor of a rotary electric machine, comprising: a field-magnet coil for generating a magnetic flux; a pair of field-magnet core components (3, 4) which include a plurality of claw-shaped magnetic poles and support the field-magnet coil around a rotational shaft in such a way that the field-magnet coil is installed at an inner diameter side of the claw-shaped magnetic poles; a slip ring assembly which supplies a magnetic field current from the outside of the rotor to the field-magnet coil; a pair of lead wires which are led from the field-magnet coil to connect to the slip ring assembly; and a pair of gutter-shaped concave portions (43, 44) which are formed along a side surface positioned at the outside of an axis of the field-magnet core components (3, 4) so as to install and protect the pair of lead wires; characterized in that balance-correction concave portions formed by a molding die are provided at shoulders of the claw-shaped magnetic poles being nearest to positions which are evenly separated at least in a circumferential direction with respect to the pair of gutter-shaped concave portions (43, 44). a field-magnet coil for generating a magnetic flux; a pair of field-magnet core components (3, 4) which include a plurality of claw-shaped magnetic poles and support the field-magnet coil around a rotational shaft in such a way that the field-magnet coil is installed at an inner diameter side of the claw-shaped magnetic poles; a slip ring assembly which supplies a magnetic field current from the outside of the rotor to the field-magnet coil; a pair of lead wires which are led from the field-magnet coil to connect to the slip ring assembly; and a pair of gutter-shaped concave portions (43, 44) which are formed along a side surface positioned at the outside of an axis of the field-magnet core components (3, 4) so as to install and protect the pair of lead wires;
A proprotor system operable for use on a tiltrotor aircraft having a helicopter flight mode and an airplane flight mode, the proprotor system comprising: a rotor hub; a plurality of proprotor blades coupled to the rotor hub such that each proprotor blade has three independent degrees of freedom relative to the rotor hub including blade pitch about a pitch change axis, blade flap about a flapping axis and lead-lag about a lead-lag axis; and a plurality of lead-lag dampers each coupling one of the proprotor blades with the rotor hub, each lead-lag damper aligned with the pitch change axis of the respective proprotor blade, thereby providing pitch independent lead-lag damping characterised in that the proprotor system further comprises a plurality of twin spherical elastomeric centrifugal force bearings having a pair of oppositely disposed spherical surfaces, each of the plurality of twin spherical elastomeric centrifugal force bearings coupling one of the proprotor blades with the rotor hub and providing a coincident hinge with a center point for the respective pitch change, flapping and lead-lag axes (128, 130, 132). a rotor hub; a plurality of proprotor blades coupled to the rotor hub such that each proprotor blade has three independent degrees of freedom relative to the rotor hub including blade pitch about a pitch change axis, blade flap about a flapping axis and lead-lag about a lead-lag axis; and a plurality of lead-lag dampers each coupling one of the proprotor blades with the rotor hub, each lead-lag damper aligned with the pitch change axis of the respective proprotor blade, thereby providing pitch independent lead-lag damping characterised in that the proprotor system further comprises a plurality of twin spherical elastomeric centrifugal force bearings having a pair of oppositely disposed spherical surfaces, each of the plurality of twin spherical elastomeric centrifugal force bearings coupling one of the proprotor blades with the rotor hub and providing a coincident hinge with a center point for the respective pitch change, flapping and lead-lag axes (128, 130, 132).
An electric power steering apparatus comprising a vector control system that calculates dq-axes steering-assist command values based on at least a steering torque, calculates dq-axes voltage command values from said dq-axes steering-assist command values, converts said dq-axes voltage command values into three-phase duty command values, driving-controls a 3-phase brushless motor by an inverter of a pulse width modulation control, and applies an assist torque to a steering system of a vehicle, characterized in that said electric power steering apparatus comprises means to perform a dead time compensation of said inverter by adding dq-axes dead time compensation values to said dq axes voltage command value, said dq axes dead time compensation values being obtained by converting into dq-axes dead time compensation values from 3- phase dead time compensation values based on a motor rotational angle, said 3-phase dead time compensation values based on a motor rotational angle being obtained from angle-dead time compensation-value reference tables (230U, 230V, 230W) multiplied by a voltage sensitive-gain sensitive to an inverter-applying voltage.
Apparatus for stimulating neurons having a pathologically synchronous and oscillatory neural activity, comprising - a stimulation unit for the application of pulse-like sounds to a patient, wherein the sounds stimulate neurons of the patient; - a measuring unit for recording measured signals which reproduce a neural activity of the stimulated neurons; - a control and analysis unit for controlling the stimulation unit and for analyzing the measured signals, wherein the control and analysis unit is configured such that it - controls the stimulation unit such that it applies a first pulse train with a varied pitch, characterized in that the control and analysis unit is configured such that it; - selects at least one first pitch range or at least one first pitch in or at which a phase synchronization is present between the pulse train and the neural activity with reference to the measured signals recorded in response to the application of the first pulse train; - controls the stimulation unit such that it applies two phase-shifted second pulse trains, wherein the pitch of the two second pulse trains is varied oppositely and a start value is selected for the pitch of the second pulse trains in dependence on the at least one first pitch range or on the at least one first pitch; and - selects at least one second pitch range or at least one second pitch (U 1, L 1) in or at which the amplitude of the neural activity is minimal with reference to the measured signals recorded in response to the application of the second pulse trains. - a stimulation unit for the application of pulse-like sounds to a patient, wherein the sounds stimulate neurons of the patient; - a measuring unit for recording measured signals which reproduce a neural activity of the stimulated neurons; - a control and analysis unit for controlling the stimulation unit and for analyzing the measured signals, wherein the control and analysis unit is configured such that it - controls the stimulation unit such that it applies a first pulse train with a varied pitch, - selects at least one first pitch range or at least one first pitch in or at which a phase synchronization is present between the pulse train and the neural activity with reference to the measured signals recorded in response to the application of the first pulse train; - controls the stimulation unit such that it applies two phase-shifted second pulse trains, wherein the pitch of the two second pulse trains is varied oppositely and a start value is selected for the pitch of the second pulse trains in dependence on the at least one first pitch range or on the at least one first pitch; and - selects at least one second pitch range or at least one second pitch (U 1, L 1) in or at which the amplitude of the neural activity is minimal with reference to the measured signals recorded in response to the application of the second pulse trains.
A method for monitoring operator performance during operation of an agricultural implement, comprising: monitoring an operating characteristic of an agricultural implement during performance of an agricultural operation, wherein said agricultural implement comprises a combine harvester and wherein said operating characteristic comprises a separator component adjustment range or a header component adjustment frequency; determining an operator performance criterion based on said monitored operating characteristic; and displaying said operator performance criterion to the operator. monitoring an operating characteristic of an agricultural implement during performance of an agricultural operation, wherein said agricultural implement comprises a combine harvester and wherein said operating characteristic comprises a separator component adjustment range or a header component adjustment frequency; determining an operator performance criterion based on said monitored operating characteristic; and displaying said operator performance criterion to the operator.