mhurhangee/ep-ind-claims huggingface dataset:
A work vehicle with a commodity metering system comprising: a commodity container; an actuator system with a plurality of actuators (180, 181); a delivery system with a plurality of tubes; and a metering system with a plurality of metering rollers that are configured to be individually actuated by respective ones of the plurality of actuators (180, 181) to meter out a commodity from the commodity container to respective ones of the plurality of tubes, the plurality of metering rollers arranged substantially parallel to each other, the plurality of metering rollers being staggered in a vertical direction and staggered in a horizontal direction. a commodity container; an actuator system with a plurality of actuators (180, 181); a delivery system with a plurality of tubes; and a metering system with a plurality of metering rollers that are configured to be individually actuated by respective ones of the plurality of actuators (180, 181) to meter out a commodity from the commodity container to respective ones of the plurality of tubes, the plurality of metering rollers arranged substantially parallel to each other, the plurality of metering rollers being staggered in a vertical direction and staggered in a horizontal direction.
A method for wireless communication, performed by a user equipment,UE, comprising: determining (1305, 1405, 1205) that an emergency service is to be initiated by the UE; initiating (1310, 1410, 1210) the emergency service over a non-cellular technology based at least in part on the determination; creating (1415, 1215) an identifier that contains emergency indication information; and transmitting (1420, 1220) the identifier; generating an evolved packet data gateway, ePDG, fully qualified domain name, FQDN; and transmitting the ePDG FQDN wherein the ePDG FQDN comprises location information associated with the UE. determining (1305, 1405, 1205) that an emergency service is to be initiated by the UE; initiating (1310, 1410, 1210) the emergency service over a non-cellular technology based at least in part on the determination; creating (1415, 1215) an identifier that contains emergency indication information; and transmitting (1420, 1220) the identifier; generating an evolved packet data gateway, ePDG, fully qualified domain name, FQDN; and transmitting the ePDG FQDN wherein the ePDG FQDN comprises location information associated with the UE.
An isoindoline derivative having a structure of general formula, a pharmaceutically acceptable salt, a solvate, a polymorph, a stereoisomer or an isotopic compound thereof; in the general formula, n1 is 0; Z is wherein the carbon atom labelled by * is an asymmetric center; each of R 1, R 3, R 4, R 5, R 6, R 7, R 8 and R 9 is independently selected from H or D; R 2 is selected from a halogen; each of L 1 and L 2 is independently selected from CD 2, CHD or CH 2; X is selected from NH or ND; R 10 is H or D. Z is wherein the carbon atom labelled by * is an asymmetric center; each of R 1, R 3, R 4, R 5, R 6, R 7, R 8 and R 9 is independently selected from H or D; R 2 is selected from a halogen; each of L 1 and L 2 is independently selected from CD 2, CHD or CH 2; X is selected from NH or ND; R 10 is H or D.
A method for checking the circumferential distribution of the wall thickness of a hollow glass article in a hollow glass production facility, consisting at least of a glass forming machine and a device for thermal treatment of the same, which is arranged downstream thereof in the throughput direction of the hollow glass articles, having devices for transporting the hollow glass article from the output of the glass forming machine, the hot end of the glass production facility, to the input of the device for thermal treatment and continuing from its output, to the beginning of the cold end of the hollow glass production facility, at least one IR camera for recording regions of the distribution of the total thermal radiation emitted by the hollow glass articles being arranged at the hot end, characterized in that a circumferential measurement of the distribution of the wall thickness of a hollow glass article is determined as a function of the angle of rotation at the cold end, that the circumferential distribution of the total radiation of the hollow glass article is recorded at the hot end and is associated with the circumferential measurement of the wall thickness with the aim of establishing a functional dependency between the values of the distributions of the total radiation and the wall thickness, so that the wall thickness profile can be recognized in terms of value based on the total radiation at the hot end.
A composite stiffener for a stiffener reinforced panel, wherein the stiffener has a longitudinal direction and a run-out region which terminates at an end of the stiffener, and a constant section region inboard of the run-out region in the longitudinal direction and having a constant cross section transverse to the longitudinal direction with a crown between adjacent foot portions (44a, 44b), wherein the run-out region has a changing cross section transverse to the longitudinal direction with a crown between adjacent foot portions and the crown reduces in height towards the end of the stiffener forming a ramp, wherein the composite stiffener comprises a plurality of blankets of non-crimp fabric layers, and a transition region between the constant section region and the run-out region, wherein the constant section region has a plurality of blankets of non-crimp fabric layers sandwiched between woven fabric layers (51, 52), and at least one of the blankets of non-crimp fabric layers is dropped off in the transition region, wherein the woven fabric layers extend from the constant section region through the transition region to the run-out region.
A method of measuring the antimicrobial susceptibility of microbes comprising: (i) contacting a device of a system with at least one antimicrobial or candidate antimicrobial and a sample suspected of comprising or known to comprise microbes wherein the device comprises: (a) an electrode system comprising two or more electrodes; and (b) a first substance in contact with the two or more electrodes wherein the first substance is in the form of a gel, which is suitable for electrical conductance and which is capable of supporting microbial growth and wherein the first substance comprises a redox mediator selected from a transition metal salt; and the system comprises: (a) one or more of the devices; and (b) a potentiostat, wherein the electrodes of the electrode system are electronically connected to the potentiostat; (ii) applying an electrical stimulus to the electrodes at least at a first and second time point; and (iii) sensing an electrical response from the electrodes at the at least first and second time points; wherein a difference in electrical response between the at least first and second time points is indicative of microbial growth. (i) contacting a device of a system with at least one antimicrobial or candidate antimicrobial and a sample suspected of comprising or known to comprise microbes wherein the device comprises: (a) an electrode system comprising two or more electrodes; and (b) a first substance in contact with the two or more electrodes wherein the first substance is in the form of a gel, which is suitable for electrical conductance and which is capable of supporting microbial growth and wherein the first substance comprises a redox mediator selected from a transition metal salt; and the system comprises: (a) one or more of the devices; and (b) a potentiostat, wherein the electrodes of the electrode system are electronically connected to the potentiostat; (a) an electrode system comprising two or more electrodes; and (b) a first substance in contact with the two or more electrodes wherein the first substance is in the form of a gel, which is suitable for electrical conductance and which is capable of supporting microbial growth and wherein the first substance comprises a redox mediator selected from a transition metal salt; and the system comprises: (a) one or more of the devices; and (b) a potentiostat, (a) one or more of the devices; and (b) a potentiostat, wherein the electrodes of the electrode system are electronically connected to the potentiostat; (ii) applying an electrical stimulus to the electrodes at least at a first and second time point; and (iii) sensing an electrical response from the electrodes at the at least first and second time points;
A map production method to be performed by a first mobile robot which moves in a first region and includes a first sensor and a second sensor, the map production method comprising: storing, in the first mobile robot, map information; acquiring first information from the first sensor, the first information indicating an amount of movement of the first mobile robot; acquiring second information from the second sensor, the second information indicating a distance from a first object present in an observation region of the first mobile robot to the first mobile robot; acquiring third information from a third sensor provided in the first region, the third information including video information of an observation region of the third sensor; acquiring fourth information indicating a detection region of the second sensor which is calculated based on the first information and the second information; acquiring fifth information indicating a detection region of the third sensor which is calculated based on the third information; judging, based on the fourth information and the fifth information, whether a second region where the detection region of the second sensor overlaps with the detection region of the third sensor is present; and updating, if the second region is judged to be present, the stored map information for the second region. storing, in the first mobile robot, map information; acquiring first information from the first sensor, the first information indicating an amount of movement of the first mobile robot; acquiring second information from the second sensor, the second information indicating a distance from a first object present in an observation region of the first mobile robot to the first mobile robot; acquiring third information from a third sensor provided in the first region, the third information including video information of an observation region of the third sensor; acquiring fourth information indicating a detection region of the second sensor which is calculated based on the first information and the second information; acquiring fifth information indicating a detection region of the third sensor which is calculated based on the third information; judging, based on the fourth information and the fifth information, whether a second region where the detection region of the second sensor overlaps with the detection region of the third sensor is present; and updating, if the second region is judged to be present, the stored map information for the second region.
An echelle grating, comprising: a first interface; a second interface; a first plurality of output waveguides, at the first interface; one or more input waveguides, at the second interface; and a free propagation region connecting the first plurality of output waveguides and the one or more input waveguides, a first waveguide, of the first plurality of output waveguides, having a first width, a second waveguide, of the of the first plurality of output waveguides, having a second width, the echelle grating being configured: when light is received at a first wavelength in one of the one or more input waveguides, to direct the light at the first wavelength to the first waveguide; and when light is received at a second wavelength in one of the one or more input waveguides, to direct the light at the second wavelength to the second waveguide, characterised by the first width being at least 5% greater than the second width, and a ratio of the first width to the second width being within 10% of a ratio of the first wavelength to the second wavelength. a first interface; a second interface; a first plurality of output waveguides, at the first interface; one or more input waveguides, at the second interface; and a free propagation region connecting the first plurality of output waveguides and the one or more input waveguides, a first waveguide, of the first plurality of output waveguides, having a first width, a second waveguide, of the of the first plurality of output waveguides, having a second width, the echelle grating being configured: when light is received at a first wavelength in one of the one or more input waveguides, to direct the light at the first wavelength to the first waveguide; and when light is received at a second wavelength in one of the one or more input waveguides, to direct the light at the second wavelength to the second waveguide, characterised by the first width being at least 5% greater than the second width, and a ratio of the first width to the second width being within 10% of a ratio of the first wavelength to the second wavelength. when light is received at a first wavelength in one of the one or more input waveguides, to direct the light at the first wavelength to the first waveguide; and when light is received at a second wavelength in one of the one or more input waveguides, to direct the light at the second wavelength to the second waveguide, characterised by the first width being at least 5% greater than the second width, and a ratio of the first width to the second width being within 10% of a ratio of the first wavelength to the second wavelength.
A system for processing wellbore data, the system comprising: a receiver unit comprising a processor and a memory, wherein the receiver unit is configured to receive a signal from a sensor disposed in a wellbore, wherein a processing application is stored in the memory, and wherein the processing application, when executed on the processor, configures the processor to: receive the signal from the sensor, wherein the signal comprises an indication of an acoustic signal received at one or more depths within the wellbore, wherein the signal is indicative of the acoustic signal across a frequency spectrum; determine a plurality of frequency domain features of the signal across the frequency spectrum, wherein the plurality of frequency domain features comprise at least two different frequency domain features of the signal across the frequency spectrum received from at least one depth of the one or more depths; and generate an output comprising the plurality of frequency domain features. receive the signal from the sensor, wherein the signal comprises an indication of an acoustic signal received at one or more depths within the wellbore, wherein the signal is indicative of the acoustic signal across a frequency spectrum; determine a plurality of frequency domain features of the signal across the frequency spectrum, wherein the plurality of frequency domain features comprise at least two different frequency domain features of the signal across the frequency spectrum received from at least one depth of the one or more depths; and generate an output comprising the plurality of frequency domain features.
A propulsion system for vessels comprising at least one electric permanent magnet motor, which permanent magnet motor comprises an outer housing structure and a stator and a rotor (5, 51, 52) arranged therein, the rotor and the stator being separated by an air gap, a plurality of coils/windings arranged around the inner circumference of the stator and a plurality of permanent magnets arranged around the outer circumference of the rotor, the stator being fixedly connected to the housing structure and the rotor (5, 51, 52) being connected to a motor shaft extending through the housing structure, which motor shaft is through a coupling (6A, 7A) further connected to a propeller shaft comprising a propeller, characterised in that a thrust bearing and an oil distributor unit are integrated into the electric permanent magnet motor.
Timepiece mechanism comprising a differential, the differential comprising: - an input/output shaft (2; 21), - first, second, third and fourth rotating members (6, 8, 10, 11; 24, 26, 28, 29) mounted so as to be mobile with respect to each other, the first and second rotating members (6, 8; 24, 26) respectively defining a first and a second output/input (6a, 8a; 24a, 26a) of the differential, the third or fourth rotating member (10, 11; 28, 29) defining a third output/input (10a; 28a) of the differential, - a first planet gear (7; 25) associated with the first rotating member (6; 24) and forming, with the latter, a first stage of the differential, - a second planet gear (9; 27) associated with the second rotating member (8; 26) and forming, with the latter, a second stage of the differential, and - a third planet gear (12; 31) associated with the fourth rotating member (11; 29) and forming, with the latter, a third stage of the differential, this third stage connecting the first and second stage to each other, characterised in that said first, second, third and fourth rotating members are mounted so as to be mobile about said shaft, and in that said second stage is connected to said first stage by said third rotating member. - an input/output shaft (2; 21), - first, second, third and fourth rotating members (6, 8, 10, 11; 24, 26, 28, 29) mounted so as to be mobile with respect to each other, the first and second rotating members (6, 8; 24, 26) respectively defining a first and a second output/input (6a, 8a; 24a, 26a) of the differential, the third or fourth rotating member (10, 11; 28, 29) defining a third output/input (10a; 28a) of the differential, - a first planet gear (7; 25) associated with the first rotating member (6; 24) and forming, with the latter, a first stage of the differential, - a second planet gear (9; 27) associated with the second rotating member (8; 26) and forming, with the latter, a second stage of the differential, and - a third planet gear (12; 31) associated with the fourth rotating member (11; 29) and forming, with the latter, a third stage of the differential, this third stage connecting the first and second stage to each other, characterised in that said first, second, third and fourth rotating members are mounted so as to be mobile about said shaft, and in that said second stage is connected to said first stage by said third rotating member.
Cylinder release arrangement, wherein at least one cylinder (30, 35) is arranged with a piston (17, 33) within the cylinder (30, 35), and a cylinder head closing off one end of the cylinder, forming a chamber between the piston (17, 33) and the cylinder head, characterised in that the cylinder is provided to arrange a leakage of fluid from one side of a piston to the other side of the piston, when the piston is in a given position within the cylinder, and release means are provided for the subsequently controlled release of the cylinder head from the cylinder.
Aquatic shoe consisting of a shoe body, a pair of wings and a float (4, 4'), the wings being symmetrical, glued together, and binded to the shoe body, below the shoe, so as to constitute a part of the sole of the shoe, the float being integrated below the wings, at the level of the sole, such that one of its faces covers the sole, the wings being fixed by a pivot link on both sides of the shoe, and the wings having a curved rim which is curved over the entire length of the shoe, the curvature being accentuated towards the front of the shoe like a kind of beak so that the wings descend as the foot goes up in the water and that they go up when the foot goes down into the water and so that they return to their initial position.
An activation device for temperature sensitive and/or time sensitive indicators (22; 96) activatable by UV light for product labeling, comprising a UV light source device, characterized in that at least one photo sensor (32; 35) and/or at least one checking sensor for the checking of the activation of indicators (22, 96) is/are provided and, together with a regulation device, realizes/realize a feedback loop via which the radiation time and/or the radiation strength of the UV light source device can be regulated.
An emulsion fuel supply device for supplying an emulsion fuel having an aqueous phase and an oil phase of a fuel oil to a combustion apparatus, the device comprising: a processed water generation device for producing processed water by removing, from raw water, Ca ions and Mg ions contained in the raw water and allowing to remain or adding Na ions in the raw water; a tank (20, 30) for storing the processed water supplied from the processed water generation device and the fuel oil; a merging section for merging the fuel oil supplied from the tank and the processed water supplied from the tank at a predetermined flow rate ratio; an emulsion generation section for producing the emulsion fuel from a mixture of the fuel oil and the processed water merged by the merging section; and a supply section for supplying the emulsion fuel produced by the emulsion generation section to the combustion apparatus, wherein: the emulsion generation section comprises a plurality of dispersion parts each comprising fine hole parts comprising a pair of fine holes including through-holes with small diameter and a cylindrical large-diameter part continuously installed downstream of the fine hole parts, the plurality of dispersion parts being continuously connected to each other in series; and said through-holes are inclined relative to an extended direction of the emulsion generation section, wherein the through-holes are obliquely formed so as to approach each other toward a downstream side. a processed water generation device for producing processed water by removing, from raw water, Ca ions and Mg ions contained in the raw water and allowing to remain or adding Na ions in the raw water; a tank (20, 30) for storing the processed water supplied from the processed water generation device and the fuel oil; a merging section for merging the fuel oil supplied from the tank and the processed water supplied from the tank at a predetermined flow rate ratio; an emulsion generation section for producing the emulsion fuel from a mixture of the fuel oil and the processed water merged by the merging section; and a supply section for supplying the emulsion fuel produced by the emulsion generation section to the combustion apparatus, wherein: the emulsion generation section comprises a plurality of dispersion parts each comprising fine hole parts comprising a pair of fine holes including through-holes with small diameter and a cylindrical large-diameter part continuously installed downstream of the fine hole parts, the plurality of dispersion parts being continuously connected to each other in series; and said through-holes are inclined relative to an extended direction of the emulsion generation section, wherein the through-holes are obliquely formed so as to approach each other toward a downstream side.
A system for monitoring hydrogen flux across the wall of a vessel or pipe, the systemincluding a closed container defining a monitored volume and including an inlet into the closed container for sealing attachment to an outside surface of the wall of the vessel or pipe for collecting, via the inlet, hydrogen escaping across the outside surface of the wall covered by the inlet, characterized by; the closed container further including an outlet from the closed container, a membrane selectively permeable to hydrogen connected to the outlet for permitting hydrogen to escape to atmosphere from the monitored volume at a defined rate such that hydrogen pressure equilibrium may be reached in the monitored volume for a given hydrogen flux across the wall of the vessel or pipe; a pressure measuring device connected to the outlet for fluid communication with the monitored volume for measuring hydrogen pressure in the monitored volume; and a temperature measuring device connected to the outlet for fluid communication with the monitored volume for measuring temperature in the monitored volume.