mhurhangee/ep-ind-claims huggingface dataset:
Process for the manufacture of ferrochrome alloy comprising the steps a) providing a pelletising feed, wherein the pelletising feed comprises - chromite ore and - silicon carbide as the only carbonaceous material and the only reducing agent; b) pelletising the pelletising feed to obtain pellets; c) sintering the pellets to obtain sintered pellets; d) mixing the sintered pellets with external reducing agent to obtain smelting feed; and e) smelting the smelting feed. a) providing a pelletising feed, wherein the pelletising feed comprises - chromite ore and - silicon carbide as the only carbonaceous material and the only reducing agent; - chromite ore and - silicon carbide as the only carbonaceous material and the only reducing agent; b) pelletising the pelletising feed to obtain pellets; c) sintering the pellets to obtain sintered pellets; d) mixing the sintered pellets with external reducing agent to obtain smelting feed; and e) smelting the smelting feed.
A method of controlling a radio frequency coil of a magnetic resonance imaging system, the method comprising: storing (201; 504) timing information about a pulse sequence in a memory of the RF coil before an RF excitation signal begins to be transmitted; and controlling operation time of the RF coil according to the timing information; performing a time synchronization between a central controlling apparatus and the RF coil before the RF excitation signal begins to be transmitted, with the central controlling apparatus controlling transmission of the RF excitation signal; wherein timing information comprises a transmission time interval when the RF excitation signal is transmitted and a reception time interval when a magnetic resonance echo signal is received. storing (201; 504) timing information about a pulse sequence in a memory of the RF coil before an RF excitation signal begins to be transmitted; and controlling operation time of the RF coil according to the timing information; performing a time synchronization between a central controlling apparatus and the RF coil before the RF excitation signal begins to be transmitted, with the central controlling apparatus controlling transmission of the RF excitation signal;
A method for regulating a state of charge of an energy storage device coupled to an electric motor of a supercharger assembly including a supercharger operably connected to the motor and an engine of a vehicle via a planetary gear set including a sun gear coupled with the supercharger, a ring gear coupled with the motor, and a plurality of planet gears coupled with the engine, the method comprising: monitoring driving characteristics of the vehicle, the driving characteristics including one or more of a driving style, one or more driving conditions, and traffic information; using the driving characteristics to determine a reference state of charge; comparing the reference state of charge to an actual state of charge of the energy storage device; and when a difference between the reference state of charge and the actual state of charge indicates a deficit in the charge of the energy storage device, selecting an operating mode to regenerate the energy storage device, wherein the energy storage device is regenerated via power transmission through the planetary gear set from the supercharger by driving the ring gear with power generated by the supercharger via the sun gear or from the engine by braking the sun gear such that the ring gear is driven with power generated by the engine via the planet gears. monitoring driving characteristics of the vehicle, the driving characteristics including one or more of a driving style, one or more driving conditions, and traffic information; using the driving characteristics to determine a reference state of charge; comparing the reference state of charge to an actual state of charge of the energy storage device; and when a difference between the reference state of charge and the actual state of charge indicates a deficit in the charge of the energy storage device, selecting an operating mode to regenerate the energy storage device, wherein the energy storage device is regenerated via power transmission through the planetary gear set from the supercharger by driving the ring gear with power generated by the supercharger via the sun gear or from the engine by braking the sun gear such that the ring gear is driven with power generated by the engine via the planet gears.
Method of immobilizing a road vehicle at a standstill by pressing on the compressive strength of its internal combustion engine, characterized in that it comprises the following steps: - immobilization of the vehicle by its wheel brakes, - engine shutdown, - opening of the vehicle transmission so as to decouple the engine from the wheels, - angular adjustment of the engine crankshaft on the compression of at least one cylinder made by an electric (8, 3) machine connected to the crankshaft, and - closing the vehicle transmission. - immobilization of the vehicle by its wheel brakes, - engine shutdown, - opening of the vehicle transmission so as to decouple the engine from the wheels, - angular adjustment of the engine crankshaft on the compression of at least one cylinder made by an electric (8, 3) machine connected to the crankshaft, and - closing the vehicle transmission.
Sustained-release vaginal ring containing a composition, said composition comprising meloxicam and polyvinylpyrrolidone K-30 as a release-modulating agent of said meloxicam.
An image processing apparatus comprising: reduction means configured to reduce predetermined disturbance in at least one frame image shot by an image sensor; estimation means configured to estimate from at least one first frame image from which the disturbance is reduced, a second frame image of a point of time after the first frame image using a learned learning model; and addition means configured to add the disturbance to the second frame image, wherein the first and the second frame images with the disturbance correspond to live view images sequentially displayed on a display means; and the second frame image is a substitute for a live view image of a lost frame image due to an interruption of the image sensor due to a shooting of a still image. estimation means configured to estimate from at least one first frame image from which the disturbance is reduced, a second frame image of a point of time after the first frame image using a learned learning model; and addition means configured to add the disturbance to the second frame image, wherein the first and the second frame images with the disturbance correspond to live view images sequentially displayed on a display means; and the second frame image is a substitute for a live view image of a lost frame image due to an interruption of the image sensor due to a shooting of a still image.
A power transmission system, comprising - a DC line, - an AC line running adjacent to the DC line, and - a measuring arrangement for measuring an AC voltage on the AC line, the measuring arrangement comprising - an inductive voltage transformer having a primary winding having a first primary winding end (15.1), which is electrically connected to the AC line, and - at least one protection device, the protection device comprising - at least one current drain coil connected to the AC line in parallel with the inductive voltage transformer, and - for each current drain coil a magnetic core having a first magnetic core section (21.1), around which the current drain coil runs, wherein - each current drain coil of the protection device is connected in parallel with the primary winding of the voltage transformer, and - the protection device has a lower effective electrical resistance than the primary winding of the voltage transformer. - a DC line, - an AC line running adjacent to the DC line, and - a measuring arrangement for measuring an AC voltage on the AC line, the measuring arrangement comprising - an inductive voltage transformer having a primary winding having a first primary winding end (15.1), which is electrically connected to the AC line, and - at least one protection device, the protection device comprising - at least one current drain coil connected to the AC line in parallel with the inductive voltage transformer, and - for each current drain coil a magnetic core having a first magnetic core section (21.1), around which the current drain coil runs, wherein - each current drain coil of the protection device is connected in parallel with the primary winding of the voltage transformer, and - the protection device has a lower effective electrical resistance than the primary winding of the voltage transformer.
A method of multi-slice diffusion tensor imaging of an object by means of a magnetic resonance scanner, while the object undergoes rigid motion in an uncontrolled manner in the reference frame of the scanner, the method comprising: a) acquiring, for each of the slices, a non-diffusion-weighted image and diffusion-weighted images for different directions of diffusion weighting; b) registering each of the slice images together with the respective direction of diffusion weighting applied during its acquisition to its intended position in a frame fixed relative to the object, to produce a registered data set; c) determining a diffusion tensor for each voxel of the registered slice images by interpolating from the registered data set. a) acquiring, for each of the slices, a non-diffusion-weighted image and diffusion-weighted images for different directions of diffusion weighting; b) registering each of the slice images together with the respective direction of diffusion weighting applied during its acquisition to its intended position in a frame fixed relative to the object, to produce a registered data set; c) determining a diffusion tensor for each voxel of the registered slice images by interpolating from the registered data set.
Method for detecting a manipulation of a communication between a remotely controllable locking unit of a motor vehicle and a remote control corresponding thereto, comprising: detecting a locking intention; if the locking intention has been detected, detecting interference signals impairing the communication; and generating a warning signal if an interference signal impairing the communication has been detected, characterized in that the detecting of the locking intention comprises evaluating contact sensors, provided in the driver's door and in the driver's seat of the motor vehicle, or a proximity sensor provided on a door handle of the motor vehicle. detecting a locking intention; if the locking intention has been detected, detecting interference signals impairing the communication; and generating a warning signal if an interference signal impairing the communication has been detected, characterized in that the detecting of the locking intention comprises evaluating contact sensors, provided in the driver's door and in the driver's seat of the motor vehicle, or a proximity sensor provided on a door handle of the motor vehicle.
A dishwasher in the form of a commercial utensil washer or dishwasher which is designed as a batch dishwasher and is realized as a hood-type dishwasher, wherein the dishwasher has a treatment chamber with at least one wash system which is designed as a recirculation system, wherein the treatment chamber is divided into a first treatment zone and at least one further, second treatment zone, wherein the first and at least the second treatment zone (6, 7) are arranged one above the other, and wherein the first treatment zone and the at least one further, second treatment zone are configured such that items of washware are treatable independently of one another and at least temporarily at the same time in the first and in the at least one second treatment zone (6, 7), wherein the items of washware are treatable in the different treatment zones (6, 7) for different action times; wherein the first treatment zone has a first loading volume for cleaning washware, and the at least one second treatment zone has a second loading volume for cleaning washware, wherein the first loading volume is selected to be 2 to 4 times greater than the second loading volume.
A method for generating a composite view from multiple content items through interaction between a terminal and a server, said method comprising the steps of: - transferring from said terminal to said server a terminal description (111; 211) containing a capability profile of said terminal; - transferring from said server to said terminal information (112; 212) indicative for available content items and interaction modes; and - transferring from said terminal to said server information indicative for selected content items and selected interaction modes, CHARACTERIZED IN THAT said method further comprises an iterative process of: - streaming from said server to said terminal selected content items (113, 114; 213, 214) optimized according to said terminal description and said selected interaction modes; - fusing one or more of said content items in said terminal; - rendering said composite view from fused content items; - transferring feedback from said terminal to said server; and - adapting said streamed content items based on said feedback. - transferring from said terminal to said server a terminal description (111; 211) containing a capability profile of said terminal; - transferring from said server to said terminal information (112; 212) indicative for available content items and interaction modes; and - transferring from said terminal to said server information indicative for selected content items and selected interaction modes, CHARACTERIZED IN THAT said method further comprises an iterative process of: - streaming from said server to said terminal selected content items (113, 114; 213, 214) optimized according to said terminal description and said selected interaction modes; - fusing one or more of said content items in said terminal; - rendering said composite view from fused content items; - transferring feedback from said terminal to said server; and - adapting said streamed content items based on said feedback. - streaming from said server to said terminal selected content items (113, 114; 213, 214) optimized according to said terminal description and said selected interaction modes; - fusing one or more of said content items in said terminal; - rendering said composite view from fused content items; - transferring feedback from said terminal to said server; and - adapting said streamed content items based on said feedback.
Method for monitoring a submarine cable, which is used in particular to transport energy, comprising the following method steps: - the temporal course of the temperature of the submarine cable is determined in a spatially resolved manner by a fibre-optic system for distributed temperature measurement, - the temporal course of a current flowing through the submarine cable is determined, - the thermal resistance of the ground surrounding the submarine cable is calculated in a spatially resolved manner from the determined temporal courses of the temperature and the current, - the covering height of the submarine cable is deduced from the spatially resolved calculated thermal resistance of the ground, characterised in that an algorithm is used for the evaluation of the determined temporal courses of the temperature and the current which adapts the thermal resistance (R 4) of the ground and the ambient temperature (T (water)) of the submarine cable, as variable parameters, to the measured temporal courses of the temperature and the current, wherein the temporal course of the temperature and the current is determined over a period of at least one day. - the temporal course of the temperature of the submarine cable is determined in a spatially resolved manner by a fibre-optic system for distributed temperature measurement, - the temporal course of a current flowing through the submarine cable is determined, - the thermal resistance of the ground surrounding the submarine cable is calculated in a spatially resolved manner from the determined temporal courses of the temperature and the current, - the covering height of the submarine cable is deduced from the spatially resolved calculated thermal resistance of the ground,
A tool for attaching a fastener to a contact surface, the tool comprising: a housing portion configured to releasably receive the fastener and an applicator, the applicator having at least two legs; and an actuating portion slidingly connected to the housing portion and comprising one or more projections, wherein movement of the actuating portion towards the contact surface presses the fastener against the contact surface and bends the at least two legs of the applicator towards the contact surface. a housing portion configured to releasably receive the fastener and an applicator, the applicator having at least two legs; and an actuating portion slidingly connected to the housing portion and comprising one or more projections, wherein movement of the actuating portion towards the contact surface presses the fastener against the contact surface and bends the at least two legs of the applicator towards the contact surface.
A device for controlling package pressure and gas flow for a packaged good comprising: a film having a first opening for exposure to the inside of a package and a second opening for exposure to the outside of a package; and a laser-ablated microchannel (340, 710, 940, 1020) extending between the first opening and the second opening, wherein the dimensions of the microchannel are configured to control the rate of flow of CO 2 from the inside of the package to the outside of the package and control the oxygen transmission rate, or OTR, from the outside of the package to the inside of the package so that a flow of CO 2 /OTR ratio is between about 0,1 and about 100 with the flow of CO 2 expressed in cm 3 per min at 6,9 kPa (1 PSI) and the OTR expressed in cm 3 per day per 10 5 Pa (1 Atm), characterized in that: the dimensions of the microchannel (340, 710, 940, 1020) are configured using the cross-sectional area of the microchannel and the length of the microchannel, the cross-sectional area being between about 1 500 μm 2 and about 1 mm 2. a film having a first opening for exposure to the inside of a package and a second opening for exposure to the outside of a package; and a laser-ablated microchannel (340, 710, 940, 1020) extending between the first opening and the second opening, wherein the dimensions of the microchannel are configured to control the rate of flow of CO 2 from the inside of the package to the outside of the package and control the oxygen transmission rate, or OTR, from the outside of the package to the inside of the package so that a flow of CO 2 /OTR ratio is between about 0,1 and about 100 with the flow of CO 2 expressed in cm 3 per min at 6,9 kPa (1 PSI) and the OTR expressed in cm 3 per day per 10 5 Pa (1 Atm), characterized in that: the dimensions of the microchannel (340, 710, 940, 1020) are configured using the cross-sectional area of the microchannel and the length of the microchannel, the cross-sectional area being between about 1 500 μm 2 and about 1 mm 2.
An imaging control device comprising: a rotation axis setting unit that sets a rotation axis on a basis of a pivot point and a point of interest (P2, P11) on a subject (203, 352, 353), the pivot point serving as a fulcrum of a rod-shaped optical member whose observation optical axis is inclined with respect to a central axis and being not positioned on the observation optical axis; and a posture control unit that rotates the optical member around the rotation axis. a rotation axis setting unit that sets a rotation axis on a basis of a pivot point and a point of interest (P2, P11) on a subject (203, 352, 353), the pivot point serving as a fulcrum of a rod-shaped optical member whose observation optical axis is inclined with respect to a central axis and being not positioned on the observation optical axis; and a posture control unit that rotates the optical member around the rotation axis.
An axial flow turbomachine for producing thrust to propel an aircraft, comprising: an inner duct and an outer duct, both of which are annular and concentric with one another; an inner fan located in the inner duct, the inner fan being configured to produce a primary pressurised flow; a first electric machine (209, 210) configured to drive the inner fan, the first electric machine (209, 210) having a rotor integral with a hub of the inner fan and a stator located radially inward of the rotor; an outer fan located in the outer duct, the outer fan being configured to produce a secondary pressurised flow and having a hollow hub through which the inner duct passes; a second electric machine (211, 212) is configured to drive the outer fan, the second electric machine (211, 212) having a rotor integral with the hub of the outer fan and a stator located radially inward of the rotor and radially outward of the inner duct, wherein a hub-tip ratio of the outer fan is from 1.6 to 2.2 times a hub-tip ratio of the inner fan; the primary pressurised flow and the secondary pressurised flow exit their respective ducts (202, 204), whereupon the secondary pressurised flow substantially shrouds the primary pressurised flow, and a trailing edge of the outer duct is located axially downstream of the inner duct for mixing of the first and secondary pressurised flows; and the outer fan has a diameter of from 2.5 to 3.5 times a diameter of the inner fan. an inner duct and an outer duct, both of which are annular and concentric with one another; an inner fan located in the inner duct, the inner fan being configured to produce a primary pressurised flow; a first electric machine (209, 210) configured to drive the inner fan, the first electric machine (209, 210) having a rotor integral with a hub of the inner fan and a stator located radially inward of the rotor; an outer fan located in the outer duct, the outer fan being configured to produce a secondary pressurised flow and having a hollow hub through which the inner duct passes; a second electric machine (211, 212) is configured to drive the outer fan, the second electric machine (211, 212) having a rotor integral with the hub of the outer fan and a stator located radially inward of the rotor and radially outward of the inner duct, wherein a hub-tip ratio of the outer fan is from 1.6 to 2.2 times a hub-tip ratio of the inner fan; the primary pressurised flow and the secondary pressurised flow exit their respective ducts (202, 204), whereupon the secondary pressurised flow substantially shrouds the primary pressurised flow, and a trailing edge of the outer duct is located axially downstream of the inner duct for mixing of the first and secondary pressurised flows; and the outer fan has a diameter of from 2.5 to 3.5 times a diameter of the inner fan.