mhurhangee/ep-ind-claims huggingface dataset:
Method for setting a head-up display in a motor vehicle, having the steps of: - introducing a setting device into a defined position in the motor vehicle, wherein the setting device has at least one camera and one projection unit; - projecting an alignment pattern using the projection unit onto a calibration target positioned outside the motor vehicle; - acquiring the calibration target and the alignment pattern using a calibrated camera installed in the motor vehicle; - determining a deviation of the setting device from the defined position in the motor vehicle on the basis of the image data of the calibrated camera; - acquiring at least one test image displayed by the head-up display using the camera of the setting device; and - determining setting information for the head-up display on the basis of the at least one acquired test image, taking into account the deviation determined on the basis of the image data of the calibrated camera. - introducing a setting device into a defined position in the motor vehicle, wherein the setting device has at least one camera and one projection unit; - projecting an alignment pattern using the projection unit onto a calibration target positioned outside the motor vehicle; - acquiring the calibration target and the alignment pattern using a calibrated camera installed in the motor vehicle; - determining a deviation of the setting device from the defined position in the motor vehicle on the basis of the image data of the calibrated camera; - acquiring at least one test image displayed by the head-up display using the camera of the setting device; and - determining setting information for the head-up display on the basis of the at least one acquired test image, taking into account the deviation determined on the basis of the image data of the calibrated camera.
An apparatus comprising: a chassis; a fixed support coupled to the chassis, the support having a first axis; a magnetic element movable relative to the support along the first axis; at least one conducting coil (240, 241, 242) surrounding the first axis; and a current control block configured to generate current through the at least one conducting coil according to a current profile, characterised in that the current profile is designed to move the magnetic element along the first axis such that, over at least one cycle, the maximum acceleration of the magnetic element in one direction along the first axis is greater than the maximum acceleration of the magnetic element in the other direction along the first axis. a chassis; a fixed support coupled to the chassis, the support having a first axis; a magnetic element movable relative to the support along the first axis; at least one conducting coil (240, 241, 242) surrounding the first axis; and a current control block configured to generate current through the at least one conducting coil according to a current profile, characterised in that the current profile is designed to move the magnetic element along the first axis such that, over at least one cycle, the maximum acceleration of the magnetic element in one direction along the first axis is greater than the maximum acceleration of the magnetic element in the other direction along the first axis.
A weapon usage evaluation system, comprising: a motion tracking system, configured and disposed to track one or more users; a scenario management system, configured and disposed to receive motion information from the motion tracking system and to evaluate the weapon usage of the user based on motion of the user after discharge of a weapon; and a weapon simulator, wherein the weapon simulator is configured and disposed to provide discharge information and position information to the scenario management system, the weapon simulator comprising a trigger; a motor configured and disposed to generate a vibration in response to activation of the trigger and a communication module configured and disposed to wirelessly transmit a trigger indication to the scenario management system in response to activation of the trigger. a motion tracking system, configured and disposed to track one or more users; a scenario management system, configured and disposed to receive motion information from the motion tracking system and to evaluate the weapon usage of the user based on motion of the user after discharge of a weapon; and a weapon simulator, wherein the weapon simulator is configured and disposed to provide discharge information and position information to the scenario management system, the weapon simulator comprising a trigger; a motor configured and disposed to generate a vibration in response to activation of the trigger and a communication module configured and disposed to wirelessly transmit a trigger indication to the scenario management system in response to activation of the trigger.
A Palladium complex having Formula for use as an antiangiogenic agent in the treatment of a disease selected from a group comprising chronic inflammation, cardiovascular diseases and ocular diseases developed with angiogenesis.
A feedstock conversion process for simultaneously producing synthetic crude oil and syngas from a feedstock, the process comprising: subjecting the feedstock to an indirectly-heated hydrous devolatilization process using steam as a fluidization medium and temperatures from 320 to 569.99 °C to produce a coarse mixed stream containing char and volatile reaction products; separating volatile reaction products from char in the coarse mixed stream to create a fine mixed stream and a char stream; converting the char stream into syngas via an indirectly heated thermochemical process of steam reforming, partial oxidation, or both; and condensing at least a portion of the volatile reaction products in the fine mixed stream to produce synthetic crude oil. subjecting the feedstock to an indirectly-heated hydrous devolatilization process using steam as a fluidization medium and temperatures from 320 to 569.99 °C to produce a coarse mixed stream containing char and volatile reaction products; separating volatile reaction products from char in the coarse mixed stream to create a fine mixed stream and a char stream; converting the char stream into syngas via an indirectly heated thermochemical process of steam reforming, partial oxidation, or both; and condensing at least a portion of the volatile reaction products in the fine mixed stream to produce synthetic crude oil.
A catheter for applying a medium into the middle ear, comprising a shaft having a distal and a proximal end, an inflatable first balloon, the interior of the first balloon being in communication with a first inflation lumen, an inflatable second balloon which is arranged distally in relation to the first balloon, the interior of the second balloon being in communication with a second inflation lumen, an application lumen having an inlet opening, an outlet opening and a center section that extends from the inlet opening to the outlet opening, the inlet opening being arranged outside of the shaft, the center section extending at least partially through the shaft and the outlet opening being arranged distally in relation to the proximal end of the second balloon, and a vent lumen having an inlet opening, an outlet opening and a center section that extends from the inlet opening to the outlet opening, the inlet opening being arranged distally in relation to the proximal end of the second balloon, the center section extending at least partially through the shaft and the outlet opening being arranged outside of the shaft, wherein the outlet opening of the application lumen and the inlet opening of the vent lumen are arranged at the distal end of the shaft.
A furniture item comprising at least two section bars (lb, 8e) for the construction of furniture, each section bar (1b, 8e) extending along a preferential longitudinal direction and comprising a main body (2, 9) wherein a first connection portion (3, 11) is defined, to allow the assembly of accessories for furniture, extending along said preferential longitudinal direction and having a substantially "C"-like shaped cross section which opens on a first outer surface of said main body (2, 9) and a first hooking portion (4, 13) developing, outwardly the main body (2, 9), from a second outer surface of said main body (2, 9) opposite to said first outer surface, wherein said connection portion (3, 11) has a cross section of asymmetric type having two small wings (33, 34) with different length defining a tolerance window with a width, characterized in that the furniture item further comprises at least a nut with substantially rectangular shape, the tolerance window allowing to position inside thereof and to rotate the nut, wherein the nut comprises two holes the distance thereof is determined according to the type of accessories for furniture to be assembled and wherein said nut with substantially rectangular shape remains locked by means of a thickness compensating member (36").
A pillow comprising: an outer pillow shell case defining an inner pillow filling cavity for receiving filling material; and an internal member provided inside the inner pillow filling cavity and attached to opposed ends of the outer pillow shell case, the internal member being configured to limit lateral expansion of the outer pillow shell case when the pillow is compressed in use, wherein the internal member comprises an internal divider (30, 30''') operative to divide the inner pillow filling cavity into two internal filling cavities, the two internal filling cavities comprising a top cavity and a bottom cavity; characterised in that the internal divider (30, 30''') comprises an open framework comprising one or more apertures. an outer pillow shell case defining an inner pillow filling cavity for receiving filling material; and an internal member provided inside the inner pillow filling cavity and attached to opposed ends of the outer pillow shell case, the internal member being configured to limit lateral expansion of the outer pillow shell case when the pillow is compressed in use, wherein the internal member comprises an internal divider (30, 30''') operative to divide the inner pillow filling cavity into two internal filling cavities, the two internal filling cavities comprising a top cavity and a bottom cavity; characterised in that the internal divider (30, 30''') comprises an open framework comprising one or more apertures.
A laminate comprising: an outer layer of 50% to 70% of a High Density Polyethylene (HDPE) and 50% to 30% of a Linear Low Density Polyethylene (LLDPE); an aluminum core layer is sandwiched between Ethylene Acrylic Acid layers that serve as tie layers; and an inner layer of 50% to 70% of a High Density Polyethylene (HDPE) and 50% to 30% of a Linear Low Density Polyethylene (LLDPE) wherein the density of Linear Low Density Polyethylene (LLDPE) is in the range of 0.912 g/cc to 0.927 g/cc, and the density of High Density Polyethylene (HDPE) is in the range of 0.930 g/cc to 0.970 g/cc. an outer layer of 50% to 70% of a High Density Polyethylene (HDPE) and 50% to 30% of a Linear Low Density Polyethylene (LLDPE); an aluminum core layer is sandwiched between Ethylene Acrylic Acid layers that serve as tie layers; and an inner layer of 50% to 70% of a High Density Polyethylene (HDPE) and 50% to 30% of a Linear Low Density Polyethylene (LLDPE) wherein the density of Linear Low Density Polyethylene (LLDPE) is in the range of 0.912 g/cc to 0.927 g/cc, and the density of High Density Polyethylene (HDPE) is in the range of 0.930 g/cc to 0.970 g/cc.
A gear unit having at least one planetary gear stage, wherein the planetary gear stage has a pinion cage with two side pieces, wherein conveying means, in particular for oil, conveying cells for oil or scoops for conveying oil are arranged on the radial inner side of land regions which connect the side pieces, wherein a radiate depression is formed in the outer end face of the second side piece, wherein the radiate depression has radially extending ducts, each duct being embodied tapered with increasing radial distance, i.e. with a monotonically decreasing width in the peripheral direction, wherein the ducts are spaced apart regularly from each other, wherein the ducts extend in each case up to the radially outer edge of the pinion cage, characterised in that the respective conveying means has a respective supporting wall and respective scoop regions, the conveying means in the peripheral direction or counter to the peripheral direction being formed mirror-symmetrically to a radial plane passing centrally through the supporting wall. wherein the planetary gear stage has a pinion cage with two side pieces, wherein conveying means, in particular for oil, conveying cells for oil or scoops for conveying oil are arranged on the radial inner side of land regions which connect the side pieces, wherein a radiate depression is formed in the outer end face of the second side piece, wherein the radiate depression has radially extending ducts, each duct being embodied tapered with increasing radial distance, i.e. with a monotonically decreasing width in the peripheral direction, wherein the ducts are spaced apart regularly from each other, wherein the ducts extend in each case up to the radially outer edge of the pinion cage, characterised in that the respective conveying means has a respective supporting wall and respective scoop regions, the conveying means in the peripheral direction or counter to the peripheral direction being formed mirror-symmetrically to a radial plane passing centrally through the supporting wall.
Method for operating a vehicle by - the provision of several profiles, each containing user-specific adjusting data for the vehicle, - the initial selection of one of the profiles and - the changing and/or administration of the respectively selected profile by means of a main unit of the vehicle, characterised in that - the initial selection of one of the profiles is carried out by means of an instrument cluster of the vehicle. - the provision of several profiles, each containing user-specific adjusting data for the vehicle, - the initial selection of one of the profiles and - the changing and/or administration of the respectively selected profile by means of a main unit of the vehicle, - the initial selection of one of the profiles is carried out by means of an instrument cluster of the vehicle.
Chemotherapy agent for use in a method for the treatment of cancer in a subject, wherein the method comprises reducing blood glucose concentration in said subject by 20% to 50% as compared to normal conditions that is a normal blood glucose level of 1g/L for 24 to 60 hours prior to administration of an effective amount of said chemotherapy agent.
A memory, comprising: an array of memory cells, each of the cells configured to store a plurality of memory states and each memory cell configured to store a non-power-of-two number of memory states; and a bit conversion circuit coupled to the array of memory cells, the bit conversion circuit configured to map and convert bits of binary user data into intermediate binary data corresponding to a respective memory state; wherein the bit conversion circuit comprises: a bit mapping circuit configured to map bits of the binary user data to provide mapped bits of the binary user data; and a data converter circuit coupled to the bit mapping circuit and configured to receive the mapped bits of the binary user data and convert the mapped bits of the binary user data into intermediate binary data corresponding to a memory state to be stored by a plurality of memory cells of the array, wherein the bit mapping circuit and the data converter circuit are configurable for use with different combinations of memory states to provide different bit/cell storage densities. an array of memory cells, each of the cells configured to store a plurality of memory states and each memory cell configured to store a non-power-of-two number of memory states; and a bit conversion circuit coupled to the array of memory cells, the bit conversion circuit configured to map and convert bits of binary user data into intermediate binary data corresponding to a respective memory state; wherein the bit conversion circuit comprises: a bit mapping circuit configured to map bits of the binary user data to provide mapped bits of the binary user data; and a data converter circuit coupled to the bit mapping circuit and configured to receive the mapped bits of the binary user data and convert the mapped bits of the binary user data into intermediate binary data corresponding to a memory state to be stored by a plurality of memory cells of the array, wherein the bit mapping circuit and the data converter circuit are configurable for use with different combinations of memory states to provide different bit/cell storage densities. a bit mapping circuit configured to map bits of the binary user data to provide mapped bits of the binary user data; and a data converter circuit coupled to the bit mapping circuit and configured to receive the mapped bits of the binary user data and convert the mapped bits of the binary user data into intermediate binary data corresponding to a memory state to be stored by a plurality of memory cells of the array, wherein the bit mapping circuit and the data converter circuit are configurable for use with different combinations of memory states to provide different bit/cell storage densities.
A module assembly device configured for assembling a module assembly for a detector array of an imaging system, the module assembly including a module substrate, an ASIC, a photo-detector array tile, and a scintillator, the module assembly device, comprising: a base having a long axis; a first surface of the base; side walls protruding perpendicular up from the first surface and extending in a direction of the long axis along at least two sides of the base, wherein the first surface and side walls form a recess configured to receive the module substrate on the surface and within the side walls; and characterised by protrusions protruding from the side walls in a direction of the side walls, the protrusions and side walls interface forming a ledge which serves as a photo-detector array tile support configured to receive the photo-detector array tile over the ASIC and the module substrate. a base having a long axis; a first surface of the base; side walls protruding perpendicular up from the first surface and extending in a direction of the long axis along at least two sides of the base, wherein the first surface and side walls form a recess configured to receive the module substrate on the surface and within the side walls; and characterised by protrusions protruding from the side walls in a direction of the side walls, the protrusions and side walls interface forming a ledge which serves as a photo-detector array tile support configured to receive the photo-detector array tile over the ASIC and the module substrate.
A method for approaching an aligned relative position between a camera or a scanning apparatus and a dental reference element, especially via app on a smartphone, for acquiring the dental reference element, such as a mini color key, characterized - in that a marker is attached to the dental reference element, and/or in that at least part of the dental reference element is used as a marker, - in that a template congruent with or mathematically similar to the marker is superimposed on a display apparatus of the camera or scanning apparatus, and - in that for approaching the aligned relative position between the camera or the scanning apparatus and the dental reference element, a change in the degree of coverage of the template and the marker or the one part of the dental reference element is detected. - in that a marker is attached to the dental reference element, and/or in that at least part of the dental reference element is used as a marker, - in that a template congruent with or mathematically similar to the marker is superimposed on a display apparatus of the camera or scanning apparatus, and - in that for approaching the aligned relative position between the camera or the scanning apparatus and the dental reference element, a change in the degree of coverage of the template and the marker or the one part of the dental reference element is detected.
Method for operating a vacuum cleaner, which comprises a dust separation unit, at least one electrical fan motor for generating a suction air flow through the dust separation unit and a suction nozzle with a flow connection to the dust separation unit, which has a nozzle brush which can be electrically driven by a nozzle motor, wherein a current and/or power consumption of the fan motor is recorded, a current and/or power consumption of the nozzle motor is recorded, characterised in that a filling degree F of the dust separation unit is determined as a function of the current and/or power consumption of the fan motor and the current and/or power consumption of the nozzle motor.
A nickel-base alloy for a turbine rotor of a steam turbine, the nickel-base alloy consisting of, in mass%: carbon: 0.01% to 0.15%; chromium (Cr): 18% to 28%; cobalt (Co): 10% to 15%; molybdenum (Mo): 8% to 12%; aluminium (Al): 0.5% to less than 1.5%; titanium (Ti): 0.7% to 3.0%; and boron: 0.001% to 0.006%, and optionally further including tantalum (Ta): 0.1% to 0.7%; and niobium (Nb): 0.1% to 0.4% by mass; and the balance of the alloy composition being nickel (Ni) and unavoidable impurities.
A long, floating apparatus for collection of a horizontal component of kinetic energy of oscillating water wave motions, the apparatus comprises at least one oblong continuous stationary structure and at least three resistance elements (3, 3a, 3b, 3c, 6) mounted on the oblong stationary structure, thereby forming a string and such that they can move along the length of and in parallel to the stationary structure and in this way transmit usable energy to this, wherein each of the resistance elements (3, 3a, 3b, 3c, 6) is limited to move within a well-defined distance along the stationary structure, characterized in that the resistance elements (3, 3a, 3b, 3c, 6) can move independently from each other.