mhurhangee/ep-ind-claims huggingface dataset:
A method for supporting the driver of a road-bound vehicle in guiding the vehicle, in which the vehicle surroundings, in particular the markings that delimit the lanes of a road and traffic signs, are detected by means of an environment sensor system and evaluated by means of an image evaluation system, wherein - the image data of the environment sensor system are evaluated with regard to lane-relevant information, - the recognised lane-relevant information is evaluated by means of data that are stored in a first memory device and that indicate country-specific lane markings, and a first country estimation signal corresponding to the current location of the vehicle is produced, - a country signal that indicates the current location of the vehicle is produced from the first country estimation signal by means of a microprocessor, and - a driver information device for outputting country-specific information regarding the longitudinal and transverse guidance of the vehicle is activated with the country signal, and/or the country signal is fed to at least one driver assistance system that supports the longitudinal and/or transverse guidance of the vehicle, characterised in that the lane-relevant information is detected as features which delineate the carriageway, wherein the characteristics of these features comprise: - width of a lane marking, - blanking intervals and the segment lengths for dashed lane markings, or - colour of the lane marking. - the image data of the environment sensor system are evaluated with regard to lane-relevant information, - the recognised lane-relevant information is evaluated by means of data that are stored in a first memory device and that indicate country-specific lane markings, and a first country estimation signal corresponding to the current location of the vehicle is produced, - a country signal that indicates the current location of the vehicle is produced from the first country estimation signal by means of a microprocessor, and - a driver information device for outputting country-specific information regarding the longitudinal and transverse guidance of the vehicle is activated with the country signal, and/or the country signal is fed to at least one driver assistance system that supports the longitudinal and/or transverse guidance of the vehicle, characterised in that - width of a lane marking, - blanking intervals and the segment lengths for dashed lane markings, or - colour of the lane marking.
Suspension for motor vehicles with adjustable ground clearance and stiffness comprising a helical spring with an adjusting device attached to the body of the vehicle, which is rotatably arranged, preferably by means of a gear stage driven by an electric motor, wherein the adjusting device is designed as a shaped nut, which is screwed directly onto the coils of the, preferably cylindrical, helical spring and has rolling elements which are located along the helix and are connected to the coils of the helical spring, and in that the regulating device can be moved and locked completely on and relative to the helical spring.
A lockable container comprising a lock which comprises a wirelessly controllable actuator unit by which the lock can selectively be brought into a locked state or an unlocked state, wherein the actuator unit comprises a control unit having a communication module and a memory module, wherein the control unit is adapted: to receive control data via a wireless communication link, to check the control data in dependence on configuration data stored in the memory module, and, in the case of a positive check result, to control at least one actuator of the actuator unit to lock or unlock the lock and/or to update the configuration data, wherein the actuator unit is connected to at least one sensor which is arranged at the container and by means of which a control signal can be transmitted without a data set to the control unit of the actuator unit by a manual actuation, wherein the control unit is adapted to receive the control signal from the sensor and to control the actuator unit to lock or unlock the lock in dependence on configuration data stored in the memory module, wherein the sensor is a capacitive sensor, an inductive sensor, an optical sensor or a force sensor and a selective deactivation of the sensor can be effected by taking account of the configuration data. wherein the actuator unit comprises a control unit having a communication module and a memory module, wherein the control unit is adapted: to receive control data via a wireless communication link, to check the control data in dependence on configuration data stored in the memory module, and, in the case of a positive check result, to control at least one actuator of the actuator unit to lock or unlock the lock and/or to update the configuration data, to receive control data via a wireless communication link, to check the control data in dependence on configuration data stored in the memory module, and, in the case of a positive check result, to control at least one actuator of the actuator unit to lock or unlock the lock and/or to update the configuration data, wherein the actuator unit is connected to at least one sensor which is arranged at the container and by means of which a control signal can be transmitted without a data set to the control unit of the actuator unit by a manual actuation, wherein the control unit is adapted to receive the control signal from the sensor and to control the actuator unit to lock or unlock the lock in dependence on configuration data stored in the memory module, wherein the sensor is a capacitive sensor, an inductive sensor, an optical sensor or a force sensor and a selective deactivation of the sensor can be effected by taking account of the configuration data.
A device for treatment of an intervertebral disc, the device comprising: a first elongated shunt in a U-shaped configuration having a first end, a second end and a bent section between said first end and said second end; a needle having a tubular passage extending in from a distal end thereof and an outside wall, said distal end being sized and configured to enter the intervertebral disc and deploy said first shunt characterized in that, prior to deployment, said first end of said first shunt is located within said tubular passage and said second end of said first shunt is either located inside said tubular passage or approximates said outside wall, and said bent section is proximate said distal end. a first elongated shunt in a U-shaped configuration having a first end, a second end and a bent section between said first end and said second end; a needle having a tubular passage extending in from a distal end thereof and an outside wall, said distal end being sized and configured to enter the intervertebral disc and deploy said first shunt characterized in that, prior to deployment, said first end of said first shunt is located within said tubular passage and said second end of said first shunt is either located inside said tubular passage or approximates said outside wall, and said bent section is proximate said distal end.
A medical device having a proximal end and a distal end configured to self-expand from a contracted state when constrained within a delivery device toward an expanded state when deployed from the delivery device for delivery to a target site within a body lumen, the medical device comprising: a tubular structure comprising a plurality of braided strands, each braided strand comprising a proximal strand end and a distal strand end; and a first end feature having a proximal end and a distal end, wherein the proximal end of the first end feature substantially coincides with the proximal end of the device and is configured to receive and secure the proximal strand ends via the proximal end of the first end feature, the proximal end of the first end feature comprising a proximal end surface, a distal end surface, and a circumferential surface extending between the proximal and distal end surfaces, wherein the tubular structure comprises: an expanded volume portion proximate to the first end feature and at the same end of the device as the first end feature; and a tapered transition portion extending between the expanded volume portion and the proximal end of the first end feature, wherein, in the expanded state, the expanded volume portion of the tubular structure is disk shaped and defines a surface that is substantially perpendicular to a central axis of the device, and wherein, in the expanded state, the proximal strand ends are secured to the first end feature such that the transition portion substantially surrounds the circumferential surface of the first end feature and only the proximal end surface of the first end feature or a portion of the proximal end surface is exposed to fluid flow through the body lumen. a tubular structure comprising a plurality of braided strands, each braided strand comprising a proximal strand end and a distal strand end; and a first end feature having a proximal end and a distal end, wherein the proximal end of the first end feature substantially coincides with the proximal end of the device and is configured to receive and secure the proximal strand ends via the proximal end of the first end feature, the proximal end of the first end feature comprising a proximal end surface, a distal end surface, and a circumferential surface extending between the proximal and distal end surfaces, wherein the tubular structure comprises: an expanded volume portion proximate to the first end feature and at the same end of the device as the first end feature; and a tapered transition portion extending between the expanded volume portion and the proximal end of the first end feature, wherein, in the expanded state, the expanded volume portion of the tubular structure is disk shaped and defines a surface that is substantially perpendicular to a central axis of the device, and wherein, in the expanded state, the proximal strand ends are secured to the first end feature such that the transition portion substantially surrounds the circumferential surface of the first end feature and only the proximal end surface of the first end feature or a portion of the proximal end surface is exposed to fluid flow through the body lumen.
A vehicle, comprising: a sensor configured to detect projections on a surface, each projection comprising a light projected characteristic associated with a particular expected vehicle occupant experience, said vehicle occupant experience comprising a passage of an attraction or a thrill level of the attraction; and a controller configured to: receive an input; based upon the input, determine the expected vehicle occupant experience selected by an occupant of the vehicle; select the light projection characteristic associated with the expected vehicle occupant experience; find, using the sensor, the light projected characteristic of the projection on the surface that matches the selected light projection characteristic; and control the vehicle to follow the light projected characteristic of the projection. a sensor configured to detect projections on a surface, each projection comprising a light projected characteristic associated with a particular expected vehicle occupant experience, said vehicle occupant experience comprising a passage of an attraction or a thrill level of the attraction; and a controller configured to: receive an input; based upon the input, determine the expected vehicle occupant experience selected by an occupant of the vehicle; select the light projection characteristic associated with the expected vehicle occupant experience; find, using the sensor, the light projected characteristic of the projection on the surface that matches the selected light projection characteristic; and control the vehicle to follow the light projected characteristic of the projection. receive an input; based upon the input, determine the expected vehicle occupant experience selected by an occupant of the vehicle; select the light projection characteristic associated with the expected vehicle occupant experience; find, using the sensor, the light projected characteristic of the projection on the surface that matches the selected light projection characteristic; and control the vehicle to follow the light projected characteristic of the projection.
A pneumatic tire comprising: a tread portion having a tread edge (Te); the tread portion provided with a circumferentially extending zigzag shoulder main groove arranged proximate to the tread edge (Te), and a plurality of shoulder lateral grooves each extending axially outwardly from the shoulder main groove; each of the shoulder lateral grooves comprising a first portion and second portion; the first portion having an axially inner end connected to the shoulder main groove and a first groove wall; the second portion arranged axially outward of the first portion and having a second groove wall, the second portion having a groove width and a groove depth greater than those of the first portion; the first groove wall of the first portion and the second groove wall of the second portion being smoothly continued, wherein the shoulder main groove comprises a first inclined element and a second inclined element inclined in an opposite direction to the first inclined element, the first portion of the shoulder lateral groove is connected to the first inclined element and is inclined in the same direction of the second inclined element, the first portion of the shoulder lateral groove is connected to the first inclined element so as to form a T-shaped intersection, characterized in that the axially inner end of the first portion of the shoulder lateral groove is located axially inward of an extension line of an axially inner groove edge of the second inclined element of the shoulder main groove. a tread portion having a tread edge (Te); the tread portion provided with a circumferentially extending zigzag shoulder main groove arranged proximate to the tread edge (Te), and a plurality of shoulder lateral grooves each extending axially outwardly from the shoulder main groove; each of the shoulder lateral grooves comprising a first portion and second portion; the first portion having an axially inner end connected to the shoulder main groove and a first groove wall; the second portion arranged axially outward of the first portion and having a second groove wall, the second portion having a groove width and a groove depth greater than those of the first portion; the first groove wall of the first portion and the second groove wall of the second portion being smoothly continued, wherein the shoulder main groove comprises a first inclined element and a second inclined element inclined in an opposite direction to the first inclined element, the first portion of the shoulder lateral groove is connected to the first inclined element and is inclined in the same direction of the second inclined element, the first portion of the shoulder lateral groove is connected to the first inclined element so as to form a T-shaped intersection, characterized in that the axially inner end of the first portion of the shoulder lateral groove is located axially inward of an extension line of an axially inner groove edge of the second inclined element of the shoulder main groove.
A laminate structure suitable for use as electrical insulation, comprising: a) a first paper layer comprising 90 to 99 weight percent uniformly distributed calcined mica and 1 to 10 weight percent supporting material, a majority by weight of the supporting material being in the form of an aramid floc; wherein the supporting material further comprises a binder that is an aramid fibrid. and b) a support layer comprising unidirectional filaments or unidirectional yarns or woven yarns, the support layer having a first and second face; wherein the first face of the support layer is directly bound to a face of the first paper layer; the laminate structure having a dielectric strength of 15 kV/mm or greater measured with method ASTM D149-97A, a Gurley porosity of 400 seconds or less measured with method TAPPI T460, and a total mica content of 60 weight percent or greater, wherein the floc in the first paper layer is present in an amount of 60 weight percent or greater, based on the total amount of the supporting material in the first paper layer. a) a first paper layer comprising 90 to 99 weight percent uniformly distributed calcined mica and 1 to 10 weight percent supporting material, a majority by weight of the supporting material being in the form of an aramid floc; wherein the supporting material further comprises a binder that is an aramid fibrid. and b) a support layer comprising unidirectional filaments or unidirectional yarns or woven yarns, the support layer having a first and second face;
A method which consists of reacting phthalic anhydride with a diol selected from the group consisting of propylene glycol, 1,3-propanediol, 2-methyl-1,3-propanediol, neopentyl glycol, 1,6-hexanediol, polyethylene glycols having a number average molecular weight within the range of 200 g/mol to 600 g/mol, a mixture of ethylene glycol and at least one polyethylene glycol having a number average molecular weight within the range of 200 g/mol to 600 g/mol, and mixtures thereof at a diol to phthalic anhydride molar ratio within the range of 1.1 to 1.4 to produce an o -phthalate polyester polyol having a hydroxyl value in the range of 18 to 400 mg KOH/g, an acid value in the range of 0.2 to 5.0 mg KOH/g, and 1 wt.% or less of cyclic esters, (each value determined as mentioned in the description).
A method for color correction in an image processing pipeline, comprising: receiving first image data corresponding to reference luminance data and reference chrominance data for each of a plurality of pixels; determining that the first image data corresponds to a raw image captured in a dark environment; generating second image data by performing one or more tone mapping operations on the first image data, the second image data corresponding to current luminance data and current chrominance data for each of the plurality of pixels; and generating output image data to include, for each pixel of the plurality of pixels: an output luminance value of a corresponding pixel of the current luminance data; and chrominance values of the corresponding pixel from a selected one of the reference chrominance data and the current chrominance data, the selection based at least in part on the reference chrominance data and the current chrominance data, wherein, for each pixel of the plurality of pixels, the output image data includes the reference chrominance data instead of the current chrominance data when the corresponding pixel of the first image data is detected as grey and the corresponding pixel of the second image data is detected as color tinted. receiving first image data corresponding to reference luminance data and reference chrominance data for each of a plurality of pixels; determining that the first image data corresponds to a raw image captured in a dark environment; generating second image data by performing one or more tone mapping operations on the first image data, the second image data corresponding to current luminance data and current chrominance data for each of the plurality of pixels; and generating output image data to include, for each pixel of the plurality of pixels: an output luminance value of a corresponding pixel of the current luminance data; and chrominance values of the corresponding pixel from a selected one of the reference chrominance data and the current chrominance data, the selection based at least in part on the reference chrominance data and the current chrominance data, wherein, for each pixel of the plurality of pixels, the output image data includes the reference chrominance data instead of the current chrominance data when the corresponding pixel of the first image data is detected as grey and the corresponding pixel of the second image data is detected as color tinted. an output luminance value of a corresponding pixel of the current luminance data; and chrominance values of the corresponding pixel from a selected one of the reference chrominance data and the current chrominance data, the selection based at least in part on the reference chrominance data and the current chrominance data, wherein, for each pixel of the plurality of pixels, the output image data includes the reference chrominance data instead of the current chrominance data when the corresponding pixel of the first image data is detected as grey and the corresponding pixel of the second image data is detected as color tinted.
A method of manufacturing a light field print (420, 501, 3402, 4503) using a printing press (2715, 2730), the method comprising: identifying at least one characteristic of the printing press (2715, 2730) at least in part by printing at least one calibration pattern; obtaining content to be rendered using the light field print (420, 501, 3402, 4503), the content comprising a plurality of scene views; generating, based at least in part on the content and the at least one characteristic of the printing press (2715, 2730), multiple computed patterns; using the printing press (2715, 2730) to print the multiple computed patterns on one or more substrates (2702, 2708, 3403, 4101, 4104, 4303, 4403). identifying at least one characteristic of the printing press (2715, 2730) at least in part by printing at least one calibration pattern; obtaining content to be rendered using the light field print (420, 501, 3402, 4503), the content comprising a plurality of scene views; generating, based at least in part on the content and the at least one characteristic of the printing press (2715, 2730), multiple computed patterns; using the printing press (2715, 2730) to print the multiple computed patterns on one or more substrates (2702, 2708, 3403, 4101, 4104, 4303, 4403).
A suction tube unit for a carburetor having a single bore, comprising: a suction tube for mixture made of an elastic material; and a suction tube for stratified scavenging air made of an elastic material, characterized in that the suction tube for mixture and the suction tube for air have, at respective inlet ends (30a, 32a), respective wall portions (36, 38) which face each other and have complementary shapes, and that a clearance space is provided between the wall portions (36, 38) of the suction tube for mixture and the suction tube for air. a suction tube for mixture made of an elastic material; and a suction tube for stratified scavenging air made of an elastic material, characterized in that the suction tube for mixture and the suction tube for air have, at respective inlet ends (30a, 32a), respective wall portions (36, 38) which face each other and have complementary shapes, and that a clearance space is provided between the wall portions (36, 38) of the suction tube for mixture and the suction tube for air.
Method for manufacturing aqueous suspensions of brochantite (Cu 4 6 SO 4) or antlerite (Cu 3 4 SO 4) or a mixture of the two, having a proportion by weight of solid matter greater than 10%, by causing an aqueous solution of copper sulphate CuSO 4 to react with an aqueous suspension of copper oxide or copper hydroxide used in a total SO 4 /Cu molar ratio ranging from 0.25 to 0.40, said method being characterised in that an aqueous solution of CuSO 4 having a concentration of copper by weight of between 6% and 10% is mixed with an aqueous solution of copper oxide or copper hydroxide having a concentration by weight of between 15% and 50% and wherein the mean diameter of the solid particles is less than 25μm, the reaction being carried out at a controlled temperature of between 40° and 100°C.