mhurhangee/ep-ind-claims huggingface dataset:
A method of encoding video data, the method comprising: encoding a random access point, RAP, picture; wherein the RAP picture comprises one of a clean random access, CRA, picture and a broken link access, BLA, picture; encoding one or more random access skipped leading, RASL, pictures associated with the RAP picture, wherein the one or more RASL pictures precede the RAP picture in output order value and succeed the RAP picture in decoding order and refer to video data earlier than the RAP picture in the decoding order; encoding one or more random access decodable leading, RADL, pictures for the RAP picture in accordance with a restriction that all RASL pictures precede the RADLs associated with the RAP picture in output order. wherein the RADLs comprise one or more pictures having output order values that indicate a output order earlier than a output order value of the RAP picture and having decoding order values that indicate a decoding order later than a decoding order value of the RAP picture, and wherein the one or more pictures do not refer to video data earlier than the RAP picture in decoding order. encoding a random access point, RAP, picture; wherein the RAP picture comprises one of a clean random access, CRA, picture and a broken link access, BLA, picture; encoding one or more random access skipped leading, RASL, pictures associated with the RAP picture, wherein the one or more RASL pictures precede the RAP picture in output order value and succeed the RAP picture in decoding order and refer to video data earlier than the RAP picture in the decoding order; encoding one or more random access decodable leading, RADL, pictures for the RAP picture in accordance with a restriction that all RASL pictures precede the RADLs associated with the RAP picture in output order. wherein the RADLs comprise one or more pictures having output order values that indicate a output order earlier than a output order value of the RAP picture and having decoding order values that indicate a decoding order later than a decoding order value of the RAP picture, and wherein the one or more pictures do not refer to video data earlier than the RAP picture in decoding order.
Impeller for a side channel machine, such as a side channel compressor or a side channel vacuum pump, having blades which are distributed in the circumferential direction, each formed by a blade wall forming, in a plan view of the impeller, open blade chambers, in which plan view a geometric impeller axis of rotation (x) is depicted in a punctiform manner, wherein a blade wall begins in the plan view at a first radius dimension (r 1) relative to the geometric impeller axis of rotation (x), which first radius dimension (r 1) corresponds to half or more of a second radius dimension (r 2), which second radius dimension (r 2) defines a peripheral edge of the impeller and wherein the first radius dimension (r 1) defines a radially inner boundary wall of the blade chamber, wherein further a blade wall has an exposed upper end edge which correspondingly runs radially inwardly into the inner boundary wall and in plan view ends radially outwardly in the peripheral edge, wherein an imaginary connecting line can be drawn between a point of entry of the end edge into the inner boundary wall and a radially outer end of the end edge and the end edge extends perpendicularly to the connecting line with a different offset dimension (a), a maximum offset dimension (a) being given, the blade wall merging radially on the outside into a circumferential end wall and an outer edge of the end wall determining the second radius dimension (r 2), characterised in that the largest offset dimension (a) corresponds to 0.1 times or more the difference between the second radius dimension (r 2) and the first radius dimension (r 1) and in that the end edge substantially follows a radius line and in that a radius (r 3) of the end edge is removed from a circle center point which lies in a blade chamber following in the circumferential direction.
An isolation system for an aircraft fuel tank, the isolation system configured to separate an electrically conductive internal panel of the fuel tank from an electrically conductive pipe that passes through the panel, the isolation system comprising: a pipe fitting configured, in use, to receive the pipe; and an isolator configured, in use, to pass through the panel, the isolator comprising: an aperture defined by an outer wall and extending from a first side of the isolator to a second side of the isolator, the aperture configured to receive the pipe fitting in use, and a flange extending from the outer wall of the aperture and on which are positioned a plurality of first attachment points for attaching the isolator to the panel, wherein the isolator comprises a non-electrically conductive material, and characterised in that a plurality of second attachment points for attaching the isolator to the pipe fitting are positioned on the flange. a pipe fitting configured, in use, to receive the pipe; and an isolator configured, in use, to pass through the panel, the isolator comprising: an aperture defined by an outer wall and extending from a first side of the isolator to a second side of the isolator, the aperture configured to receive the pipe fitting in use, and a flange extending from the outer wall of the aperture and on which are positioned a plurality of first attachment points for attaching the isolator to the panel, an aperture defined by an outer wall and extending from a first side of the isolator to a second side of the isolator, the aperture configured to receive the pipe fitting in use, and a flange extending from the outer wall of the aperture and on which are positioned a plurality of first attachment points for attaching the isolator to the panel, wherein the isolator comprises a non-electrically conductive material, and characterised in that a plurality of second attachment points for attaching the isolator to the pipe fitting are positioned on the flange.
A sliding plate for a ski jumping system comprising following features: • a plate-shaped element having an upper side with sliding nub receptions having in the plate-shaped element sliding nub openings that extend through the plate-shaped element, • a plurality of sliding nubs which are arranged in the sliding nub receptions such that the sliding nubs protrude from the plate-shaped element and • springing means which are formed such that these exert to a relative movement between the sliding nubs and the plate-shaped element a restoring force, wherein the springing means are arranged between sliding nub springing section of the sliding nubs and plate springing sections of the plate-shaped element, characterized in that the sliding nubs have releasable fastening means, by means of which the sliding nubs are fixed in the sliding nub openings and the springing means extend into areas between the fastening means and the plate-shaped element. • a plate-shaped element having an upper side with sliding nub receptions having in the plate-shaped element sliding nub openings that extend through the plate-shaped element, • a plurality of sliding nubs which are arranged in the sliding nub receptions such that the sliding nubs protrude from the plate-shaped element and • springing means which are formed such that these exert to a relative movement between the sliding nubs and the plate-shaped element a restoring force,
Protective equipment formed for applying to a horse, wherein the protective equipment comprises a horse blanket, which has a basic cut adapted to the geometry of a horse's body and which is formed for covering a horse's back, a horse's belly on the side and a horse's chest, wherein the horse blanket has fastening devices (11, 12) for releasably fastening the horse blanket to a horse's body, wherein at least one protector element from the group comprising back protector elements, chest protector elements, rib protector elements, flank protector elements, shoulder protector elements, elbow protector elements and knee protector elements is arranged on the horse blanket, characterized in that the protective equipment has at least one pair of leg guards (80, 90) with leg protectors, which are selected from the group comprising pastern joint protectors and ankle joint protectors, and horse blanket has first fastening devices in a section, which, when the horse blanket is arranged on a horse, lies close to a chest and the elbows, and that the leg guards, which comprise the pastern joint protectors, have second fastening devices, which can be releasably connected to the first fastening devices, and/or wherein in a section, which lies close to the knees when the horse blanket is arranged on a horse, the horse blanket has third fastening devices, and that the leg guards, which comprise the ankle joint protectors, have fourth fastening devices, which can be releasably connected to the third fastening devices of the horse blanket. the protective equipment has at least one pair of leg guards (80, 90) with leg protectors, which are selected from the group comprising pastern joint protectors and ankle joint protectors, and horse blanket has first fastening devices in a section, which, when the horse blanket is arranged on a horse, lies close to a chest and the elbows, and that the leg guards, which comprise the pastern joint protectors, have second fastening devices, which can be releasably connected to the first fastening devices, and/or wherein in a section, which lies close to the knees when the horse blanket is arranged on a horse, the horse blanket has third fastening devices, and that the leg guards, which comprise the ankle joint protectors, have fourth fastening devices, which can be releasably connected to the third fastening devices of the horse blanket.
Electric machine for a household appliance, wherein the electric machine is embodied as a synchronous machine, having a stator, which has a stator body and a winding, wherein the stator is extrusion-coated at least in regions with a protective material comprising resin, and having a rotor, which can be rotated relative to the stator and which has at least one permanent magnet, wherein the winding of the stator is embodied to be multiphase, wherein the protective material comprises fibres, wherein coils of the winding are arranged in each case on an electrically insulating coil carrier, characterised in that the respective coils are completely extrusion-coated with the protective material and the coil carrier is then extrusion-coated together with the coils.
A device for visually indicating a speed of a motor vehicle, the device comprising: an external surface of the motor vehicle; one or more thermochromic paint coating layers disposed on said external surface of the motor vehicle, wherein each of the one or more thermochromic paint coating layers is indicative of a color based on a variation in a temperature; one or more thermoelectric couple strips disposed underneath the corresponding one or more thermochromic paint coating layers and adapted to regulate the temperature of the corresponding one or more thermochromic paint coating layers; one or more temperature sensors for sensing an instantaneous temperature on the external surface of the motor vehicle; and a control unit configured to: receive an instantaneous speed of the motor vehicle from one or more odometry devices of the motor vehicle and the instantaneous temperature from the one or more temperature sensors; and configure the one or more thermoelectric couple strips to regulate temperatures of the one or more corresponding thermochromic paint coating layers, based on the instantaneous speed and the instantaneous temperature, to dynamically control indication of a color pattern associated with a range of instantaneous speed of the motor vehicle. an external surface of the motor vehicle; one or more thermochromic paint coating layers disposed on said external surface of the motor vehicle, wherein each of the one or more thermochromic paint coating layers is indicative of a color based on a variation in a temperature; one or more thermoelectric couple strips disposed underneath the corresponding one or more thermochromic paint coating layers and adapted to regulate the temperature of the corresponding one or more thermochromic paint coating layers; one or more temperature sensors for sensing an instantaneous temperature on the external surface of the motor vehicle; and a control unit configured to: receive an instantaneous speed of the motor vehicle from one or more odometry devices of the motor vehicle and the instantaneous temperature from the one or more temperature sensors; and configure the one or more thermoelectric couple strips to regulate temperatures of the one or more corresponding thermochromic paint coating layers, based on the instantaneous speed and the instantaneous temperature, to dynamically control indication of a color pattern associated with a range of instantaneous speed of the motor vehicle. receive an instantaneous speed of the motor vehicle from one or more odometry devices of the motor vehicle and the instantaneous temperature from the one or more temperature sensors; and configure the one or more thermoelectric couple strips to regulate temperatures of the one or more corresponding thermochromic paint coating layers, based on the instantaneous speed and the instantaneous temperature, to dynamically control indication of a color pattern associated with a range of instantaneous speed of the motor vehicle.
A sound absorption sheet comprising: a porous substrate; and a micro-resonance layer formed with a plurality of patterned sound absorption holes penetrating both surfaces thereof; wherein the micro-resonance layer formed with a plurality of patterned sound absorption holes has an embossed pattern; wherein the sound absorption holes have an average diameter of 0.1mm to 20mm, a ratio of the sound absorption holes per unit area ranges from 1% to 60%, and a pitch between the sound absorption holes ranges from 0.5mm to 50mm; further characterised in that: the porous substrate comprises glass fibers of 5 μm to 20 μm in diameter; and in that the porous substrate has an average pore size of 5 μm to 50 μm. a porous substrate; and a micro-resonance layer formed with a plurality of patterned sound absorption holes penetrating both surfaces thereof; wherein the micro-resonance layer formed with a plurality of patterned sound absorption holes has an embossed pattern; wherein the sound absorption holes have an average diameter of 0.1mm to 20mm, a ratio of the sound absorption holes per unit area ranges from 1% to 60%, and a pitch between the sound absorption holes ranges from 0.5mm to 50mm; further characterised in that: the porous substrate comprises glass fibers of 5 μm to 20 μm in diameter; and in that the porous substrate has an average pore size of 5 μm to 50 μm. the porous substrate comprises glass fibers of 5 μm to 20 μm in diameter; and in that the porous substrate has an average pore size of 5 μm to 50 μm.
A user-wearable device comprising: a frame configured to mount on a user; a display attached to the frame, the display configured to direct virtual images to an eye of the user; a light source configured to provide polarized light to the eye of the user, wherein the polarized light is configured to reflect from the eye of the user; and a light analyzer configured to determine a polarization angle rotation of the reflected light from the eye of the user such that a glucose level of the user can be determined based at least in part on the polarization angle rotation of the reflected light, one or more sensors including one or more eye tracking sensors; processing electronics configured to determine the glucose level of the user based at least in part on the polarization angle rotation of the reflected light; wherein the user-wearable device is configured to not determine the glucose level of the user by determining with the one or more eye tracking sensors, that the polarized light did not transmit to the eye of the user, or did not transmit to a target area of the eye of the user, or did not transmit to the same area of the eye of the user. a frame configured to mount on a user; a display attached to the frame, the display configured to direct virtual images to an eye of the user; a light source configured to provide polarized light to the eye of the user, wherein the polarized light is configured to reflect from the eye of the user; and a light analyzer configured to determine a polarization angle rotation of the reflected light from the eye of the user such that a glucose level of the user can be determined based at least in part on the polarization angle rotation of the reflected light, one or more sensors including one or more eye tracking sensors; processing electronics configured to determine the glucose level of the user based at least in part on the polarization angle rotation of the reflected light; wherein the user-wearable device is configured to not determine the glucose level of the user by determining with the one or more eye tracking sensors, that the polarized light did not transmit to the eye of the user, or did not transmit to a target area of the eye of the user, or did not transmit to the same area of the eye of the user.
An internal combustion engine comprising a piston in which an anodic oxide film is formed on at least one part of a top face that faces a cylinder head, and an injection valve that is capable of injecting a fuel towards the top face, wherein: the top face includes: a cavity face which comprises a cavity for causing fuel that is injected to ignite, a squish face which comprises an outer circumference of the top face at an outer side of the cavity face, and a tapered face which is formed between the squish face and the cavity face; a rough surface region in which the anodic oxide film is formed is provided over an entire area of the squish face; and the rough surface region and a smooth surface region in which a surface roughness is less than on the squish face that is provided by formation or non-formation of the anodic oxide film is provided in a region that includes the cavity face and the tapered face, wherein the smooth surface region is provided at least in a region in which a flame caused by fuel from the injection valve contacts at an initial formation stage, and the rough surface region is provided in a region in which the smooth surface region is not provided. the top face includes: a cavity face which comprises a cavity for causing fuel that is injected to ignite, a squish face which comprises an outer circumference of the top face at an outer side of the cavity face, and a tapered face which is formed between the squish face and the cavity face; a rough surface region in which the anodic oxide film is formed is provided over an entire area of the squish face; and the rough surface region and a smooth surface region in which a surface roughness is less than on the squish face that is provided by formation or non-formation of the anodic oxide film is provided in a region that includes the cavity face and the tapered face,
A process for making a polymeric bead having an epoxide group on its surface, comprising simultaneously contacting a polymeric bead which comprises monomeric divinylbenzene with acetic acid and hydrogen peroxide to form an epoxide group on the surface of said polymeric bead.
A method for producing an implant member, comprising, providing an implant member including means for attachment to living biological tissue of a human being or an animal, the implant having an outer surface, wherein said outer surface comprises at least one surface region, the surface region being positioned in the region of the attachment means, modifying the surface region topographically by patterning said surface by means of laser, and wherein the surface region has a surface with an S a between 0.8 and 10 μm, where S a is specified by the equation: S a = 1 M ∗ N ∑ j = 1 N ∑ i = 1 M z x i y j.
Instrument for stimulating and/or irritating and/or abrasively treating and/or polishing a membrane or surface or inner face in the human or animal eye, having a handle which surrounds an actuation member and a probe which adjoins the handle and which is open at the free, distal end for introduction into the eye, wherein the probe comprises at the inner side a loop which via the actuation member can be pushed at least slightly out of the probe and can be pushed or pulled back into the probe, characterised in that the probe has an outer guiding pipe and an inner pipe which carries the loop at the end side and in that the inner pipe can be displaced by actuating the actuation member inside the guiding pipe, whereby the loop can be displaced out of the guiding pipe and into the guiding pipe.
A method for controlling an electrical drive system, the electrical drive system comprising a drive mechanically interconnected with a machinery for processing an industrial process, the method comprising the steps of: receiving an input reference value for a first mechanical variable of the electrical drive system, whereby the first mechanical variable is a mechanical variable of a component mechanically connected to the drive of the drive system and; estimating a development of an output reference for a second mechanical variable of the drive system for a predefined horizon of time steps from the input reference value based on a mathematical model of the drive system, whereby the second mechanical variable is a mechanical variable at an air gap of the drive of the drive system and whereby the mathematical model is based on: a first equation for predicting a future state of the drive system from an actual state and measured and/or estimated actual input values and based on a second equation for predicting at least an actual value of the second mechanical variable from an actual state of the drive system and measured and/or estimated actual input values; selecting a first future value from the development of the second mechanical variable as output reference value for the second mechanical variable to be output to a drive control layer adapted for controlling electrical inputs of the drive. receiving an input reference value for a first mechanical variable of the electrical drive system, whereby the first mechanical variable is a mechanical variable of a component mechanically connected to the drive of the drive system and; estimating a development of an output reference for a second mechanical variable of the drive system for a predefined horizon of time steps from the input reference value based on a mathematical model of the drive system, whereby the second mechanical variable is a mechanical variable at an air gap of the drive of the drive system and whereby the mathematical model is based on: a first equation for predicting a future state of the drive system from an actual state and measured and/or estimated actual input values and based on a second equation for predicting at least an actual value of the second mechanical variable from an actual state of the drive system and measured and/or estimated actual input values; selecting a first future value from the development of the second mechanical variable as output reference value for the second mechanical variable to be output to a drive control layer adapted for controlling electrical inputs of the drive. a first equation for predicting a future state of the drive system from an actual state and measured and/or estimated actual input values and based on a second equation for predicting at least an actual value of the second mechanical variable from an actual state of the drive system and measured and/or estimated actual input values; selecting a first future value from the development of the second mechanical variable as output reference value for the second mechanical variable to be output to a drive control layer adapted for controlling electrical inputs of the drive.