mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising a dynamic random access memory, DRAM, device, the DRAM device having at least two request ports, and an integrated circuit having a memory controller to control the operation of the DRAM device, the integrated circuit comprising: a unidirectional request interface having at least two command/address ports (CA1, CA2), each command/address port to send, in an operational mode, write commands and corresponding addresses to a respective one of the at least two request ports of the DRAM device, and each command/address port to send, in a loop-back mode, at least one test pattern to the respective one of the at least two request ports of the DRAM device; and a plurality of bidirectional data interfaces (DQ1, DQ2) to send, in the operational mode, data corresponding to each write command of the write commands to the DRAM device and to receive back, in the loop-back mode, from the DRAM device the at least one test pattern, the DRAM device comprising: loop-back circuitry to provide, in the loop-back mode, loop-back paths from the respective one of the at least two request ports to a respective one of the plurality of bidirectional data interfaces (DQ1, DQ2) of the integrated circuit. a unidirectional request interface having at least two command/address ports (CA1, CA2), each command/address port to send, in an operational mode, write commands and corresponding addresses to a respective one of the at least two request ports of the DRAM device, and each command/address port to send, in a loop-back mode, at least one test pattern to the respective one of the at least two request ports of the DRAM device; and a plurality of bidirectional data interfaces (DQ1, DQ2) to send, in the operational mode, data corresponding to each write command of the write commands to the DRAM device and to receive back, in the loop-back mode, from the DRAM device the at least one test pattern,
Fill level measuring device operating using the radar principle, which has at least one dielectric antenna having at least one supply element and at least one lens consisting of at least one dielectric material, wherein the supply element emits electromagnetic radiation and supplies the lens with the electromagnetic radiation, wherein the lens leads the electromagnetic radiation further and emits it, wherein the lens has at least one outer component and one inner component, wherein the supply element supplies the lens with electromagnetic radiation via the inner component, wherein the outer component has a radiating surface that is at least partially spherical and an inner surface that is at least partially spherical, and wherein the inner component has a contact surface that is at least partially spherical characterized in that the inner component is joined in a moveable manner - in particular can be rotated - with the outer component and that at least one rotating device is provided that rotates or swings the inner component within the outer component.
A base station comprising: a transmitter, which is configured to transmit, to a mobile station, configuration information for configuring the mobile station to transmit, in subframe N from the mobile station to the base station, at least one of a channel quality information report and a sounding reference signal, wherein the transmitter is further configured to transmit, to the mobile station, a media access control, MAC, control element regarding a discontinuous reception, DRX, operation; and characterized by a processor that is configured to determine whether the mobile station is not in DRX Active Time in subframe N based at least on the MAC control element, which is transmitted to the mobile station until and including subframe N-(4+k), where k is an integer value equal to or greater than 1, and based on feedback received from the mobile station relating to the decoding success for the MAC control element, a receiver, which is configured to not receive the channel quality information report or the sounding reference signal from the mobile station in subframe N, in case the processor determines that the mobile station is not in DRX Active Time in subframe N. a transmitter, which is configured to transmit, to a mobile station, configuration information for configuring the mobile station to transmit, in subframe N from the mobile station to the base station, at least one of a channel quality information report and a sounding reference signal, wherein the transmitter is further configured to transmit, to the mobile station, a media access control, MAC, control element regarding a discontinuous reception, DRX, operation; and characterized by a processor that is configured to determine whether the mobile station is not in DRX Active Time in subframe N based at least on the MAC control element, which is transmitted to the mobile station until and including subframe N-(4+k), where k is an integer value equal to or greater than 1, and based on feedback received from the mobile station relating to the decoding success for the MAC control element, a receiver, which is configured to not receive the channel quality information report or the sounding reference signal from the mobile station in subframe N, in case the processor determines that the mobile station is not in DRX Active Time in subframe N.
A computer based method comprising the steps of: receiving a 3D geometric model of a part, the geometric model comprising a boundary shape; pre-processing the geometric model to produce a variable-void mesh; pre-processing the geometric model to produce a frozen mesh representing the boundary shape; apportioning the geometric model into a plurality of voxels; adjusting a density value for each voxel of the plurality of voxels according to an optimization process; extracting an extracted iso-surface mesh from the voxel data; deriving a mesh Boolean intersection between the extracted iso-surface mesh and the variable-void mesh; and performing a mesh Boolean union between the mesh Boolean intersection and the frozen mesh, wherein pre-processing the geometric model to produce a variable-void mesh further comprises the steps of: defining a variable model comprising a region of the geometric model where a material density is variable; defining a void model comprising a region of the geometric model where material is absent; subtracting the void model from the variable model to create a variable-void model; and generating the variable-void mesh from the variable-void model. receiving a 3D geometric model of a part, the geometric model comprising a boundary shape; pre-processing the geometric model to produce a variable-void mesh; pre-processing the geometric model to produce a frozen mesh representing the boundary shape; apportioning the geometric model into a plurality of voxels; adjusting a density value for each voxel of the plurality of voxels according to an optimization process; extracting an extracted iso-surface mesh from the voxel data; deriving a mesh Boolean intersection between the extracted iso-surface mesh and the variable-void mesh; and performing a mesh Boolean union between the mesh Boolean intersection and the frozen mesh, wherein pre-processing the geometric model to produce a variable-void mesh further comprises the steps of: defining a variable model comprising a region of the geometric model where a material density is variable; defining a void model comprising a region of the geometric model where material is absent; subtracting the void model from the variable model to create a variable-void model; and generating the variable-void mesh from the variable-void model.
Chassis, having - a patient platform, - a hub that is arranged in the centre of the patient platform in such a way that the patient platform is rotatably mounted around the hub, - several carrier arms (6, 7) that are connected to the hub, and are connected to one another, and wherein at least one rolling clement is arranged on each end of a carrier arm (6, 7), - several support rollers, characterised in that the support rollers are arranged bellow the patient platform on branches (60, 61, 70, 71) of the carrier arms (6, 7) in such a way that the patient platform is mounted on the support rollers and can be rotated around the hub. - a patient platform, - a hub that is arranged in the centre of the patient platform in such a way that the patient platform is rotatably mounted around the hub, - several carrier arms (6, 7) that are connected to the hub, and are connected to one another, and wherein at least one rolling clement is arranged on each end of a carrier arm (6, 7), - several support rollers, characterised in that the support rollers are arranged bellow the patient platform on branches (60, 61, 70, 71) of the carrier arms (6, 7) in such a way that the patient platform is mounted on the support rollers and can be rotated around the hub.
A cylindrical battery, comprising: an electrode assembly having a positive electrode plate and a negative electrode plate wound through a separator; an electrolyte; a bottomed cylindrical outer can configured to house the electrode assembly and the electrolyte; a sealing plate configured to seal an opening of the outer can; a gasket arranged on a circumferential edge of the sealing plate; and an insulating plate arranged between the electrode assembly and the sealing plate, wherein the gasket is compressed in a radial direction between an end face of the circumferential edge of the sealing plate and the outer can, and the outer can has a locking part to be engaged with a circumferential edge of the insulating plate. an electrode assembly having a positive electrode plate and a negative electrode plate wound through a separator; an electrolyte; a bottomed cylindrical outer can configured to house the electrode assembly and the electrolyte; a sealing plate configured to seal an opening of the outer can; a gasket arranged on a circumferential edge of the sealing plate; and an insulating plate arranged between the electrode assembly and the sealing plate, wherein the gasket is compressed in a radial direction between an end face of the circumferential edge of the sealing plate and the outer can, and the outer can has a locking part to be engaged with a circumferential edge of the insulating plate.
Method for the conversion of a cytosine base in a nucleic acid to an uracil base, comprising the steps of: a) incubating the nucleic acid in the presence of sulfite ions whereby the nucleic acid is deaminated, b) binding the deaminated nucleic acid to a solid phase, c) optionally washing the deaminated solid phase bound nucleic acid, d) incubating the deaminated solid phase bound nucleic acid under alkaline conditions whereby the deaminated nucleic acid is desulfonated, e) optionally washing the deaminated and desulfonated solid phase bound nucleic acid, and f) optionally eluting the deaminated and desulfonated nucleic acid from the solid phase. a) incubating the nucleic acid in the presence of sulfite ions whereby the nucleic acid is deaminated, b) binding the deaminated nucleic acid to a solid phase, c) optionally washing the deaminated solid phase bound nucleic acid, d) incubating the deaminated solid phase bound nucleic acid under alkaline conditions whereby the deaminated nucleic acid is desulfonated, e) optionally washing the deaminated and desulfonated solid phase bound nucleic acid, and f) optionally eluting the deaminated and desulfonated nucleic acid from the solid phase.
A method of providing compensation offsets for use in performing sample adaptive offset loop filtering in High Efficiency Video Coding on a set of reconstructed samples of an image, each sample having a sample value, the method comprising selecting, based on a rate distortion criterion, a group of classes from among a plurality of predetermined groups of classes, each one of said predetermined groups of classes having a range and being made up of a plurality of classes, each defining a range of sample values within said range, into which class a sample is put if its sample value is within the range of the class concerned, and the predetermined groups of classes including groups of classes having different respective centre positions within a full range of the sample values; and associating with each class of the selected group of classes a compensation offset for application to the sample value of each sample of the class concerned, characterized in that said different respective centre positions include centre positions different from a centre of said full range.
An article of footwear (10, 110) having an upper (120, 20) and a sole structure (130, 30) secured to the upper (120, 20), the sole structure (130, 30) comprising: a fluid-filled chamber (146, 148) including a plurality of chamber arms (150, 250, 550) and a plurality of web members (156, 256, 556) connecting adjacent chamber arms (150, 250, 550), a top portion of the chamber (146, 148) being formed from the web members (156, 256, 556) and top portions of the chamber arms (150, 250, 550); and a resilient foam framework having a top portion, a bottom portion, support walls, and a recess including a plurality of channels receiving the chamber arms (150, 250, 550), the plurality of channels defined by the support walls and the bottom portion; wherein undersides of the web members (156, 256, 556) are secured to the top portion of the framework along a footbed plane, and the fluid-filled chamber (146, 148) is retained within the framework generally free of bonds between undersides of the chamber arms (150, 250, 550) and the support walls and the bottom portion of the framework.
A pharmaceutical composition, comprising: an active component selected from risperidone or a salt thereof, 9-hydroxy risperidone or a salt thereof; and a polymer blend consisting of a first uncapped poly(lactide-co-glycolide) and a second uncapped poly(lactide-co-glycolide), wherein the first uncapped poly(lactide-co-glycolide) has a molar ratio of lactide to glycolide of 65:35 to 90:10, a weight average molecular weight of 50,000-145,000; the second uncapped poly(lactide-co-glycolide) has a molar ratio of lactide to glycolide of 50:50 to 75:25, a weight average molecular weight of 4,000-45,000; and wherein a weight content of the active component in the pharmaceutical composition is within a range from 10% to 60%, preferably from 35% to 55%, more preferably from 40% to 50%; a weight content of the polymer blend in the pharmaceutical composition is within a range from 40% to 90%, preferably from 45% to 65%, more preferably from 50% to 60%; and the pharmaceutical composition is present in the form of microspheres. an active component selected from risperidone or a salt thereof, 9-hydroxy risperidone or a salt thereof; and a polymer blend consisting of a first uncapped poly(lactide-co-glycolide) and a second uncapped poly(lactide-co-glycolide), wherein the first uncapped poly(lactide-co-glycolide) has a molar ratio of lactide to glycolide of 65:35 to 90:10, a weight average molecular weight of 50,000-145,000; the second uncapped poly(lactide-co-glycolide) has a molar ratio of lactide to glycolide of 50:50 to 75:25, a weight average molecular weight of 4,000-45,000; and wherein a weight content of the active component in the pharmaceutical composition is within a range from 10% to 60%, preferably from 35% to 55%, more preferably from 40% to 50%; a weight content of the polymer blend in the pharmaceutical composition is within a range from 40% to 90%, preferably from 45% to 65%, more preferably from 50% to 60%; and the pharmaceutical composition is present in the form of microspheres.
A method for operating an image display device by which users are able to interact with the image display device interface menu in a language of preference, said method for operating an image display device comprising the steps of; a) verifying that a given channel is being continually viewed for a minimum period of time duration of preferably 30 minutes, b) detecting a language of preference of a user in said given channel by way of detecting a constant visual pattern indicative of said given channel being viewed, and matching the obtained visual pattern indicative of said given channel being viewed with a plurality of visual patterns so as to determine a particular channel as an actual channel being viewed, and determining the broadcast language in association with said actual channel being viewed and, c) automatically updating the image display device interface menu to the broadcast language in association with said actual channel being viewed. a) verifying that a given channel is being continually viewed for a minimum period of time duration of preferably 30 minutes, b) detecting a language of preference of a user in said given channel by way of detecting a constant visual pattern indicative of said given channel being viewed, and matching the obtained visual pattern indicative of said given channel being viewed with a plurality of visual patterns so as to determine a particular channel as an actual channel being viewed, and determining the broadcast language in association with said actual channel being viewed and, c) automatically updating the image display device interface menu to the broadcast language in association with said actual channel being viewed.
An apparatus for production of pulverulent poly(meth)acrylate, comprising a reactor for droplet polymerization, having an apparatus for dropletization of a monomer solution for the production of the poly(meth)acrylate, having holes through which the solution is dropletized, an addition point for a gas above the apparatus for dropletization, at least one gas withdrawal point on the periphery of the reactor and a fluidized bed, where the outermost holes through which the solution is dropletized are positioned such that a droplet falling vertically downward falls into the fluidized bed and the hydraulic diameter at the level of the midpoint between the apparatus for dropletization and the gas withdrawal point is at least 10% greater than the hydraulic diameter of the fluidized bed, where the reactor widens conically above the fluidized bed to its maximum hydraulic diameter and the at least one gas withdrawal point is positioned at the transition from the conical widening above the fluidized bed to the cylindrical wall of the reactor, where the diameter of the conical widening above the fluidized bed is greater at the upper end of the widening than the diameter of the reactor wall above the conical widening, wherein the reactor wall projects into the conical widening so as to form an annular gap in which the gas withdrawal point is positioned between the conical widening and the reactor wall.
A device 32 for braking and/or reversing the direction of rotation of a component 2 capable of being driven rotationally by an electric motor drive 34, in particular of a rotor 2 of an electric motor operating as the brake actuator of vehicle braking device, containing an elastic spring device 6, 8, characterised by a) a supporting portion 10, 12 of the elastic spring device 6, 8 that is supported such that it is unable to rotate, b) a coupling device 18, 20, 22, 26 by means of which a coupling portion 18, 20 of the spring device 6, 8 can be rotationally coupled to or rotationally decoupled from the rotationally drivable component 2, in which c) when the rotationally drivable component 2 is coupled to the spring device 6, 8 by the coupling device 18, 20, 22, 26, the rotational movements of said rotationally drivable component 2 give rise to elastic deformations of the spring device 6, 8. a) a supporting portion 10, 12 of the elastic spring device 6, 8 that is supported such that it is unable to rotate, b) a coupling device 18, 20, 22, 26 by means of which a coupling portion 18, 20 of the spring device 6, 8 can be rotationally coupled to or rotationally decoupled from the rotationally drivable component 2, in which c) when the rotationally drivable component 2 is coupled to the spring device 6, 8 by the coupling device 18, 20, 22, 26, the rotational movements of said rotationally drivable component 2 give rise to elastic deformations of the spring device 6, 8.
A method for operating a wind farm having two or more wind turbines, which comprises a farm controller which presets a desired value for an electric variable of the wind farm to be generated, wherein the farm controller continuously calculates an average increase of the actual values of the electric variable for at least one time interval and compares it with a maximum value for the increase of the electric variable in said time interval, characterized in that - the farm controller determines, in case that the average increase in each of the at least one time interval is smaller than the maximum value for the increase in said time interval, a new desired value for the electric variable of the wind farm by - the farm controller determining a proposed desired value for each time interval based on an actual value of the electrical variable continuously averaged over said time interval, as the sum of the actual value of the electrical variable averaged over said time interval plus the maximum value for the increase of the electric variable in said time interval multiplied by a gradient factor, wherein the gradient factor is greater than zero and smaller than one and - the farm controller is further selecting a minimum value from the determined proposed desired values as the new desired value for the wind farm. - the farm controller determines, in case that the average increase in each of the at least one time interval is smaller than the maximum value for the increase in said time interval, a new desired value for the electric variable of the wind farm by - the farm controller determining a proposed desired value for each time interval based on an actual value of the electrical variable continuously averaged over said time interval, as the sum of the actual value of the electrical variable averaged over said time interval plus the maximum value for the increase of the electric variable in said time interval multiplied by a gradient factor, wherein the gradient factor is greater than zero and smaller than one and - the farm controller is further selecting a minimum value from the determined proposed desired values as the new desired value for the wind farm.