mhurhangee/ep-ind-claims huggingface dataset:
A medical image processing apparatus for generating a volume rendering image on the basis of voxel volume data covering a lung and acquired by an X-ray computed tomography, the apparatus comprising: an extracting unit (17, 20) adapted to extract from the voxel volume data a processing target region corresponding to a lung field, and to segment said target region into a foreground region almost corresponding to lung blood vessels and a nodule and a background region other than the foreground region; a data analyzing unit adapted to generate a histogram concerning voxel volume data in the foreground region segmented from the processing target region, to exert a fitting process to a fitting region which is determined on the basis of maximum value in a positive or negative region on the histogram, and to set an opacity curve on the basis of a fitting process result of the fitting process, the image generation parameter giving priority to a nodule candidate region or an extended nodule candidate region, which comprises a nodule candidate region and a surrounding region contiguous with it; and an image processing unit adapted to generate a volume rendering image on the basis of the set opacity curve. an extracting unit (17, 20) adapted to extract from the voxel volume data a processing target region corresponding to a lung field, and to segment said target region into a foreground region almost corresponding to lung blood vessels and a nodule and a background region other than the foreground region; a data analyzing unit adapted to generate a histogram concerning voxel volume data in the foreground region segmented from the processing target region, to exert a fitting process to a fitting region which is determined on the basis of maximum value in a positive or negative region on the histogram, and to set an opacity curve on the basis of a fitting process result of the fitting process, the image generation parameter giving priority to a nodule candidate region or an extended nodule candidate region, which comprises a nodule candidate region and a surrounding region contiguous with it; and an image processing unit adapted to generate a volume rendering image on the basis of the set opacity curve.
A composition comprising lopinavir and ritonavir for use as a medicament in the treatment of cancer or benign proliferative disorders (warts) or in the prevention of the development of cancer wherein the cancer or disorder is caused by Human Papilloma Virus.
A method of accelerating particles material cleaning with a strong magnet, comprising: a material enters from a material inlet; an acceleration of the material is achieved by a wind airflow with an accelerator, wherein material particles move with a predetermined speed, and a location point and a speed when the material reaches a maximum speed is configured to be controlled, wherein a material speed is regulated by a wind speed, and the location point when the material reaches the maximum speed is a speed of an end area of the accelerator; a strong magnetic field unit is installed at a point between where the material enters from the material inlet and exits from a material exit; preferably wherein the strong magnetic field unit is installed adjacent to the point where the material reaches the maximum speed; the internal strong magnetic field unit is configured to generate an internal strong magnetic field; the internal strong magnetic field eliminates a gravitational force comprising an electromagnetic force, a van der Waals force, and a liquid bridge between the material and the impurities attached to a material surface; at the same time, combined with the wind airflow and a frictional collision with internal parts, the van der Waals force and the liquid bridge between the material particles and the impurities attached to the material particles are weakened, improving a cleanliness of the material, characterised in that the magnetic field intensity generated by the magnetic field unit is higher than 0.06 tesla (600 gauss) at 2 mm from the magnet. a material enters from a material inlet; an acceleration of the material is achieved by a wind airflow with an accelerator, wherein material particles move with a predetermined speed, and a location point and a speed when the material reaches a maximum speed is configured to be controlled, wherein a material speed is regulated by a wind speed, and the location point when the material reaches the maximum speed is a speed of an end area of the accelerator; a strong magnetic field unit is installed at a point between where the material enters from the material inlet and exits from a material exit; preferably wherein the strong magnetic field unit is installed adjacent to the point where the material reaches the maximum speed; the internal strong magnetic field unit is configured to generate an internal strong magnetic field; the internal strong magnetic field eliminates a gravitational force comprising an electromagnetic force, a van der Waals force, and a liquid bridge between the material and the impurities attached to a material surface; at the same time, combined with the wind airflow and a frictional collision with internal parts, the van der Waals force and the liquid bridge between the material particles and the impurities attached to the material particles are weakened, improving a cleanliness of the material, characterised in that the magnetic field intensity generated by the magnetic field unit is higher than 0.06 tesla (600 gauss) at 2 mm from the magnet.
Polycrystalline lithium manganese oxide particles represented by Chemical Formula 1: <Chemical Formula 1> Li (1+x) Mn (2-x-y-f) Al y Na f O (4-z) where 0<y≤0.2, 0<f≤0.2, and 0≤z≤0.2.
An RFID plug adapted to be affixed to a tire pre-vulcanization that maintains operability for scanning, identifying, and/or sensing conditions of the tire before, during, and post-vulcanization of the tire, the RFID plug comprising: an elongate stem; a head disposed at a first end of the stem, the head containing an RFID device that is configured for scanning, identifying, and/or sensing conditions of the tire and to further communicate the same to an RFID reader; and a retention feature disposed at a second end of the stem opposite the first end, the retention feature configured to resist pulling forces on the head and the stem, characterized in that the head is enlarged relative to the elongate stem and the retention feature and includes an upper planar surface and a lower planar surface with the RFID device sandwiched therebetween such that the RFID device is completely encased within the head. an elongate stem; a head disposed at a first end of the stem, the head containing an RFID device that is configured for scanning, identifying, and/or sensing conditions of the tire and to further communicate the same to an RFID reader; and a retention feature disposed at a second end of the stem opposite the first end, the retention feature configured to resist pulling forces on the head and the stem, characterized in that the head is enlarged relative to the elongate stem and the retention feature and includes an upper planar surface and a lower planar surface with the RFID device sandwiched therebetween such that the RFID device is completely encased within the head.
A method comprising: receiving, in a device, from a local node via a first channel which is a local-range channel, a secret value and receiving in the device, also from the local node, via a second channel which traverses a wireless base station, a random value, and causing transmission, from the device, to the local node of a first message comprising a hash value, the hash value being derived based on a set comprising the secret value, the random value, and an instruction, to configure the local node to perform an action as a response to the instruction. receiving, in a device, from a local node via a first channel which is a local-range channel, a secret value and receiving in the device, also from the local node, via a second channel which traverses a wireless base station, a random value, and causing transmission, from the device, to the local node of a first message comprising a hash value, the hash value being derived based on a set comprising the secret value, the random value, and an instruction, to configure the local node to perform an action as a response to the instruction.
Electromagnetic rotary drive, designed as bearingless motor, comprising a magnetically journalled rotor, wherein the rotor is a permanent magnetically excited rotor, and a stator which comprises a drive winding for producing a magnetic rotary drive field which produces a torque on the rotor, wherein the drive winding has a number of pole pairs equal to one, and wherein the stator further comprises a control winding for producing a magnetic rotary control field by means of which the position of the rotor with respect to the stator can be regulated, and wherein the stator has exactly six stator teeth with at least one concentrated coil (41a, 42a, 41b, 42b, 41c, 42c, 41u, 42u, 41v, 42v, 41w, 42w; 41 - 46) each on each stator tooth, characterized in that a control device determines phase currents for the drive winding in such a way that in each case three adjacent stator teeth form a magnetic north pole of the rotary drive field.
A method comprising, performed by at least one apparatus: estimating successive headings of a mobile device based on respective results of measurements by the mobile device on radio signal transmitted by a plurality of transmitters to obtain estimated headings; computing a mean heading based on a predetermined number of the estimated headings and computing a standard deviation of the predetermined number of estimated headings; determining whether the mean heading is to be considered valid based on the computed standard deviation of the estimated headings; and providing an indication of the mean heading as an indication of a current heading of the mobile device for use by a specific application only if the mean heading is determined to be considered valid, wherein computing the mean heading and the standard deviation comprises removing effects of a discontinuity occurring at boundaries of a used range of headings in degrees; characterized in that the plurality of transmitters comprises at least one of: terrestrial cellular transmitters; access points of at least one wireless local area network; Bluetooth transmitters; and Bluetooth low energy transmitters. estimating successive headings of a mobile device based on respective results of measurements by the mobile device on radio signal transmitted by a plurality of transmitters to obtain estimated headings; computing a mean heading based on a predetermined number of the estimated headings and computing a standard deviation of the predetermined number of estimated headings; determining whether the mean heading is to be considered valid based on the computed standard deviation of the estimated headings; and providing an indication of the mean heading as an indication of a current heading of the mobile device for use by a specific application only if the mean heading is determined to be considered valid, wherein computing the mean heading and the standard deviation comprises removing effects of a discontinuity occurring at boundaries of a used range of headings in degrees; characterized in that the plurality of transmitters comprises at least one of: terrestrial cellular transmitters; access points of at least one wireless local area network; Bluetooth transmitters; and Bluetooth low energy transmitters. terrestrial cellular transmitters; access points of at least one wireless local area network; Bluetooth transmitters; and Bluetooth low energy transmitters.
An interlayer film for an automotive windshield, the interlayer film comprising, on both surfaces thereof: a large number of recesses; and a large number of projections, the recesses having a groove shape with a continuous bottom, the recesses being adjacently arranged regularly side by side in parallel with one another, characterized in that the recesses in a groove shape with a continuous bottom on both surfaces being inclined at 55° or more relative to a machine direction of the film in production of the interlayer film for an automotive windshield, wherein the inclination of the recesses refers to an acute angle which the recesses form with the machine direction of the film, wherein the machine direction of the film in production of the interlayer film for laminated glass is either the parallel direction or the perpendicular direction of the film, in whichever shrinkage is greater after storage the interlayer film for laminated glass in a constant-temperature bath at 140°C for 30 minutes. a large number of recesses; and a large number of projections, the recesses having a groove shape with a continuous bottom, the recesses being adjacently arranged regularly side by side in parallel with one another, characterized in that the recesses in a groove shape with a continuous bottom on both surfaces being inclined at 55° or more relative to a machine direction of the film in production of the interlayer film for an automotive windshield, wherein the inclination of the recesses refers to an acute angle which the recesses form with the machine direction of the film, wherein the machine direction of the film in production of the interlayer film for laminated glass is either the parallel direction or the perpendicular direction of the film, in whichever shrinkage is greater after storage the interlayer film for laminated glass in a constant-temperature bath at 140°C for 30 minutes.
Apparatus for multi-spot-scanning-microscopy, comprising a multi-color light source for providing of at least one illumination light beam, a separation device for separating the illumination light beam into a plurality of partial illumination light beams (11,.., 14), first optical means for providing of an illumination beam path for guiding and focusing of the respective partial illumination light beams (11,.., 14), in each case, to an illumination spot (41,.., 44) on or in a sample to be investigated, a scan unit for directing the illumination spots (41,..,44) across the sample, a detection unit (D1,.., D4) for detecting the detection light that the sample, upon irradiation with the respective partial illumination beams (31,.., 34) emits into partial detection beams (51,.., 54), second optical means for providing of a detection beam path (51,.., 54) for guiding said partial detection beams (51,.., 54) on the detection unit (D1,.., D4), a control and evaluation unit for controlling the scan unit and for evaluating the detection light detected by the detection unit (D1,.., D4), characterized in that a controllable beam manipulation means (21, 22, 23, 24) is present in the illumination beam path for at least two of the partial illumination beams (11,.., 14) for the independent adjustment of a spectral composition of the respective partial illumination path (11,.., 14) and that the control and evaluation unit is designed for controlling the beam manipulation means (21,.., 24).
A bearing assembly comprising: - a bearing for mounting a machine part; - at least one electronic module, - an installation space for receiving the at least one electronic module; - a carrier which extends in the installation space and has an electric line comprising a plurality of electric conductor tracks extending in the longitudinal direction of the carrier; wherein the at least one electronic module is attached to the carrier and is contacted with one or more of the conductor tracks; characterised in that the electric line is constructed of a plurality of electrically conductive and electrically non-conductive layers stacked on top of one another and comprises at least one continuous electric conductor track and at least one interrupted electric conductor track having at least one interruption, wherein the interrupted conductor track extends before and after the interruption parallel to the continuous conductor track; and that at least one electronic module with a first contact point is connected to the interrupted conductor track before the interruption and with a second contact point to the interrupted conductor track after the interruption; wherein the electronic module receives an input signal via the first contact point, converts said signal into an output signal and outputs the output signal at the second contact point. - a bearing for mounting a machine part; - at least one electronic module, - an installation space for receiving the at least one electronic module; - a carrier which extends in the installation space and has an electric line comprising a plurality of electric conductor tracks extending in the longitudinal direction of the carrier; wherein the at least one electronic module is attached to the carrier and is contacted with one or more of the conductor tracks; characterised in that the electric line is constructed of a plurality of electrically conductive and electrically non-conductive layers stacked on top of one another and comprises at least one continuous electric conductor track and at least one interrupted electric conductor track having at least one interruption, wherein the interrupted conductor track extends before and after the interruption parallel to the continuous conductor track; and that at least one electronic module with a first contact point is connected to the interrupted conductor track before the interruption and with a second contact point to the interrupted conductor track after the interruption; wherein the electronic module receives an input signal via the first contact point, converts said signal into an output signal and outputs the output signal at the second contact point.
A corticotropin-releasing factor type-1 (CRF 1) antagonist or a pharmaceutically acceptable salt thereof, for use in the treatment or prevention of testicular adrenal rest tumors (TART) or ovarian adrenal rest tumors (OART) in a subject in need thereof.
A method of providing an augmented reality game environment within a game space, the method comprising: obtaining, by a processor, sensor data for the game space; determining, by the processor, a position of a player in the game space based on the sensor data; generating, by the processor, player image data of a peripersonal boundary of the player based on the determined position of the player for rendering a representation of the peripersonal boundary in the game space, the peripersonal boundary being disposed about, and spaced from, the determined position for simulated interaction of the player peripersonal boundary with a target object of the augmented reality game environment within the game space, wherein the peripersonal boundary acts as an interaction modality of the game environment and provides a mechanism by which the player manipulates the target object; obtaining, by the processor, player data for the player via an input modality, the player data being indicative of a player directive to modulate the peripersonal boundary; adjusting, by the processor, a size of the peripersonal boundary as a function of the player data; and updating, by the processor, the player image data based on the adjusted size of the peripersonal boundary. obtaining, by a processor, sensor data for the game space; determining, by the processor, a position of a player in the game space based on the sensor data; generating, by the processor, player image data of a peripersonal boundary of the player based on the determined position of the player for rendering a representation of the peripersonal boundary in the game space, the peripersonal boundary being disposed about, and spaced from, the determined position for simulated interaction of the player peripersonal boundary with a target object of the augmented reality game environment within the game space, wherein the peripersonal boundary acts as an interaction modality of the game environment and provides a mechanism by which the player manipulates the target object; obtaining, by the processor, player data for the player via an input modality, the player data being indicative of a player directive to modulate the peripersonal boundary; adjusting, by the processor, a size of the peripersonal boundary as a function of the player data; and updating, by the processor, the player image data based on the adjusted size of the peripersonal boundary.
A method for handling intrusion to an electronic equipment, the method comprising: - detecting an intrusion to the electronic equipment, - storing an intrusion entry in a first memory indicating the detected intrusion, and - storing an associated sign-off message in a second memory, different from the first memory, which identifies the stored intrusion entry, the sign-off message comprising a signature that validates the detected intrusion, wherein the intrusion entry and the sign-off message comprise an identification and/or timestamp to enable validation of the detected intrusion by matching of said intrusion entry with the associated sign-off message. - detecting an intrusion to the electronic equipment, - storing an intrusion entry in a first memory indicating the detected intrusion, and - storing an associated sign-off message in a second memory, different from the first memory, which identifies the stored intrusion entry, the sign-off message comprising a signature that validates the detected intrusion, wherein the intrusion entry and the sign-off message comprise an identification and/or timestamp to enable validation of the detected intrusion by matching of said intrusion entry with the associated sign-off message.
Stator device for a linear motor, comprising: an electrically energizable magnetic field generator for forming a magnetic field, a holding module for holding the magnetic field generator, wherein the magnetic field generator is fastened to the holding module, a mounting device which is formed separately from the holding module, wherein the holding module is fastened to the mounting device, wherein the holding module has a first (703, 805) and a second (705, 807) holding device to which the magnetic field generator is fastened, wherein the magnetic field generator is arranged between the two holding devices (805, 807), and wherein the two holding devices (805, 807) are fastened to opposite sides of the mounting device, wherein the magnetic field generator comprises a stator tooth (401, 501, 707) and a coil (307, 709) wound around the stator tooth, wherein the stator tooth is inserted and fixed by way of a first end into a first recess of the first holding device (703, 805) and by way of a second end into a second recess of the second holding device (705, 807), and wherein the mounting device is designed for the fastening of a guide for guiding a vehicle, characterized in that the first (703, 805) and/or the second (705, 807) holding device are designed as printed circuit boards. an electrically energizable magnetic field generator for forming a magnetic field, a holding module for holding the magnetic field generator, wherein the magnetic field generator is fastened to the holding module, a mounting device which is formed separately from the holding module, wherein the holding module is fastened to the mounting device, wherein the holding module has a first (703, 805) and a second (705, 807) holding device to which the magnetic field generator is fastened, wherein the magnetic field generator is arranged between the two holding devices (805, 807), and wherein the two holding devices (805, 807) are fastened to opposite sides of the mounting device, wherein the magnetic field generator comprises a stator tooth (401, 501, 707) and a coil (307, 709) wound around the stator tooth, wherein the stator tooth is inserted and fixed by way of a first end into a first recess of the first holding device (703, 805) and by way of a second end into a second recess of the second holding device (705, 807), and wherein the mounting device is designed for the fastening of a guide for guiding a vehicle,