mhurhangee/ep-ind-claims huggingface dataset:
A method for performing an early virtualization context switch in a virtualized accelerated processing device, APD, the method comprising: determining, prior to completion of a time-slice for a current function associated with performing work for a virtual machine on the virtualized APD, that the APD is idle, wherein determining that the APD is idle further comprises determining that no doorbells are received during a timeout period after the APD becomes idle; responsive to the determining, performing an early virtualization context switch to a subsequent function, the early virtualization context switch including: saving state on the APD for the current function; loading state for the subsequent function on the APD; and starting work for the subsequent function on the APD. determining, prior to completion of a time-slice for a current function associated with performing work for a virtual machine on the virtualized APD, that the APD is idle, wherein determining that the APD is idle further comprises determining that no doorbells are received during a timeout period after the APD becomes idle; responsive to the determining, performing an early virtualization context switch to a subsequent function, the early virtualization context switch including: saving state on the APD for the current function; loading state for the subsequent function on the APD; and starting work for the subsequent function on the APD. saving state on the APD for the current function; loading state for the subsequent function on the APD; and starting work for the subsequent function on the APD.
Method for coding at least one current integral image (II j) captured by an image capture device, comprising the following steps: - decompose the current integral image into at least one view (V u) representing a given perspective of a scene and based on at least one image capture parameter associated with the image capture device, - code said at least one view, - decode said at least one view, - re-compose the current integral image starting from said at least one view decoded by application of an inverse decomposition of said decomposition of the integral image and based on said at least one image capture parameter associated with the image capture device, characterized in that the method also comprises the following steps: - determine a residual integral image (IIres j) by comparison of said at least one current integral image with said re-composed integral image, - code the data associated with the residual integral image and said at least one image capture parameter associated with the image capture device. - decompose the current integral image into at least one view (V u) representing a given perspective of a scene and based on at least one image capture parameter associated with the image capture device, - code said at least one view, - decode said at least one view, - re-compose the current integral image starting from said at least one view decoded by application of an inverse decomposition of said decomposition of the integral image and based on said at least one image capture parameter associated with the image capture device, characterized in that the method also comprises the following steps: - determine a residual integral image (IIres j) by comparison of said at least one current integral image with said re-composed integral image, - code the data associated with the residual integral image and said at least one image capture parameter associated with the image capture device.
An amount of cholesterol biosynthesis inhibitor sufficient to induce ERβ in cancer cells and (i) a therapeutically effective amount of a selective or nonselective ERβ agonist and (ii) a therapeutically effective amount of an antihormone for use in the treatment of cancer in a subject, wherein the cholesterol biosynthesis inhibitor and selective or nonselective ERβ agonist and antihormone are administered sequentially or concurrently.
Method for controlling at least one light barrier, wherein an optical transmitter transmits light to an optical receiver, wherein the received light is taken as a basis for ascertaining a present reception level, and wherein a control circuit is used to check whether the present reception level is below a lower threshold value (THl) or is above an upper threshold value (THh), in order to establish whether or not the light barrier is broken, characterized in that the threshold values (THl; THh) are first of all set on the basis of a prescribable minimum reception level (TVm), which marks a lower limit for the usable reception levels produced by the receiver, such that the threshold values (THl; THh) each correspond to a fraction of the minimum reception level (TVm), wherein a permissible reception level range is defined between the minimum reception level (TVm) and a prescribable saturation reception level, and wherein a first series of steps involves checking whether the present reception level is outside this permissible reception level range (step 1112), and if this is the case a second series of steps involves at least one parameter for the operation of the optical transmitter being calibrated on the basis of the minimum reception level (TVm) and/or the saturation reception level, wherein the parameter is calibrated by calculating a gradient (grad; gradI) of a characteristic curve that is characteristic of the light barrier and wherein the parameter is reset to a target value that is calculated on the basis of the gradient (gradI) (steps 1231, 1232).
A computer-implemented method for computer vision object occlusion handling, the method comprising: projecting map points observable from a 3D map to points of a keyframe, wherein the keyframe comprises an image with an associated camera viewpoint; creating, from each of the points of the keyframe, a depth map comprising a plurality of depth map points, wherein each depth map point comprises a value representing a distance from the keyframe's associated camera viewpoint to a respective map point from the 3D map, and wherein if a depth map point represents a plurality of respective map point distances, the value comprises a smallest of the plurality of respective map point distances; identifying potentially visible points in the keyframe, the potentially visible points comprising the points of the keyframe having a representative distance within the depth map; selecting a plurality of the potentially visible points to test for visibility in the image; testing the selected plurality of the potentially visible points for visibility, wherein the testing comprises determining whether each of the plurality of the potentially visible points comprises a surrounding image patch from the keyframe that corresponds to an image patch from the 3D map; and mapping an environment according to results from the testing for visibility. projecting map points observable from a 3D map to points of a keyframe, wherein the keyframe comprises an image with an associated camera viewpoint; creating, from each of the points of the keyframe, a depth map comprising a plurality of depth map points, wherein each depth map point comprises a value representing a distance from the keyframe's associated camera viewpoint to a respective map point from the 3D map, and wherein if a depth map point represents a plurality of respective map point distances, the value comprises a smallest of the plurality of respective map point distances; identifying potentially visible points in the keyframe, the potentially visible points comprising the points of the keyframe having a representative distance within the depth map; selecting a plurality of the potentially visible points to test for visibility in the image; testing the selected plurality of the potentially visible points for visibility, wherein the testing comprises determining whether each of the plurality of the potentially visible points comprises a surrounding image patch from the keyframe that corresponds to an image patch from the 3D map; and mapping an environment according to results from the testing for visibility.
System for cooling technical units in a rail vehicle, comprising a container assembly having a plurality of chambers, wherein each technical unit is arranged in a chamber assigned thereto, which chamber in each case comprises at least one supply-air opening and in each case at least one exhaust-air opening, and wherein at least one fan for forced ventilation of the chambers and also air guides between the fans and the chambers are provided, characterized in that the chambers are equipped with force-actuatable control flaps in their respective cooling air flow.
A transaction card, comprising: a first card component, including: a first surface; and a first structural feature associated with the first surface; and a second card component separate from the first card component and attachable thereto, wherein the second card component includes: a second surface; and a second structural feature associated with the second surface; the transaction card being characterized in further comprising: a first bracing layer between the first and second card components, wherein: the first bracing layer is affixed to one of the first and second surfaces; and one of the first and second structural features is disposed on the first bracing layer; and wherein the first and second structural features are configured to interconnect. a first surface; and a first structural feature associated with the first surface; and a second card component separate from the first card component and attachable thereto, wherein the second card component includes: a second surface; and a second structural feature associated with the second surface; the transaction card being characterized in further comprising: a first bracing layer between the first and second card components, wherein: the first bracing layer is affixed to one of the first and second surfaces; and one of the first and second structural features is disposed on the first bracing layer; and wherein the first and second structural features are configured to interconnect. a second surface; and a second structural feature associated with the second surface; the transaction card being characterized in further comprising: a first bracing layer between the first and second card components, wherein: the first bracing layer is affixed to one of the first and second surfaces; and one of the first and second structural features is disposed on the first bracing layer; and wherein the first and second structural features are configured to interconnect. the first bracing layer is affixed to one of the first and second surfaces; and one of the first and second structural features is disposed on the first bracing layer; and wherein the first and second structural features are configured to interconnect.
A device for measuring mechanical clearance between a deformable duct and a rigid wall, the device comprising at least one carriage arranged: - to move inside the duct up to a portion of the duct, of a predefined position (x), and - to carry a measurement structure comprising at least one push ram connected to a push pad, the push pad being shaped to bear on an internal surface element of the duct portion, wherein the push ram is arranged to convert a pressure received into a mechanical force exerted, via the push pad, on the internal surface element of the duct portion by inducing at least one radial deformation (ΔM1) of the duct portion until a threshold is detected, the device further including: - a member for pressurising the push ram, capable of measuring at least the pressure exerted on the push ram, - measurement equipment capable of obtaining a measurement of the radial deformation (ΔM1) of the duct portion, the device comprising means for detecting said threshold, said threshold being detected from measurements of the pressure and the radial deformation (ΔM1) obtained by the device, the device being configured to obtain, after detecting the threshold, data relating to said mechanical clearance from, at least, the measurements of the pressure and the radial deformation (ΔM1). - to move inside the duct up to a portion of the duct, of a predefined position (x), and - to carry a measurement structure comprising at least one push ram connected to a push pad, the push pad being shaped to bear on an internal surface element of the duct portion, wherein the push ram is arranged to convert a pressure received into a mechanical force exerted, via the push pad, on the internal surface element of the duct portion by inducing at least one radial deformation (ΔM1) of the duct portion until a threshold is detected, the device further including: - a member for pressurising the push ram, capable of measuring at least the pressure exerted on the push ram, - measurement equipment capable of obtaining a measurement of the radial deformation (ΔM1) of the duct portion, the device comprising means for detecting said threshold, said threshold being detected from measurements of the pressure and the radial deformation (ΔM1) obtained by the device,
Use of a brazing material for brazing a brazed plate heat exchanger comprising a number of heat exchanger plates of stainless steel being provided with a pressed pattern of ridges and grooves adapted to provide contact points between neighbouring heat exchanger plates, such that the heat exchanger plates are kept on a distance from one another and such that interplate flow channels for media to exchange heat are formed between the heat exchanger plates, the brazing material comprising a brazing alloy comprising at least one melting point depressing element in the form of Silicon, Boron, Phosphorous and/or Manganese, and metals resembling the composition of the heat exchanger plates, characterized in that the brazing material comprises a mixture between grains of a melting brazing material having solidus and liquidus temperatures lower than the brazing temperature and a non-melting brazing material having solidus and liquidus temperatures above the brazing temperature, wherein the ratio between the melting and non-melting brazing materials is such that an alloy formed by the melting and non-melting brazing materials has a solidus temperature lower than the brazing temperature and a liquidus temperature higher than the brazing temperature, and wherein the melting brazing material grains comprise boron as a melting point lowering element.
Prosthetic device for a heart valve, comprising: - a valve portion (16, 63) with prosthetic leaflets capable of reproducing the function of the valve leaflets of a native heart valve, expandable from a collapsed configuration for implantation to a working expanded configuration, - a containment portion (18, 24, 32, 36, 51, 61) which surrounds the valve portion (16, 63) to contain and restrain its expansion in the working expanded configuration, wherein the containment portion is substantially non-extendable longitudinally, - a connecting portion which stably connects the valve portion to the containment portion (18, 24, 32, 36, 51, 61) through connecting elements (53, 55, 64) when the valve portion is in the collapsed configuration. - a valve portion (16, 63) with prosthetic leaflets capable of reproducing the function of the valve leaflets of a native heart valve, expandable from a collapsed configuration for implantation to a working expanded configuration, - a containment portion (18, 24, 32, 36, 51, 61) which surrounds the valve portion (16, 63) to contain and restrain its expansion in the working expanded configuration, wherein the containment portion is substantially non-extendable longitudinally, - a connecting portion which stably connects the valve portion to the containment portion (18, 24, 32, 36, 51, 61) through connecting elements (53, 55, 64) when the valve portion is in the collapsed configuration.
A method of generating a control packet by a first apparatus (410, 510) which supports dynamic tone pairing, DTP, and which communicates with a second apparatus (420, 520) via a plurality of medium access control, MAC, layers, the method comprising: selectively generating DTP reception setup information (216e, 216g) indicating whether to receive from the second apparatus DTP information for each of a plurality of links or one piece of DTP information for all of the plurality of links; and generating a control packet including the DTP reception setup information (216e, 216g); transmitting by the first apparatus to the second apparatus the generated control packet including a DTP information request requesting transmission of the DTP information for the plurality of links; and receiving from the second apparatus the DTP information for each of the plurality of links in response to the DTP reception setup information (216e, 216g) indicating to transmit the DTP information for each of the plurality of links; and receiving from the second apparatus one piece of DTP information for all of the plurality of links in response to the DTP reception setup information (216e, 216g) indicating to transmit the one piece of DTP information. selectively generating DTP reception setup information (216e, 216g) indicating whether to receive from the second apparatus DTP information for each of a plurality of links or one piece of DTP information for all of the plurality of links; and generating a control packet including the DTP reception setup information (216e, 216g); transmitting by the first apparatus to the second apparatus the generated control packet including a DTP information request requesting transmission of the DTP information for the plurality of links; and receiving from the second apparatus the DTP information for each of the plurality of links in response to the DTP reception setup information (216e, 216g) indicating to transmit the DTP information for each of the plurality of links; and receiving from the second apparatus one piece of DTP information for all of the plurality of links in response to the DTP reception setup information (216e, 216g) indicating to transmit the one piece of DTP information.
A mobile device for communication with a charge pad, the mobile device comprising: a battery to power the mobile device; a power coil coupled to the battery, the power coil to receive a wireless charge from at least one of a plurality of charge pad power coils; a communication device for enabling communications with the charge pad to send a command from the mobile device to the charge pad to adjust a characteristic of the wireless charge based on the command from the mobile device; and a processor coupled to the communication device, wherein the processor is operable to actively monitor the wireless charge of the mobile device in conjunction with a current state of the mobile device under charge, to analyze the characteristic of the wireless charge in conjunction with a testing sequence of the charge pad, and to direct the communication device to send the command to the charge pad, wherein the command is based on the active monitoring and the analysis of the characteristic of the wireless charge, characterized in that the communication device is further configured to initiate the testing sequence to test a plurality of charge rates, to test the plurality of charge rates by sequentially testing a list of supported charge rates included in a compliance parameter received from the charge pad and to perform a selection of one of the plurality of charge rates for the wireless charge, wherein the characteristic of the wireless charge comprises the selection of the one of the plurality of charge rates. a power coil coupled to the battery, the power coil to receive a wireless charge from at least one of a plurality of charge pad power coils; a communication device for enabling communications with the charge pad to send a command from the mobile device to the charge pad to adjust a characteristic of the wireless charge based on the command from the mobile device; and a processor coupled to the communication device, wherein the processor is operable to actively monitor the wireless charge of the mobile device in conjunction with a current state of the mobile device under charge, to analyze the characteristic of the wireless charge in conjunction with a testing sequence of the charge pad, and to direct the communication device to send the command to the charge pad, wherein the command is based on the active monitoring and the analysis of the characteristic of the wireless charge, characterized in that the communication device is further configured to initiate the testing sequence to test a plurality of charge rates, to test the plurality of charge rates by sequentially testing a list of supported charge rates included in a compliance parameter received from the charge pad and to perform a selection of one of the plurality of charge rates for the wireless charge, wherein the characteristic of the wireless charge comprises the selection of the one of the plurality of charge rates.
An arpeggiator that includes automatic performance part having an arpeggio pattern in which sound production timings of arpeggio constituent sounds are stored and for automatically playing an arpeggio by performing sound production based on a note number input by a performer at a sound production timing in the arpeggio pattern, the arpeggiator comprising: a sound range designation part for designating an output sound range of a performance part; and characterised in further comprising a sound range correction part for, in a case where the note number input by the performer is not within the sound range designated by the sound range designation part, correcting the note number to a note number within the sound range, wherein the automatic performance part is configured to automatically play the arpeggio by performing sound production based on the note number subjected to sound range correction by the sound range correction part at the sound production timing stored in the arpeggio pattern. a sound range designation part for designating an output sound range of a performance part; and characterised in further comprising a sound range correction part for, in a case where the note number input by the performer is not within the sound range designated by the sound range designation part, correcting the note number to a note number within the sound range, wherein the automatic performance part is configured to automatically play the arpeggio by performing sound production based on the note number subjected to sound range correction by the sound range correction part at the sound production timing stored in the arpeggio pattern.
A separation material comprising a hydroxyl-group containing base matrix, to the surfaces of which polymer chains are grafted by covalent bonding, characterized in that the polymer chains comprise amino acid end groups - N -R3 with a. Y being independently from each other H or CH3, preferably H, and b. R3 being -CHCOOMR4 with R4 being C1 to C4 alkyl or C1 to C4 perfluoroalkyl and M being H, Na, K, or NH 4. a. Y being independently from each other H or CH3, preferably H, and b. R3 being -CHCOOMR4