mhurhangee/ep-ind-claims huggingface dataset:
A streaming media system, comprising: a cache memory; and one or more processors configured to: first determine a number of discrete user input events to bring each element of a plurality of elements displayed in a graphical user interface into a location of interest, LOI, on the graphical user interface, wherein each element is associated with an application; second determine, based at least on the determined number of discrete user input events, a probability of each element displayed by the graphical user interface being selected for execution; generate, from the second determination, a list of applications associated with the elements having a greatest probability to be selected for execution; and load an application on the list of applications into the cache memory. a cache memory; and one or more processors configured to: first determine a number of discrete user input events to bring each element of a plurality of elements displayed in a graphical user interface into a location of interest, LOI, on the graphical user interface, wherein each element is associated with an application; second determine, based at least on the determined number of discrete user input events, a probability of each element displayed by the graphical user interface being selected for execution; generate, from the second determination, a list of applications associated with the elements having a greatest probability to be selected for execution; and load an application on the list of applications into the cache memory. first determine a number of discrete user input events to bring each element of a plurality of elements displayed in a graphical user interface into a location of interest, LOI, on the graphical user interface, wherein each element is associated with an application; second determine, based at least on the determined number of discrete user input events, a probability of each element displayed by the graphical user interface being selected for execution; generate, from the second determination, a list of applications associated with the elements having a greatest probability to be selected for execution; and load an application on the list of applications into the cache memory.
Panel comprising a rigid support comprising at least one surface (7 or 8), a conductive layer, made from a conductive material and covering said at least one surface (7 or 8) with the exception of at least one insulating strip from 1 nm to 5 mm wide, said insulating strip thus delimiting, in said conducting layer, at least two voltage conductors (10, 11), each being in electrical contact with at least one of the terminals of one or several electronic components and with electrical supply means of said electronic component(s), characterized by the conducting layer of one or several of said voltage conductors (10, 11) comprising one or several rupture lines in its thickness in which said surface (7 or 8) does not comprise conductive material.
A method of fabricating a deposited layer MEMS device the MEMS device comprising: a first substrate having a top facing side and a bottom facing side, the top facing side including a MEMS structure; and at least one conductive path extending through the substrate from the MEMS structure to the bottom facing side, the at least one conductive path being integral with and formed from substantially the same material as the MEMS structure, the method comprising depositing a deposition layer to form said conductive path and a movable member of the MEMS structure. a first substrate having a top facing side and a bottom facing side, the top facing side including a MEMS structure; and at least one conductive path extending through the substrate from the MEMS structure to the bottom facing side, the at least one conductive path being integral with and formed from substantially the same material as the MEMS structure, the method comprising depositing a deposition layer to form said conductive path and a movable member of the MEMS structure.
A wind turbine tower supporting structure for connecting one end of a wind turbine tower with a wind turbine foundation or for connecting different levels of tower sections to each other, the supporting structure comprising at least one shell portion for forming a shell segment of a wind turbine tower and a flange portion attached to the shell portion, the flange portion comprising a number of flange sectors that are separated to each other by corresponding spaces defining a discontinuous flange portion whereby the flange sectors are formed with at least one base portion extending from at least one face (111; 112) of the shell portion at an angle (α) to the shell portion characterized in that the shell portion includes a number of apertures formed in correspondence with the spaces between adjacent flange sectors, such that each aperture and space defines a general aperture in the supporting structure.
A noise attenuation device suitable for use on a mortar barrel, said device comprising a barrel extension portion, wherein the barrel extension portion has a length in the range of from 10cm to 60cm, wherein the barrel extension portion is a tube with an internal diameter substantially the same as the internal diameter as the mortar barrel, such that a mortar to be launched retains substantially the same gas tight seal in the barrel extension portion, at a first end of said barrel extension portion there is a tapered portion which tapers outwardly from said barrel extension portion, wherein said tapered portion is frustroconical and has a cone angle in the range of from 22° to 28°, at a second end of the barrel extension portion a connector to secure the device onto a mortar barrel.
A monolithic composite material comprising a collagen matrix which is mineralized with silicate and a calcium phosphate phase, wherein the collagen is recombinant collagen, collagen from Eumetozoa, sponge collagen from the Demospongia or Calcarea classes or a mixture of said collagens, wherein the component composition is 40% - 92.5% of silicate, 7.5% - 60% of collagen, and up to 52.5% of calcium phosphate and wherein the collagen is in the form of collagen fibrils or collagen fibres.
A use of an extract from Robinia Pseudoacacia or an agricultural formulation containing such extract to enhance growth and activity of roots in plants; wherein the extract from Robinia Pseudoacacia is obtained by mean of a maceration of dried flowers from Robinia pseudoacacia in a mixture of alcohol and water; wherein the alcohol in the maceration mixture is propylene glycol in a percentage of 50% w/w; the water in the maceration mixture is in a percentage of 40% w/w; and the dried flowers in the maceration mixture are in a percentage of 10% w/w.
Vehicle having an airbag apparatus, the airbag apparatus comprising: a mounting board positioned in front of a rider sitting on a seat, wherein the mounting board is installed to be expanded from a door of the vehicle toward a front of the rider or wherein the mounting board is installed to be expanded from each seat provided in the vehicle toward a side of the rider, and performs an armrest function or wherein the mounting board is installed to be expanded from each seat provided in the vehicle toward a front and a side of the rider, and performs an armrest function and a holder function; and an airbag module installed on the mounting board, and configured to inflate and expand an airbag cushion toward the rider when the vehicle collides, and to restrain and protect the rider, wherein the vehicle comprises a frontal airbag and the airbag cushion is inflated and expanded between the frontal airbag and the rider. a mounting board positioned in front of a rider sitting on a seat, wherein the mounting board is installed to be expanded from a door of the vehicle toward a front of the rider or wherein the mounting board is installed to be expanded from each seat provided in the vehicle toward a side of the rider, and performs an armrest function or wherein the mounting board is installed to be expanded from each seat provided in the vehicle toward a front and a side of the rider, and performs an armrest function and a holder function; and an airbag module installed on the mounting board, and configured to inflate and expand an airbag cushion toward the rider when the vehicle collides, and to restrain and protect the rider, wherein the vehicle comprises a frontal airbag and the airbag cushion is inflated and expanded between the frontal airbag and the rider.
An information processing apparatus comprising: a display panel; a detection unit for detecting a finger moving on the display panel; and a determination unit configured to designate a predetermined moving direction (Dd); characterized by the determination unit being further configured to determine an operation state of the apparatus as being one in which one hand holds and operates the apparatus or as being one in which one hand holds the apparatus and the other hand operates the apparatus, wherein the determination unit is configured to determine the operation state based on a difference (Δ) between the designated predetermined moving direction and a detected moving direction (Da) of the finger moving on the display panel relative to the designated predetermined moving direction. a display panel; a detection unit for detecting a finger moving on the display panel; and a determination unit configured to designate a predetermined moving direction (Dd);
Apparatus for recovering a mineral particle of interest from a slurry in a mineral extraction process, comprising: a core or substrate; and multiple layers arranged on the core or substrate, one above the other, each layer of the multiple layers configured with a respective outer surface having a plurality of molecules attached thereto, the molecules comprising a functional group selected for attracting and attaching one or more mineral particles of interest to the molecules. a core or substrate; and multiple layers arranged on the core or substrate, one above the other, each layer of the multiple layers configured with a respective outer surface having a plurality of molecules attached thereto, the molecules comprising a functional group selected for attracting and attaching one or more mineral particles of interest to the molecules.
A computer-implemented method for modelling one or more hydraulic fractures of a well in a reservoir, comprising; receiving a reservoir model having one or more petrophysical properties of a subsurface of the earth near the reservoir; receiving one or more mechanical properties of the reservoir; generating a geomechanical model of the reservoir based on the reservoir model and the mechanical properties; simulating hydraulic fractures using the geomechanical model and the reservoir model; and characterised by the generating the geomechanical model of the reservoir comprises calculating a three-dimensional, 3D, stress field over the geomechanical model; and mapping the simulated hydraulic fractures onto the reservoir model using the three-dimensional, 3D, stress field as a guide thereby generating a three-dimensional, 3D, representation of the hydraulic fractures based on the simulated hydraulic fractures and the geomechanical model wherein using the three-dimensional, 3D, stress field as a guide generates non-symmetrical hydraulic fracture propagations away from the well. receiving a reservoir model having one or more petrophysical properties of a subsurface of the earth near the reservoir; receiving one or more mechanical properties of the reservoir; generating a geomechanical model of the reservoir based on the reservoir model and the mechanical properties; simulating hydraulic fractures using the geomechanical model and the reservoir model; and characterised by the generating the geomechanical model of the reservoir comprises calculating a three-dimensional, 3D, stress field over the geomechanical model; and mapping the simulated hydraulic fractures onto the reservoir model using the three-dimensional, 3D, stress field as a guide thereby generating a three-dimensional, 3D, representation of the hydraulic fractures based on the simulated hydraulic fractures and the geomechanical model wherein using the three-dimensional, 3D, stress field as a guide generates non-symmetrical hydraulic fracture propagations away from the well.
A method to aid in evaluating and/or treating a subject suspected of having or developing preeclampsia, the method comprising the steps of: (a) determining a level of PAPP-A2 in a sample from the subject; and (b) comparing said level to a standard level of PAPP-A2 representing the absence of preeclampsia, wherein the standard level of PAPP-A2 is determined for a gestation time comparable to that of the subject when performing step (a), and wherein the gestation time of the subject, and the gestation time of a population used to determine the standard level value, respectively, are within three weeks of each other; wherein the standard level of PAPP-A2 is determined as a statistical measure obtained from PAPP-A2 levels of a population of subjects that do not have preeclampsia, and wherein the statistical measure is a centile level in the range from about the 90th centile to about the 99th centile; wherein if said level is greater than said standard level the subject is identified as likely to have preeclampsia or to develop preeclampsia, and, if said level is not greater than said standard level, the subject is identified as not likely to have preeclampsia, or not likely to develop preeclampsia. (a) determining a level of PAPP-A2 in a sample from the subject; and (b) comparing said level to a standard level of PAPP-A2 representing the absence of preeclampsia, wherein the standard level of PAPP-A2 is determined for a gestation time comparable to that of the subject when performing step (a), and wherein the gestation time of the subject, and the gestation time of a population used to determine the standard level value, respectively, are within three weeks of each other; wherein the standard level of PAPP-A2 is determined as a statistical measure obtained from PAPP-A2 levels of a population of subjects that do not have preeclampsia, and wherein the statistical measure is a centile level in the range from about the 90th centile to about the 99th centile;
Method for limiting the energy consumption of a mobile device communicating with a telecommunication network, wherein it comprises the following steps: - the step for the mobile device to switch on a specific state of energy consumption so that specific communications to be sent to the network are inhibited by the mobile device in order to avoid the transmission of said specific communications while providing the opportunity to perform communications having a top priority, - the step for the mobile device to communicate to the network that said mobile device has switched on said specific state of energy consumption. - the step for the mobile device to switch on a specific state of energy consumption so that specific communications to be sent to the network are inhibited by the mobile device in order to avoid the transmission of said specific communications while providing the opportunity to perform communications having a top priority, - the step for the mobile device to communicate to the network that said mobile device has switched on said specific state of energy consumption.
A method for rendering images on a display of a head mounted display, the method comprising: tracking, with one or more first cameras (302, 304) inside the HMD, a trajectory of a gaze of a user with respect to the display of the HMD, wherein the HMD uses a computing system for rendering images in the HMD, wherein the computing system tracks motion of the HMD by analyzing inertial data of the HMD; predicting an upcoming trajectory of the gaze with respect to the display of the HMD based on the tracked trajectory of the gaze of the user and the tracked motion of the HMD, and identifying a first region of the display of the HMD based on the predicted upcoming trajectory of the gaze, the first region corresponding to a portion of the display where the gaze is predicted to move to at a future time; determining rendering policies for a plurality of regions defined for the display of the HMD based on the upcoming trajectory of the gaze, wherein when the computing system tracks and predicts that the upcoming trajectory of the gaze is moving towards the first region of the display and away from a current region of the display then rendering the first region with higher image quality than regions away from the first region as the gaze of the user is directed toward the first region; and rendering images by the display of the HMD based on the rendering policies. tracking, with one or more first cameras (302, 304) inside the HMD, a trajectory of a gaze of a user with respect to the display of the HMD, wherein the HMD uses a computing system for rendering images in the HMD, wherein the computing system tracks motion of the HMD by analyzing inertial data of the HMD; predicting an upcoming trajectory of the gaze with respect to the display of the HMD based on the tracked trajectory of the gaze of the user and the tracked motion of the HMD, and identifying a first region of the display of the HMD based on the predicted upcoming trajectory of the gaze, the first region corresponding to a portion of the display where the gaze is predicted to move to at a future time; determining rendering policies for a plurality of regions defined for the display of the HMD based on the upcoming trajectory of the gaze, wherein when the computing system tracks and predicts that the upcoming trajectory of the gaze is moving towards the first region of the display and away from a current region of the display then rendering the first region with higher image quality than regions away from the first region as the gaze of the user is directed toward the first region; and rendering images by the display of the HMD based on the rendering policies.
An apparatus comprising: a compressed air filter element for filtering a mixed stream of compressed gas and oil mist, the compressed air filter element having: a basket having an interior into which a filter media is located when installed, the basket including an exterior shell having a plurality of apertures, and an inner wall having a plurality of apertures, the filter media captured between the exterior shell and inner wall when installed; a lip located at an end of the basket and structured to engage a lid of a filter container, the lip oriented transverse to the exterior shell of the basket and having a circumferentially extending surface around the interior of the basket and having a portion located in a plane of capture used to support the compressed air filter element when in an installed configuration; and a separator element flange is directly connected between the lip and the exterior shell, the separator element flange located entirely on one side of the plane in which is located the portion of the circumferentially extending surface of the lip, the separator element flange including a surface forming a flow path that descends from the lip to the interior of the basket such that a liquid forming on the separator element flange is urged to flow into the interior of the basket, wherein the separator element flange begins at the lip and extends until it intersects the exterior shell. a basket having an interior into which a filter media is located when installed, the basket including an exterior shell having a plurality of apertures, and an inner wall having a plurality of apertures, the filter media captured between the exterior shell and inner wall when installed; a lip located at an end of the basket and structured to engage a lid of a filter container, the lip oriented transverse to the exterior shell of the basket and having a circumferentially extending surface around the interior of the basket and having a portion located in a plane of capture used to support the compressed air filter element when in an installed configuration; and a separator element flange is directly connected between the lip and the exterior shell, the separator element flange located entirely on one side of the plane in which is located the portion of the circumferentially extending surface of the lip, the separator element flange including a surface forming a flow path that descends from the lip to the interior of the basket such that a liquid forming on the separator element flange is urged to flow into the interior of the basket, wherein the separator element flange begins at the lip and extends until it intersects the exterior shell.
Engine/generator arrangement having an internal combustion engine in accordance with the opposed piston principle, having an arrangement of at least two opposed pistons which run in a cylinder with a common combustion chamber, the pistons which lie opposite one another acting on in each case one dedicated crankshaft, and each of the two crankshafts having a dedicated mechanical output (3, 3'), and the two outputs (3, 3') being synchronized via a coupling means, the two outputs (3, 3') being coupled rigidly via a beltless or chainless coupler mechanism, characterized in that coupling elements which are torsionally elastic and/or can be offset laterally are arranged in each case between the outputs of the crankshafts and the coupler mechanism and between the coupler mechanism and the coupler mechanisms (6, 6'), and in that the pistons via crankshafts which are in engagement with connecting rods is provided with at least one non-rotationally symmetrical eccentric flywheel body on at least one side, in addition to the connecting rod engagement on the crankshaft, and in that the eccentric flywheel body is provided with a circular disc element or circular ring element which in turn runs directly next to it centrically with respect to the crankshaft, and the eccentric flywheel body and/or circular disc element dip/dips at least partially into an oil bath or oil sump during operation, in such a way that the eccentric body dips into the oil bath repeatedly over a part section of its rotation and therefore throws oil upwards, and the oil which is thrown upwards is fed via the circular disc element or circular ring element to the locations to be lubricated.
A circuit arrangement for generating a test voltage (U P) for testing a test object comprising: - two high-voltage sources (3, 4) for generating a positive and a negative high voltage (U 1, U 2) of variable amplitude at their respective outputs (5, 6), - a high-voltage switch arrangement, which is disposed between the outputs (5, 6) of the two high-voltage sources (3, 4) and the test object and which can be switched appropriately for successive charging and discharging of the test object, wherein a closed-loop controller is further provided that measures the instantaneous test voltage (U P) at the test object and, as a function of the measured test voltage (U P), acts on the high-voltage switch arrangement for well-defined charging and discharging of the test object, characterized in that the closed-loop controller does not act on the two high-voltage sources (3, 4) and a separate open-loop controller is provided for the two high-voltage sources (3, 4), wherein the open-loop controller generates a clock signal independent of the voltage (U P) at the test object, so that a synchronized, predefined high voltage (U 1, U 2) uninfluenced by the closed-loop controller is supplied by the high-voltage sources (3, 4). - two high-voltage sources (3, 4) for generating a positive and a negative high voltage (U 1, U 2) of variable amplitude at their respective outputs (5, 6), - a high-voltage switch arrangement, which is disposed between the outputs (5, 6) of the two high-voltage sources (3, 4) and the test object and which can be switched appropriately for successive charging and discharging of the test object,