mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for block-based error concealment, comprising: an error concealment module for concealing a current block in a lost picture in a group of pictures by using only a temporally closest inter-coded non-reference preceding picture in the group of pictures, when the lost picture is an inter-coded reference picture in the group of pictures, the group of pictures having a pattern characterized as an intra-coded picture followed by a sequence of alternating inter-coded non-reference pictures and inter-coded reference pictures, wherein said error concealment module conceals the current block by deriving motion information for the current block from a co-located block in the temporally closest inter-coded non-reference preceding picture. an error concealment module for concealing a current block in a lost picture in a group of pictures by using only a temporally closest inter-coded non-reference preceding picture in the group of pictures, when the lost picture is an inter-coded reference picture in the group of pictures, the group of pictures having a pattern characterized as an intra-coded picture followed by a sequence of alternating inter-coded non-reference pictures and inter-coded reference pictures, wherein said error concealment module conceals the current block by deriving motion information for the current block from a co-located block in the temporally closest inter-coded non-reference preceding picture.
A method for reporting carrier-specific power headroom for a wireless transmit/receive unit (WTRU) with carrier aggregation, comprising: determining a first maximum power for a first carrier; determining a transmit power that corresponds to the first carrier; calculating a first power headroom for the first carrier; determining a second maximum power for a second carrier; calculating a reference transmit power based on a reference grant allocation; calculating a second power headroom for the second carrier using the reference transmit power; and reporting the calculated first and second power headroom, wherein the first and second carriers are part of a plurality of aggregated carriers. determining a first maximum power for a first carrier; determining a transmit power that corresponds to the first carrier; calculating a first power headroom for the first carrier; determining a second maximum power for a second carrier; calculating a reference transmit power based on a reference grant allocation; calculating a second power headroom for the second carrier using the reference transmit power; and reporting the calculated first and second power headroom, wherein the first and second carriers are part of a plurality of aggregated carriers.
A dual-spring plunger for a plunger matrix mattress assembly, comprising: a pin guide comprising a flange, a guide body extending from the flange, an outer spring mount extending from the guide body, and an inner spring mount extending from the guide body wherein the outer and inner spring mounts (136, 137) are disposed in an axially tiered relation; a pin slidably received within the pin guide comprising a flange located above the flange of the pin guide, a shaft extending from the flange through the guide body, and an elongate slot through the shaft; an outer tension spring having an upper end fixed to the outer spring mount of the guide body and a lower end located below the guide body positioned to receive a bottom end of the pin shaft; an inner tension spring nested within the outer tension spring having an upper end fixed to the inner spring mount of the guide body and a lower end comprising a spur slidably captured within the slot through the shaft; wherein the outer tension spring is tensioned while the inner tension spring is not tensioned during a first portion of downward movement of the pin relative to the pin guide, and wherein both the outer and the inner tension springs (138, 139) are tensioned during a second portion of downward movement of the pin relative to the pin guide. a pin guide comprising a flange, a guide body extending from the flange, an outer spring mount extending from the guide body, and an inner spring mount extending from the guide body wherein the outer and inner spring mounts (136, 137) are disposed in an axially tiered relation; a pin slidably received within the pin guide comprising a flange located above the flange of the pin guide, a shaft extending from the flange through the guide body, and an elongate slot through the shaft; an outer tension spring having an upper end fixed to the outer spring mount of the guide body and a lower end located below the guide body positioned to receive a bottom end of the pin shaft; an inner tension spring nested within the outer tension spring having an upper end fixed to the inner spring mount of the guide body and a lower end comprising a spur slidably captured within the slot through the shaft; wherein the outer tension spring is tensioned while the inner tension spring is not tensioned during a first portion of downward movement of the pin relative to the pin guide, and wherein both the outer and the inner tension springs (138, 139) are tensioned during a second portion of downward movement of the pin relative to the pin guide.
Method for deactivating a parking lock mechanism of a hybrid drive train for a motor vehicle, the hybrid drive train comprising a double clutch transmission with a double clutch, an internal combustion engine, at least one electric machine, the internal combustion engine and the electric machine being drive-connected or being capable of being drive-connected to the double clutch transmission, and a parking lock mechanism for positively locking fixing of an output of the hybrid drive train, the parking lock mechanism being activated by way of a corresponding driver request, comprising the following steps: - determining of a parked position of the motor vehicle, namely determining of the inclination of the parked motor vehicle, - determining of the operating state of the internal combustion engine, - closing of the double clutch in the case of a stationary internal combustion engine, - activating of the electric machine and transmitting of a drive torque to the output of the hybrid drive train in a manner which is dependent on the determined parked position of the motor vehicle, and - disengaging of the parking lock mechanism. - determining of a parked position of the motor vehicle, namely determining of the inclination of the parked motor vehicle, - determining of the operating state of the internal combustion engine, - closing of the double clutch in the case of a stationary internal combustion engine, - activating of the electric machine and transmitting of a drive torque to the output of the hybrid drive train in a manner which is dependent on the determined parked position of the motor vehicle, and - disengaging of the parking lock mechanism.
Surface treated fumed silica wherein the silica is a silica-based mixed oxide, a silica-based doped oxide, or a mixture thereof comprising at least 50 % by weight of silicon dioxide, characterized by: a tribo-electrostatic charge of -500 μC/g to +500 μC/g, measured according to a measurement method defined in the description; a ratio of the tribo-electrostatic charge to BET surface area of -3.5 μC / m 2 to +3.5 μC / m 2; a methanol wettability of at least 20 % by volume methanol in methanol/water mixture, measured according to a measurement method defined in the description; a ratio of carbon content to BET surface area of at most 0.020 wt.% × g / m 2. a tribo-electrostatic charge of -500 μC/g to +500 μC/g, measured according to a measurement method defined in the description; a ratio of the tribo-electrostatic charge to BET surface area of -3.5 μC / m 2 to +3.5 μC / m 2; a methanol wettability of at least 20 % by volume methanol in methanol/water mixture, measured according to a measurement method defined in the description; a ratio of carbon content to BET surface area of at most 0.020 wt.% × g / m 2.
An apparatus, comprising: a rotary fixture including a coolant inlet and a coolant outlet; and a plurality of neutron-producing segments (104A-104D), each neutron-producing segment (104A-104D) of the plurality of neutron-producing segments (104A-104D) removably coupled to the rotary fixture, each neutron-producing segment (104A-104D) of the plurality of neutron-producing segments (104A-104D) comprising: a substrate (106A-D) having a coolant channel circuit (110A-D) defined therein, the coolant channel circuit (110A-D) in fluid communication with the coolant inlet and the coolant outlet; and a solid neutron source layer (108A-D), disposed on a surface of the substrate (106A-D). a rotary fixture including a coolant inlet and a coolant outlet; and a plurality of neutron-producing segments (104A-104D), each neutron-producing segment (104A-104D) of the plurality of neutron-producing segments (104A-104D) removably coupled to the rotary fixture, each neutron-producing segment (104A-104D) of the plurality of neutron-producing segments (104A-104D) comprising: a substrate (106A-D) having a coolant channel circuit (110A-D) defined therein, the coolant channel circuit (110A-D) in fluid communication with the coolant inlet and the coolant outlet; and a solid neutron source layer (108A-D), disposed on a surface of the substrate (106A-D). a substrate (106A-D) having a coolant channel circuit (110A-D) defined therein, the coolant channel circuit (110A-D) in fluid communication with the coolant inlet and the coolant outlet; and a solid neutron source layer (108A-D), disposed on a surface of the substrate (106A-D).
Induction device (10a; 10c), in particular induction cooking appliance device, having a plurality of induction areas (12a, 14a, 16a, 18a; 12c, 14c, 16c, 18c) which can be controlled independently and at least one control unit, which is provided to control the induction areas (12a, 14a, 16a, 18a; 12c, 14c, 16c, 18c) within a control period from a first control interval and at least one second control interval repetitively with at least one alternating current frequency and to supply the same with energy, wherein the induction areas (12a, 14a, 16a, 18a; 12c, 14c, 16c, 18c) are embodied as individual inductors or as a plurality of inductors which can be controlled jointly by the control unit, wherein in the first control interval, for the purpose of minimizing interferences, the control unit operates at least two of the induction areas (12a, 14a, 16a, 18a; 12c, 14c, 16c, 18c) with a first phase shift, characterised in that the control unit calculates a phase angle of the first phase shift from a quotient of 180° and a number of inductors (12a, 14a, 16a, 18a; 12c, 14c, 16c, 18c) to be operated simultaneously within the first control interval.
A system for generating views of a medical image, comprising - an input for receiving information indicative of a suspected diagnosis of a patient; - an input for receiving a medical image of the patient; - a mapper comprising a database for mapping the suspected diagnosis of the patient to a set of generic viewing parameters for viewing the medical image, wherein the generic viewing parameters are independent of the patient or independent of the medical image of the patient; - a transformer for transforming the set of generic viewing parameters into a set of image-specific viewing parameters, based on the content of the medical image, wherein the generic viewing parameters comprise a geometric parameter in respect of any one of i) an image model, ii) a standard anatomical reference model, iii) a shape model, wherein the transformer comprises a) a model adapter for adapting the image model or the standard anatomical reference model or the shape model to the medical image, for obtaining a set of adaptation parameters and b) a parameter adapter for adapting the set of generic viewing parameters to the set of image-specific viewing parameters, based on the set of adaptation parameters; - a view generator for providing a view of the medical image in accordance with the set of viewing parameters; wherein the mapper is arranged for generating an ordered list of sets of viewing parameters and the view generator is arranged for providing respective views of the medical image in accordance with the respective sets of viewing parameters, in the order defined by the ordered list, wherein the views are ordered according to a probability of an occurrence of a respective disease sub-category or an urgency of a diagnosis of a respective disease sub-category. - an input for receiving information indicative of a suspected diagnosis of a patient; - an input for receiving a medical image of the patient; - a mapper comprising a database for mapping the suspected diagnosis of the patient to a set of generic viewing parameters for viewing the medical image, wherein the generic viewing parameters are independent of the patient or independent of the medical image of the patient; - a transformer for transforming the set of generic viewing parameters into a set of image-specific viewing parameters, based on the content of the medical image, wherein the generic viewing parameters comprise a geometric parameter in respect of any one of i) an image model, ii) a standard anatomical reference model, iii) a shape model, wherein the transformer comprises a) a model adapter for adapting the image model or the standard anatomical reference model or the shape model to the medical image, for obtaining a set of adaptation parameters and b) a parameter adapter for adapting the set of generic viewing parameters to the set of image-specific viewing parameters, based on the set of adaptation parameters; - a view generator for providing a view of the medical image in accordance with the set of viewing parameters;
A current cut-off device for high-voltage DC electrical current, of the type including: - a main line between a primary point and a secondary point; - a mechanical primary switch and a mechanical secondary switch interposed successively in the main line between the primary point and the secondary point but on either side of an intermediate point of the main line, the two mechanical switches being each controlled between an open state and a closed state, - a primary surge protector arranged in parallel with the primary switch between the primary point and the intermediate point, - a secondary surge protector arranged electrically in parallel with the secondary switch, the secondary surge protector is arranged electrically between the intermediate point and the secondary point, and the device includes, between the primary point and the secondary point, a capacitive buffer circuit, electrically in parallel with the assembly formed by the primary switch and the secondary switch, and electrically in parallel with the assembly formed by the primary surge protector and the secondary surge protector, the capacitive buffer circuit including an activation switch and a buffer capacitance characterized in that the capacitive buffer circuit does not include a dedicated inductive component, and in that the capacitive buffer circuit includes a circuit for discharging the buffer capacitance. - a main line between a primary point and a secondary point; - a mechanical primary switch and a mechanical secondary switch interposed successively in the main line between the primary point and the secondary point but on either side of an intermediate point of the main line, the two mechanical switches being each controlled between an open state and a closed state, - a primary surge protector arranged in parallel with the primary switch between the primary point and the intermediate point, - a secondary surge protector arranged electrically in parallel with the secondary switch,
Use of a mesh panel (10, 10', 20, 30, 40, 50, 60) in screening a user from direct impact of a high pressure fluid issuing from a hole resulting from the rupture of a high pressure hose, pipe or tube, characterized in that the mesh of the panel (10, 10', 20, 30, 40, 50, 60) is adapted for receiving and diffusing the high pressure fluid therethrough when the mesh of the panel (10, 10', 20, 30, 40, 50, 60) is positioned at a location that is separated from the high pressure hose, pipe or tube where the high pressure fluid issues.
A method for cargo load detection in a container by a computing device, the method comprising: projecting at least one light dot within an array of light dots towards a surface of the container (1212, 1412); capturing an image of the at least one light dot on the surface of the container (1214, 1414); and using the captured image to determine cargo loading within the container by calculating a distortion of the at least one light dot compared to a reference image of the at least one light dot captured in an empty container. projecting at least one light dot within an array of light dots towards a surface of the container (1212, 1412); capturing an image of the at least one light dot on the surface of the container (1214, 1414); and using the captured image to determine cargo loading within the container by calculating a distortion of the at least one light dot compared to a reference image of the at least one light dot captured in an empty container.
A method of determining a calibration parameter for a three-dimensional display device, the three-dimensional display device comprising a display panel and an optical layer, the optical layer attached to a front surface or a rear surface of the display panel, the method comprising: passing an image of a known first pattern through a combination of the display panel and the optical layer, the first pattern having a period, the period being an interval between lines included in the first pattern; acquiring an image of a second pattern which has been influenced by the interrelation between the display panel and the optical layer, the second pattern having a gradient, the gradient being a slope of a line included in the second pattern, and the second pattern further having a period, the period being an interval between lines included in the second pattern; and determining the calibration parameter for the 3D display device based on the first pattern and the second pattern, wherein the determining is characterized by: calculating the calibration parameter based on a parameter corresponding to said period of the first pattern, a parameter corresponding to said gradient of the second pattern, and a parameter corresponding to said period of the second pattern. passing an image of a known first pattern through a combination of the display panel and the optical layer, the first pattern having a period, the period being an interval between lines included in the first pattern; acquiring an image of a second pattern which has been influenced by the interrelation between the display panel and the optical layer, the second pattern having a gradient, the gradient being a slope of a line included in the second pattern, and the second pattern further having a period, the period being an interval between lines included in the second pattern; and determining the calibration parameter for the 3D display device based on the first pattern and the second pattern, wherein the determining is characterized by: calculating the calibration parameter based on a parameter corresponding to said period of the first pattern, a parameter corresponding to said gradient of the second pattern, and a parameter corresponding to said period of the second pattern.
A sensor sheet comprising an electrode substrate and a support, the electrode substrate having a plurality of first electrode lines and a plurality of second electrode lines disposed facing to the plurality of first electrode lines and crossing with the plurality of first electrode lines thus forming a plurality of detector sections, arranged to electrostatically detect a change in a distance to each of the plurality of key areas of an operational member comprising a flexible sheet, a conductor layer, and a plurality of key areas arranged on a surface of the operational member, the support having a plurality of structures connecting the electrode substrate and the operational member, wherein first spaces are formed between a first plurality of the plurality of structures corresponding to each of a first plurality of the plurality of key areas, wherein a first space corresponds to a key area, and second spaces, characterized in that the second spaces are formed between a second plurality of the plurality of structures different from the first plurality of structures and common to a predetermined second plurality of the plurality of key areas different from the first plurality of the key areas, wherein a second space corresponds to a plurality of key areas.
A prefabricated ceiling element in the form of a prefabricated component, in which a lower concrete plate includes lattice girders, the lower end portions of which are surrounded by concrete, and insulating material is arranged above the concrete, wherein the upper end portions of the lattice girders project freely upward, characterized in that above the lattice girders, heating lines for an underfloor heating are arranged.
Device for the mechanical treatment of high-consistency fibrous material, having a housing in which a first treatment tool and a second treatment tool are arranged, the treatment tools (3, 4) each having a rotationally symmetrical form, being arranged coaxially with respect to one another, each having teeth arranged in a plurality of annular rows concentric with their centre, between which there are tooth gaps, through which the fibrous material flows radially, and there are annular interspaces between the rows of teeth, which are arranged such that at least one row of teeth of a treatment tool (3, 4) reaches into an annular interspace of the other, complementary treatment tool (4, 3), characterized in that all the tooth gaps have elevations which reach beyond the base of the tooth, the elevations and the teeth having a cross section in the radial direction in the form of a truncated pyramid.
Security method for a vehicle comprising a startable powertrain, a communication module transmitting and receiving messages by way of waves, and an alert device generating, in the event of activation, at least one alert message intended to be transmitted by the said communication module to at least one predefined piece of communication equipment in the event of an attempted attack on and/or theft of the said vehicle, characterised in that it comprises a step in which, in the event of an attempt to start said powertrain while said warning device is activated, it is determined whether said warning message may have been transmitted, and if not, said starting is prevented.
An electrical installation device having a device base for a socket which can be fastened in an installation housing by means of a support frame and having a front element which is fastened at the front side and which can be single-part or multi-part, wherein contact elements arranged in the device base can be connected to a mains voltage and are configured for the reception of plug pins of a device plug; and wherein the front element comprises a functional module which can be releasably arranged at the device base, characterized in that the functional module has a contact pattern which is suitable for the device plug such that plug pins of the functional module can be releasably plugged into the contact elements of the device base; and in that the functional module has a parallelepiped housing body which is surrounded by a frame of the front element.