mhurhangee/patent-ind-claim-en huggingface dataset:
Method for controlling a dual three-phase machine , in particular a fractional slot concentrated winding electrical machine , having a first three-phase winding set being connected to a first AC-DC converter and having a second three-phase winding set being connected to a second AC-DC converter , the method comprising: controlling the first and the second AC-DC converter such that first electric currents carried in the first three-phase winding set are essentially 30° phase shifted relative to respective second electric currents carried in the second three-phase winding set , wherein the first converter and second converter are controlled by PWM across one fundamental period, for six separated time intervals (47a, ..., 47f) in overmodulation, intercalated with six separated time intervals (49a, ..., 49f) in linear range.
A method performed by an agent of a network management system for performing one or more managed object, MO, operations, the method comprising: receiving a request for said one or more MO operations, the request including two or more manipulation entries, each of said two or more manipulation entries corresponding to each of said one or more MO operations, wherein each of said two or more manipulation entries includes: a manipulation identifier, indicating a type of the MO operation corresponding to the manipulation entry; and a target MO list, indicating a list of MOs which are targets of the MO operation corresponding to the manipulation entry; obtaining said two or more manipulation entries from the received request; and for each of said two or more manipulation entries, performing an MO operation corresponding to the manipulation entry. receiving a request for said one or more MO operations, the request including two or more manipulation entries, each of said two or more manipulation entries corresponding to each of said one or more MO operations, wherein each of said two or more manipulation entries includes: a manipulation identifier, indicating a type of the MO operation corresponding to the manipulation entry; and a target MO list, indicating a list of MOs which are targets of the MO operation corresponding to the manipulation entry; a manipulation identifier, indicating a type of the MO operation corresponding to the manipulation entry; and a target MO list, indicating a list of MOs which are targets of the MO operation corresponding to the manipulation entry; obtaining said two or more manipulation entries from the received request; and for each of said two or more manipulation entries, performing an MO operation corresponding to the manipulation entry.
Transport platform comprising at least two upper longitudinal beams (5 and 6) arranged at the same level or height, which are mounted on an elevating mechanism, and a plurality of tilting flat structures which are mounted between the two longitudinal beams (5 and 6) of the same level, by means of cross-sectional aligned rotation shafts , and each of the structures are related to said beams by means of an actuator capable of adjusting and fixing the inclination of said flat structures, the transport platform being characterized in that it comprises carriages arranged on the longitudinal beams in which the shafts are mounted for displacing the tilting flat structures along the longitudinal beams .
A display device (DD) comprising: a display module (DM) having a first non-foldable area (NFA1), a foldable area (FA), and a second non-foldable area (NFA2), which are arranged in a first direction (DR1) in a unfolded state; a first support layer (SUP1) disposed under the display module (DM) and having a lattice pattern (LT) including a plurality of first holes (H1) and a plurality of second holes (H2) overlapping the foldable area (FA), wherein the first holes (H1) are arranged in the first direction (DR1) and a second direction (DR2) intersecting the first direction (DR1), wherein the second holes (H2) are arranged in the first direction (DR1) and the second direction (DR2) and disposed between the first holes (H1) adjacent to each other in the first direction (DR1), wherein:each of the first holes (H1) has a first width (W1) in the second direction (DR2) and a second width (W2) in the first direction (DR1), the first width (W1) is in a range from 2,000 μm to 9,000 μm, the second width (W2) is in a range from 100 μm to 250 μm, a width (W7) of each second hole (H2) in the second direction (DR2) is smaller than the first width (W1) of each first hole (H1) in the second direction (DR2), and the first holes (H1) are arranged in a zigzag form along the first direction (DR1). a display module (DM) having a first non-foldable area (NFA1), a foldable area (FA), and a second non-foldable area (NFA2), which are arranged in a first direction (DR1) in a unfolded state; a first support layer (SUP1) disposed under the display module (DM) and having a lattice pattern (LT) including a plurality of first holes (H1) and a plurality of second holes (H2) overlapping the foldable area (FA), wherein the first holes (H1) are arranged in the first direction (DR1) and a second direction (DR2) intersecting the first direction (DR1), wherein the second holes (H2) are arranged in the first direction (DR1) and the second direction (DR2) and disposed between the first holes (H1) adjacent to each other in the first direction (DR1), wherein:each of the first holes (H1) has a first width (W1) in the second direction (DR2) and a second width (W2) in the first direction (DR1), the first width (W1) is in a range from 2,000 μm to 9,000 μm, the second width (W2) is in a range from 100 μm to 250 μm, a width (W7) of each second hole (H2) in the second direction (DR2) is smaller than the first width (W1) of each first hole (H1) in the second direction (DR2), and the first holes (H1) are arranged in a zigzag form along the first direction (DR1).
A wing leading-edge device , comprising: a flow body having a front side , a back side and a plurality of ribs arranged in the flow body , wherein at least one of the ribs is a load introduction rib comprising at least one first lug for coupling with a drive mechanism, further comprising a second load path component , which comprises at least one second lug , wherein the second load path component is attached through several connecting means to the load introduction rib and rests flushly and directly on the load introduction rib , such that a second opening of the at least one second lug is co-axial with a first opening of the corresponding at least one first lug . a flow body having a front side , a back side and a plurality of ribs arranged in the flow body , wherein at least one of the ribs is a load introduction rib comprising at least one first lug for coupling with a drive mechanism, further comprising a second load path component , which comprises at least one second lug , wherein the second load path component is attached through several connecting means to the load introduction rib and rests flushly and directly on the load introduction rib , such that a second opening of the at least one second lug is co-axial with a first opening of the corresponding at least one first lug .
Process for making a rope-shaped or ribbon-shaped portion of bags or boxes, comprising: - providing a rope-shaped or ribbon-shaped element having a perimeter, said rope-shaped or ribbon-shaped element comprising yarns ; said rope-shaped or ribbon-shaped element being made of cotton or natural fibers; - combining at least one containment element with a predetermined portion of said rope-shaped or ribbon-shaped element , thereby forming a combination of said at least one containment element and said rope-shaped or ribbon-shaped element ; - cutting said combination of at least one containment element and said rope-shaped or ribbon-shaped element , so that said cutting creates ends of said rope-shaped or ribbon-shaped element , each of the ends having at least one portion of containment element ; - applying a glue or resin or starch to said rope-shaped or ribbon-shaped element at the predetermined portion of said rope-shaped or ribbon-shaped element ; said applying a glue or resin or starch occurring before or after said cutting; - removing said containment element from said rope-shaped or ribbon-shaped element after at least the yarns at the perimeter of said rope-shaped or ribbon-shaped element have been made cohesive by the applied glue or resin or starch. - providing a rope-shaped or ribbon-shaped element having a perimeter, said rope-shaped or ribbon-shaped element comprising yarns ; said rope-shaped or ribbon-shaped element being made of cotton or natural fibers; - combining at least one containment element with a predetermined portion of said rope-shaped or ribbon-shaped element , thereby forming a combination of said at least one containment element and said rope-shaped or ribbon-shaped element ; - cutting said combination of at least one containment element and said rope-shaped or ribbon-shaped element , so that said cutting creates ends of said rope-shaped or ribbon-shaped element , each of the ends having at least one portion of containment element ; - applying a glue or resin or starch to said rope-shaped or ribbon-shaped element at the predetermined portion of said rope-shaped or ribbon-shaped element ; said applying a glue or resin or starch occurring before or after said cutting; - removing said containment element from said rope-shaped or ribbon-shaped element after at least the yarns at the perimeter of said rope-shaped or ribbon-shaped element have been made cohesive by the applied glue or resin or starch.
A method for assigning a pixel belonging to an image of a chronological sequence of images to one of a foreground pixel set and a background pixel set, comprising the steps of : calculating (S100) a probability that the pixel belongs to a foreground-relevant object according to a semantic segmentation algorithm ; assigning (S300) the pixel to the background pixel set if the probability that the pixel belongs to a foreground-relevant object does not exceed a first predetermined threshold ; characterised-in-that the method further comprises the steps of: assigning (S500) the pixel to the foreground pixel set if the probability that the pixel belongs to a foreground-relevant object exceeds the first predetermined threshold and a difference between the probability that the pixel belongs to a foreground-relevant object and a baseline probability for the pixel equals or exceeds a second predetermined threshold; wherein the baseline probability for the pixel has been initialized as equal to a probability that a corresponding pixel in an initial image of chronological sequence of images belongs to a foreground-relevant object, calculated according to the semantic segmentation algorithm, and a baseline updating step, wherein the baseline probability for the pixel is made equal to the probability that the pixel belongs to a foreground-relevant object calculated according to the semantic segmentation algorithm, if the pixel has been assigned to the background pixel set. calculating (S100) a probability that the pixel belongs to a foreground-relevant object according to a semantic segmentation algorithm ; assigning (S300) the pixel to the background pixel set if the probability that the pixel belongs to a foreground-relevant object does not exceed a first predetermined threshold ; assigning (S500) the pixel to the foreground pixel set if the probability that the pixel belongs to a foreground-relevant object exceeds the first predetermined threshold and a difference between the probability that the pixel belongs to a foreground-relevant object and a baseline probability for the pixel equals or exceeds a second predetermined threshold; wherein the baseline probability for the pixel has been initialized as equal to a probability that a corresponding pixel in an initial image of chronological sequence of images belongs to a foreground-relevant object, calculated according to the semantic segmentation algorithm, and a baseline updating step, wherein the baseline probability for the pixel is made equal to the probability that the pixel belongs to a foreground-relevant object calculated according to the semantic segmentation algorithm, if the pixel has been assigned to the background pixel set.
A complex of lactoferrin with manganese ions, wherein manganese (III) ions are 96-98% (molar ratio) of all metal ions of the complex.
A compound, or an optical isomer, a pharmaceutically acceptable salt, a hydrate or a solvate thereof, characterized in that the compound is selected from the group consisting of:
A sustained release formulation in the multiparticulate form comprising tizanidine or a pharmaceutically acceptable salt for oral administration, wherein said multiparticulate form comprises; - sugar sphere coated with active ingredient layer comprising tizanidine or a pharmaceutically acceptable salt thereof and low-viscosity hydroxypropylmethylcellulose having a viscosity no more than 150 mPa·s (150 cP) at 20°C in 2% aqueous solution; - active ingredient layer coated with release control layer comprising ethyl cellulose and low-viscosity hydroxypropylmethylcellulose having a viscosity no more than 150 mPa·s (150 cP) at 20°C in 2% aqueous solution; wherein a- the ratio of ethyl cellulose: low-viscosity hydroxypropylmethylcellulose having a viscosity no more than 150 mPa·s (150 cP) at 20°C in 2% aqueous solution in the release control layer is in the range of 8:1 to 10:1 by weight, and b- in the release control layer the amount of ethylcellulose is 10-30 wt% and the amount of low-viscosity hydroxypropylmethylcellulose having a viscosity no more than 150 mPa·s (150 cP) at 20°C in 2% aqueous solution in the release control layer is 0.5-4 wt%, both wt% ranges based on the total weight of the multiparticulate dosage form. - sugar sphere coated with active ingredient layer comprising tizanidine or a pharmaceutically acceptable salt thereof and low-viscosity hydroxypropylmethylcellulose having a viscosity no more than 150 mPa·s (150 cP) at 20°C in 2% aqueous solution; - active ingredient layer coated with release control layer comprising ethyl cellulose and low-viscosity hydroxypropylmethylcellulose having a viscosity no more than 150 mPa·s (150 cP) at 20°C in 2% aqueous solution; wherein a- the ratio of ethyl cellulose: low-viscosity hydroxypropylmethylcellulose having a viscosity no more than 150 mPa·s (150 cP) at 20°C in 2% aqueous solution in the release control layer is in the range of 8:1 to 10:1 by weight, and b- in the release control layer the amount of ethylcellulose is 10-30 wt% and the amount of low-viscosity hydroxypropylmethylcellulose having a viscosity no more than 150 mPa·s (150 cP) at 20°C in 2% aqueous solution in the release control layer is 0.5-4 wt%, both wt% ranges based on the total weight of the multiparticulate dosage form. a- the ratio of ethyl cellulose: low-viscosity hydroxypropylmethylcellulose having a viscosity no more than 150 mPa·s (150 cP) at 20°C in 2% aqueous solution in the release control layer is in the range of 8:1 to 10:1 by weight, and b- in the release control layer the amount of ethylcellulose is 10-30 wt% and the amount of low-viscosity hydroxypropylmethylcellulose having a viscosity no more than 150 mPa·s (150 cP) at 20°C in 2% aqueous solution in the release control layer is 0.5-4 wt%, both wt% ranges based on the total weight of the multiparticulate dosage form.
A clamping device for lifting an object comprising a connection element ; a first jaw assembly coupled to the connection element , wherein the first jaw assembly comprises a first jaw ; a second jaw assembly coupled to the connection element , wherein the second jaw assembly comprises a second jaw and a jaw support , wherein the first jaw and the second jaw are configured for clamping on an object, wherein the second jaw is movably coupled to the jaw support, characterised in that , the jaw support comprises a metal core at least partially embedded in a jaw support body , wherein the metal core is configured to provide a structural support for the clamping device, wherein the jaw support body comprises a material different from the material of the metal core , wherein the second jaw assembly is configured so that, after clamping on the object, when the clamping device moves up for lifting the object, the lifting force is translated to a force pushing on the second jaw toward the object. a connection element ; a first jaw assembly coupled to the connection element , wherein the first jaw assembly comprises a first jaw ; a second jaw assembly coupled to the connection element , wherein the second jaw assembly comprises a second jaw and a jaw support , wherein the first jaw and the second jaw are configured for clamping on an object, wherein the second jaw is movably coupled to the jaw support, wherein the second jaw assembly comprises a second jaw and a jaw support , wherein the first jaw and the second jaw are configured for clamping on an object, wherein the second jaw is movably coupled to the jaw support, characterised in that , the jaw support comprises a metal core at least partially embedded in a jaw support body , wherein the metal core is configured to provide a structural support for the clamping device, wherein the jaw support body comprises a material different from the material of the metal core , wherein the second jaw assembly is configured so that, after clamping on the object, when the clamping device moves up for lifting the object, the lifting force is translated to a force pushing on the second jaw toward the object.
A method of securing to a tufted geosynthetic land cover system, a solar panel for generation of energy, comprising the steps of: (a) bonding on a tufted geosynthetic land cover, a portion of a frame to have a free flap extending from the bonded portion; and (b) securing a solar panel to the flap by securing edge portions of a polymeric layer between the flap and the tufted geosynthetic land cover; and (c) attaching the solar panel to the polymeric layer . (a) bonding on a tufted geosynthetic land cover, a portion of a frame to have a free flap extending from the bonded portion; and (b) securing a solar panel to the flap by securing edge portions of a polymeric layer between the flap and the tufted geosynthetic land cover; and (c) attaching the solar panel to the polymeric layer .
An engine control system for controlling the operation of an internal combustion engine , the engine comprising a plurality of combustion chambers , each combustion chamber comprising a respective one of a plurality of moving elements , the moving elements being operatively connected to an output shaft and moveable to drive the output shaft in rotation; the control system including: a fuel supply and ignition system , a controller , and a sensing arrangement ; the fuel supply and ignition system being arranged to supply a variable charge of fuel and air to each combustion chamber, and to control ignition of the fuel in each combustion chamber at a timing relative to the movement of the respective moving element; the sensing arrangement being arranged to sense for each combustion chamber at least one operational parameter, the at least one operational parameter including at least an internal pressure of the combustion chamber, and to generate for each combustion chamber a control input (I 1 ) representing the sensed at least one operational parameter; the controller being configured to receive the control input (I 1 ) for each combustion chamber and to generate a control output (O, O 1 , O 2 ) for each combustion chamber; the fuel supply and ignition system being controllable by the control output (O 1 , O 2 ) from the controller for each combustion chamber to vary at least one of the charge and the timing for the respective combustion chamber; the controller including a balancing arrangement , the balancing arrangement configured to iteratively adjust each of the control outputs (O 1 ) responsive to the control inputs (I 1 ) according to a balancing algorithm to obtain a balanced condition, the balanced condition being a predefined relationship between the control inputs (I 1 ) for all of the combustion chambers; the controller being further configured: to identify, based on the control inputs (I 1 ), a knock condition in a respective one of the combustion chambers , and, responsive at least to identifying the knock condition, to implement a knock mitigation procedure wherein: an offset input value (V I ) is applied to the balancing algorithm, and the control output (O 1 , O 2 ) for the respective one of the combustion chambers is adjusted to mitigate the knock condition. a fuel supply and ignition system , a controller , and a sensing arrangement ; to identify, based on the control inputs (I 1 ), a knock condition in a respective one of the combustion chambers , and, responsive at least to identifying the knock condition, to implement a knock mitigation procedure wherein: an offset input value (V I ) is applied to the balancing algorithm, and the control output (O 1 , O 2 ) for the respective one of the combustion chambers is adjusted to mitigate the knock condition. an offset input value (V I ) is applied to the balancing algorithm, and the control output (O 1 , O 2 ) for the respective one of the combustion chambers is adjusted to mitigate the knock condition.
An apparatus for handling and/or measuring a liquid contained in a container , the apparatus comprising - an elongate component having a free end and being insertable through a container opening of the container into the interior of the container with said free end first and - at least a part of an empty level indicator system at the free end of the elongate component , wherein said part is a transponder for an RF-detection system of the empty level indicator system , which RF-detection system also comprises a corresponding reader , wherein the apparatus comprises the corresponding reader of the RF-detection system configured to detect a signal change due to the missing damping of the liquid, when the transponder is no longer wetted by the liquid, wherein the apparatus further comprises an evaluation unit for detecting the presence of an empty level from the signal of the RF detection system . - an elongate component having a free end and being insertable through a container opening of the container into the interior of the container with said free end first and - at least a part of an empty level indicator system at the free end of the elongate component ,