mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for associating a video block partitioning pattern to a video coding block , wherein the apparatus comprises: an obtainer adapted to obtain values of a set of segmentation mask samples (A, B ,C ,D ,E ,F),; a selector adapted to select a video block partitioning pattern from a predetermined group of video block partitioning patterns based only on the values of segmentation mask samples of the set of segmentation mask samples; and an associator adapted to associate the selected video block partitioning pattern to the video coding block ; characterized in that : the set of segmentation mask samples comprises only 4 to 6 segmentation mask samples and each segmentation sample of the set of segmentation mask samples represents a different predetermined position in a segmentation mask adapted to define video coding block partitions of the video coding block. an obtainer adapted to obtain values of a set of segmentation mask samples (A, B ,C ,D ,E ,F),; a selector adapted to select a video block partitioning pattern from a predetermined group of video block partitioning patterns based only on the values of segmentation mask samples of the set of segmentation mask samples; and an associator adapted to associate the selected video block partitioning pattern to the video coding block ; characterized in that : the set of segmentation mask samples comprises only 4 to 6 segmentation mask samples and each segmentation sample of the set of segmentation mask samples represents a different predetermined position in a segmentation mask adapted to define video coding block partitions of the video coding block.
A machine for filling bags with a granular product comprising a filling station , a welding station , and a cooling station , said machine further comprising [a] a supporting device for supporting the bags which forms a unit arranged below said filling, welding, and cooling stations for supporting, during operation, the base of each of the bags that are located in each of said filling, welding, and cooling stations , and said supporting device comprising [b] a supporting surface , [c] a pivot shaft , and [d] actuating means , [e] said supporting surface being assembled on said pivot shaft such that said supporting surface has a first supporting segment arranged facing said welding and filling stations on one side of said pivot shaft , and a second supporting segment facing said cooling station on the opposite side of said pivot shaft , and in that [f] said supporting surface , said pivot shaft , and said actuating means are functionally associated with one another such that said supporting surface can pivot in an alternating manner around said pivot shaft through said actuating means between [i] an upper position of said first segment and a lower position of said second segment , and [ii] a lower position of said first segment and an upper position of said second segment , for moving the base of the bag which, in operation, is located in said filling station during filling. [a] a supporting device for supporting the bags which forms a unit arranged below said filling, welding, and cooling stations for supporting, during operation, the base of each of the bags that are located in each of said filling, welding, and cooling stations , and said supporting device comprising [b] a supporting surface , [c] a pivot shaft , and [d] actuating means , [e] said supporting surface being assembled on said pivot shaft such that said supporting surface has a first supporting segment arranged facing said welding and filling stations on one side of said pivot shaft , and a second supporting segment facing said cooling station on the opposite side of said pivot shaft , and in that [f] said supporting surface , said pivot shaft , and said actuating means are functionally associated with one another such that said supporting surface can pivot in an alternating manner around said pivot shaft through said actuating means between [i] an upper position of said first segment and a lower position of said second segment , and [ii] a lower position of said first segment and an upper position of said second segment , for moving the base of the bag which, in operation, is located in said filling station during filling. [i] an upper position of said first segment and a lower position of said second segment , and [ii] a lower position of said first segment and an upper position of said second segment ,
A method for manufacturing a wind turbine blade shell component , comprising: providing a plurality of first pultrusion plates formed of a first pultrusion fiber material ; providing a plurality of second pultrusion plates formed of a second pultrusion fiber material ; the first pultrusion plates are different from the second pultrusion plates ; the first and second pultrusion plates having a length corresponding to an entire length of a spar cap for a wind turbine blade shell ; stacking the first and second pultrusion plates in a hybrid pattern that contains both first and second pultrusion plates; arranging the stacked hybrid pattern of first and second pultrusion plates on blade shell material in a mold for the blade shell component; and bonding the stacked hybrid pattern of first and second pultrusion plates with the blade shell materials to form the blade shell component. providing a plurality of first pultrusion plates formed of a first pultrusion fiber material ; providing a plurality of second pultrusion plates formed of a second pultrusion fiber material ; the first pultrusion plates are different from the second pultrusion plates ; the first and second pultrusion plates having a length corresponding to an entire length of a spar cap for a wind turbine blade shell ; stacking the first and second pultrusion plates in a hybrid pattern that contains both first and second pultrusion plates; arranging the stacked hybrid pattern of first and second pultrusion plates on blade shell material in a mold for the blade shell component; and bonding the stacked hybrid pattern of first and second pultrusion plates with the blade shell materials to form the blade shell component.
A ground milling machine , in particular a road milling machine or stabilizer or recycler, having a machine frame and at least one front travel unit as viewed in a longitudinal machine direction (L) and at least one rear travel unit as viewed in the longitudinal machine direction (L), - each travel unit comprising a respective travel wheel , which is in contact with an underlying ground during travel operation of the ground milling machine and has a wheel tread configured for direct ground contact, or a crawler track , which is in contact with an underlying ground during travel operation of the ground milling machine , and a drive wheel configured for driving the crawler track , - at least one travel unit being height-adjustable along a lifting axis (H) via a lifting device and/or being rotatable about a steering axis (K) for steering the ground milling machine , and - the at least one travel unit being arranged on the machine frame via a mounting device , characterized in that the mounting device is configured such that the travel unit can be moved at least partially transversely to the lifting axis (H) and/or steering axis (K) through a translational movement. - each travel unit comprising a respective travel wheel , which is in contact with an underlying ground during travel operation of the ground milling machine and has a wheel tread configured for direct ground contact, or a crawler track , which is in contact with an underlying ground during travel operation of the ground milling machine , and a drive wheel configured for driving the crawler track , - at least one travel unit being height-adjustable along a lifting axis (H) via a lifting device and/or being rotatable about a steering axis (K) for steering the ground milling machine , and - the at least one travel unit being arranged on the machine frame via a mounting device ,
A packaged medicine-filled container comprising: • a resin-made medicine-filled container in which a medicine is housed and • a sealed packaging body in which said resin-made medicine-filled container is housed, wherein: said resin-made medicine-filled container is a prefilled syringe which comprises: - an outer cylinder formed of polypropylene or cyclic polyolefin; - a medicine housed inside said outer cylinder , - a gasket which is housed in said outer cylinder and slidable inside said outer cylinder and formed of butyl rubber; and - a sealing member for sealing a front end portion of said outer cylinder and formed of a material having a low degree of water vapor-permeability; said medicine-filled container has entirely a low degree of water vapor permeability; said packaged medicine-filled container has an oxygen scavenger housed inside said packaging body ; and both a moisture-dependent type oxygen scavenger and a self-reacting type oxygen scavenger are used as said oxygen scavenger; said packaging body is hardly oxygen-permeable. • a resin-made medicine-filled container in which a medicine is housed and • a sealed packaging body in which said resin-made medicine-filled container is housed, said resin-made medicine-filled container is a prefilled syringe which comprises: - an outer cylinder formed of polypropylene or cyclic polyolefin; - a medicine housed inside said outer cylinder , - a gasket which is housed in said outer cylinder and slidable inside said outer cylinder and formed of butyl rubber; and - a sealing member for sealing a front end portion of said outer cylinder and formed of a material having a low degree of water vapor-permeability; - an outer cylinder formed of polypropylene or cyclic polyolefin; - a medicine housed inside said outer cylinder , - a gasket which is housed in said outer cylinder and slidable inside said outer cylinder and formed of butyl rubber; and - a sealing member for sealing a front end portion of said outer cylinder and formed of a material having a low degree of water vapor-permeability; said medicine-filled container has entirely a low degree of water vapor permeability; said packaged medicine-filled container has an oxygen scavenger housed inside said packaging body ; and both a moisture-dependent type oxygen scavenger and a self-reacting type oxygen scavenger are used as said oxygen scavenger; said packaging body is hardly oxygen-permeable.
A double-stranded ribonucleic acid (dsRNA) molecule that kills a Diabrotica virgifera insect when the dsRNA molecule is ingested by the insect, the molecule comprising: a first polyribonucleotide encoded by the reverse complement of at least 19 contiguous nucleotides of SEQ ID NO:2 or SEQ ID NO:3; and a second polyribonucleotide hybridized to the first polyribonucleotide. a first polyribonucleotide encoded by the reverse complement of at least 19 contiguous nucleotides of SEQ ID NO:2 or SEQ ID NO:3; and a second polyribonucleotide hybridized to the first polyribonucleotide.
Apparatus including a cell connection piece and a terminal bus for a photovoltaic module, said cell connection piece , comprising: an interconnect bus ; a plurality of bus tabs unitarily formed with the interconnect bus , wherein the plurality of bus tabs extend from only a single side of the interconnect bus; and wherein a cell connection end of the terminal bus is coupled with an extension at an end of the interconnect bus of the cell connection piece by a solder joint , wherein a terminal connection end of the terminal bus , opposite to the cell connection end, is tapered to facilitate coupling the terminal bus to an electrical terminal of a junction box , the cell connection piece , the terminal bus and the junction box are at the backside of the photovoltaic module, and the terminal bus comprises a non-linear portion between the terminal connection end and the cell connection end. an interconnect bus ; a plurality of bus tabs unitarily formed with the interconnect bus , wherein the plurality of bus tabs extend from only a single side of the interconnect bus; and wherein a cell connection end of the terminal bus is coupled with an extension at an end of the interconnect bus of the cell connection piece by a solder joint , wherein a terminal connection end of the terminal bus , opposite to the cell connection end, is tapered to facilitate coupling the terminal bus to an electrical terminal of a junction box , the cell connection piece , the terminal bus and the junction box are at the backside of the photovoltaic module, and the terminal bus comprises a non-linear portion between the terminal connection end and the cell connection end.
A drafting system of a spinnery machine having roller pairs between which at least one fiber strand can be guided and drafted, having a traversing device comprising a traversing element and at least one fiber guide , the at least one fiber guide being able to guide a fiber strand associated with the fiber guide , the traversing element being oscillated in a traversing motion (CB) relative to the roller pairs in the axial direction (X) thereof, and the at least one fiber guide being disposed on the traversing element so that the at least one fiber strand can be oscillated by means of the traversing motion (CB) of the fiber guide associated with the fiber strand , having a condensing device by means of which the fiber strand fully drafted by the roller pairs can be condensed, and having at least one bearing in which at least the roller pairs , the traversing device , and/or the condensing device are supported, characterized in that the traversing device is disposed relative to the at least one bearing such that the at least one fiber guide contacts the at least one bearing by means of the traversing motion (CB) and can be displaced in the axial direction (X) relative to the traversing element , so that the at least one fiber guide can be aligned in the axial direction (X) relative to the condensing device . having a condensing device by means of which the fiber strand fully drafted by the roller pairs can be condensed, and having at least one bearing in which at least the roller pairs , the traversing device , and/or the condensing device are supported, characterized in that the traversing device is disposed relative to the at least one bearing such that the at least one fiber guide contacts the at least one bearing by means of the traversing motion (CB) and can be displaced in the axial direction (X) relative to the traversing element , so that the at least one fiber guide can be aligned in the axial direction (X) relative to the condensing device .
An electroabsorption modulator comprising: an SOI waveguide; an active region, the active region comprising a SiGe multiple quantum well (MQW) region; and an evanescent coupling structure for coupling the SOI waveguide to the active region; the coupling structure comprising: a SiGe transit waveguide coupling region; a SiGe buffer waveguide coupling region doped with P- type dopants; and a taper region; wherein, the transit waveguide coupling region couples light between the SOI waveguide and the buffer waveguide coupling region; and the buffer waveguide coupling region couples light between the transit waveguide region and the active region via the taper region characterised in that : the transit waveguide tapered coupling region comprises a first tapered portion and a second portion; the buffer waveguide comprises a tapered coupling region located on top of the second portion of the transit waveguide; and the refractive index of the transit waveguide coupling region is smaller than that of the buffer waveguide coupling region. an SOI waveguide; an active region, the active region comprising a SiGe multiple quantum well (MQW) region; and an evanescent coupling structure for coupling the SOI waveguide to the active region; the coupling structure comprising: a SiGe transit waveguide coupling region; a SiGe buffer waveguide coupling region doped with P- type dopants; and a taper region; a SiGe transit waveguide coupling region; a SiGe buffer waveguide coupling region doped with P- type dopants; and a taper region; wherein, the transit waveguide coupling region couples light between the SOI waveguide and the buffer waveguide coupling region; and the buffer waveguide coupling region couples light between the transit waveguide region and the active region via the taper region characterised in that : the transit waveguide tapered coupling region comprises a first tapered portion and a second portion; the buffer waveguide comprises a tapered coupling region located on top of the second portion of the transit waveguide; and the refractive index of the transit waveguide coupling region is smaller than that of the buffer waveguide coupling region. the transit waveguide tapered coupling region comprises a first tapered portion and a second portion; the buffer waveguide comprises a tapered coupling region located on top of the second portion of the transit waveguide; and the refractive index of the transit waveguide coupling region is smaller than that of the buffer waveguide coupling region.
A method for increasing the corrosion resistance of a component formed with a magnesium-based alloy against micro-galvanic corrosion, wherein the magnesium-based alloy contains alongside magnesium as the main component, aluminium as the second-largest component, wherein different corrosion potentials exist for various metallic phases of the magnesium-based alloy, characterized in that a surface layer of the component having a predetermined thickness, which thickness is set at between 0.1 mm and roughly 5 mm, and which surface layer is formed with the magnesium-based alloy, is heated to form the surface layer with a homogenized mixed crystal phase, after which the surface layer is cooled at a cooling rate of more than 10 K/s to strongly inhibit or prevent the formation of precipitates, so that the surface layer is formed with an oversaturated mixed crystal phase, in order to form the surface layer and an inner region formed with the magnesium-based alloy adjacent to the surface layer of the component with a different phase structure.
A double diaphragm pump comprising: a pump body defining a vertical longitudinal axis (LA) and first and second pumping chambers ; an inlet flow manifold and an outlet flow manifold coupled to the pump body ; a first pump head coupled to the pump body adjacent the first pumping chamber , the first pump head comprising a longitudinal flow bore separate from the first pumping chamber and fluidly coupled to the inlet and outlet flow manifolds , an upper air vent bore , and a lower slurry exchange bore , the upper air vent bore and lower slurry exchange bore each fluidly coupling the longitudinal flow bore in turn to the first pumping chamber ; and an operating shaft coupled to a resiliently deformable diaphragm , the diaphragm disposed in the first pumping chamber ; wherein the operating shaft is moveable in a pump stroke to pump a fluid through the longitudinal flow bore of the first pump head and the first pumping chamber from the inlet flow manifold to the outlet flow manifold ; wherein the upper air vent bore is smaller in diameter than the lower slurry exchange bore such that air is preferentially ejected from the first pumping chamber rather than slurry during the pump stroke. a pump body defining a vertical longitudinal axis (LA) and first and second pumping chambers ; an inlet flow manifold and an outlet flow manifold coupled to the pump body ; a first pump head coupled to the pump body adjacent the first pumping chamber , the first pump head comprising a longitudinal flow bore separate from the first pumping chamber and fluidly coupled to the inlet and outlet flow manifolds , an upper air vent bore , and a lower slurry exchange bore , the upper air vent bore and lower slurry exchange bore each fluidly coupling the longitudinal flow bore in turn to the first pumping chamber ; and an operating shaft coupled to a resiliently deformable diaphragm , the diaphragm disposed in the first pumping chamber ; wherein the operating shaft is moveable in a pump stroke to pump a fluid through the longitudinal flow bore of the first pump head and the first pumping chamber from the inlet flow manifold to the outlet flow manifold ; wherein the upper air vent bore is smaller in diameter than the lower slurry exchange bore such that air is preferentially ejected from the first pumping chamber rather than slurry during the pump stroke.
A device, comprising: a first image sensor (111; 510) including a plurality of focus pixels , the focus pixels configured to capture images from at least a first perspective and a second perspective, a difference between the first and second perspectives associated with a first direction; a second image sensor (112; 520) separated from the first image sensor in a second direction orthogonal to the first direction; a memory ; and a processor (120; 141) coupled to the memory and configured to: receive a first image from the first image sensor, the first image comprising first image data captured from the first perspective and second image data captured from the second perspective; receive a second image from the second image sensor; and generate a hybrid depth map based at least in part on the first image and the second image. a first image sensor (111; 510) including a plurality of focus pixels , the focus pixels configured to capture images from at least a first perspective and a second perspective, a difference between the first and second perspectives associated with a first direction; a second image sensor (112; 520) separated from the first image sensor in a second direction orthogonal to the first direction; a memory ; and a processor (120; 141) coupled to the memory and configured to: receive a first image from the first image sensor, the first image comprising first image data captured from the first perspective and second image data captured from the second perspective; receive a second image from the second image sensor; and generate a hybrid depth map based at least in part on the first image and the second image. receive a first image from the first image sensor, the first image comprising first image data captured from the first perspective and second image data captured from the second perspective; receive a second image from the second image sensor; and generate a hybrid depth map based at least in part on the first image and the second image.
A system for transferring fluid between a fixed or floating facility for producing or storing fluid and a vessel such as a liquid natural gas carrier, of the type comprising at least one arrangement of articulated arms that includes an inner arm articulated at one end by a joint with a horizontal axis to a support structure , so as to pivot in a vertical plane, and an outer arm articulated at one end to the outer end of the inner arm , by a rotary joint whereof the arm is oriented horizontally when the outer arm extends vertically, and bearing, at its free end, a device for connecting/disconnecting to or from a ship manifold , the arrangement of articulated arms further including a balancing counterweight of the outer arm , which is mounted on an axial extension of the inner arm at the support structure and connected to the outer arm by connecting means , the extension also supporting a balancing counterweight of the inner arm, characterized in that it further comprises a rotary joint whereof the axis extends in the longitudinal direction of the inner arm and which is arranged at the articulation of the inner arm to the support structure , the balancing counterweight of the outer arm being mounted on the inner arm so as to rotate with this arm when the latter rotates around its longitudinal axis.