mhurhangee/ep-ind-claims huggingface dataset:
A toy construction system comprising toy construction elements, the toy construction elements (810a-c) comprising coupling means for releasably interconnecting the toy construction elements, the toy construction system comprising: one or more marker construction elements comprising such coupling means and each having a visual appearance recognisable by an image processing means, and a data processing system comprising image capturing means, image processing means, and display means, characterized in that the data processing system is adapted to - capture an image of a toy construction model constructed from the toy construction elements, wherein at least a first toy construction element of the toy construction model is interpreted by the data processing system as a virtual button; - process the captured image to detect, responsive to a user connecting a marker construction element to the toy construction model, a presence of said marker construction element within the captured image; - responsive to the detected marker construction element being detected connected to said first toy construction element, trigger a virtual action and to - display on said display means a composite image comprising the captured image having superimposed a generated computer-generated image. one or more marker construction elements comprising such coupling means and each having a visual appearance recognisable by an image processing means, and a data processing system comprising image capturing means, image processing means, and display means, characterized in that the data processing system is adapted to - capture an image of a toy construction model constructed from the toy construction elements, wherein at least a first toy construction element of the toy construction model is interpreted by the data processing system as a virtual button; - process the captured image to detect, responsive to a user connecting a marker construction element to the toy construction model, a presence of said marker construction element within the captured image; - responsive to the detected marker construction element being detected connected to said first toy construction element, trigger a virtual action and to - display on said display means a composite image comprising the captured image having superimposed a generated computer-generated image. - capture an image of a toy construction model constructed from the toy construction elements, wherein at least a first toy construction element of the toy construction model is interpreted by the data processing system as a virtual button; - process the captured image to detect, responsive to a user connecting a marker construction element to the toy construction model, a presence of said marker construction element within the captured image; - responsive to the detected marker construction element being detected connected to said first toy construction element, trigger a virtual action and to - display on said display means a composite image comprising the captured image having superimposed a generated computer-generated image.
A compound represented by Formula, or a pharmaceutically acceptable salt thereof, wherein R 3, R 4, R 5, R 6, R 7, R 8, R 9, R 10, R 11, R 12, and R 13 are each independently hydrogen, or deuterium; and R 1, and R 2 are deuterium. wherein R 3, R 4, R 5, R 6, R 7, R 8, R 9, R 10, R 11, R 12, and R 13 are each independently hydrogen, or deuterium; and R 1, and R 2 are deuterium.
A venting liner connectable in fluid communication between a closure and an interior of a device for venting gas from the interior of the device into an ambient atmosphere, the venting liner comprising: a first gas permeable outer layer connectable in fluid communication with an interior of a device for allowing a flow of gas; a second outer layer defining a plurality of fluid flow paths therethrough; and a compressible inner layer that is compressible in response to application of a closure force applied by a closure thereto, and defining a plurality of inner fluid flow paths in fluid communication between the first outer layer and the second outer layer for allowing venting of gas from the interior of a device, through the first outer layer, through the compressible inner layer and, in turn, through the second outer layer and into the ambient atmosphere; characterized in that the first outer layer is a porous layer that is substantially liquid impermeable and adapted for preventing flow of liquid therethrough, and the second outer layer is a porous layer that is substantially incompressible and adapted for preventing compression thereof in response to application of a closure force applied by a closure thereto. a first gas permeable outer layer connectable in fluid communication with an interior of a device for allowing a flow of gas; a second outer layer defining a plurality of fluid flow paths therethrough; and a compressible inner layer that is compressible in response to application of a closure force applied by a closure thereto, and defining a plurality of inner fluid flow paths in fluid communication between the first outer layer and the second outer layer for allowing venting of gas from the interior of a device, through the first outer layer, through the compressible inner layer and, in turn, through the second outer layer and into the ambient atmosphere;
A reclosable unitized package comprising: (a) a printed base card; and (b) a fluid vessel comprising (i) a first laminate barrier layer comprising at least one layer of biaxially oriented thermoplastic polymer, (ii) a product material, and (iii) a second laminate barrier layer, wherein the first and second laminate barrier layers (40, 50) are sealed together at their perimeters to form a fluid-tight enclosure for containing the product material, wherein the second laminate barrier layer is permanently bonded to a portion of the printed base card; wherein the fluid-tight enclosure comprises a dispensing tip and the printed base card comprises a score line that intersects the dispensing tip, in which the score line defines a folding flap that when folded along the score line reclosably seals the dispensing tip, wherein the first laminate barrier layer has an inner surface and the second laminate barrier layer has an inner surface, and wherein the dispensing tip is defined by a portion of the inner surface of the first laminate barrier layer and a portion of the inner surface of the second laminate layer; characterised in that the thickness of the printed base card is such that when the folding flap is folded along the score line to form a fold having a tension zone, the portions of the inner surfaces of the first and second laminate barrier layers (40, 50) that define the dispensing tip fall outside the neutral point of the fold and in the tension zone. (a) a printed base card; and (b) a fluid vessel comprising (i) a first laminate barrier layer comprising at least one layer of biaxially oriented thermoplastic polymer, (ii) a product material, and (iii) a second laminate barrier layer, wherein the first and second laminate barrier layers (40, 50) are sealed together at their perimeters to form a fluid-tight enclosure for containing the product material, wherein the second laminate barrier layer is permanently bonded to a portion of the printed base card; wherein the fluid-tight enclosure comprises a dispensing tip and the printed base card comprises a score line that intersects the dispensing tip, in which the score line defines a folding flap that when folded along the score line reclosably seals the dispensing tip, wherein the first laminate barrier layer has an inner surface and the second laminate barrier layer has an inner surface, and wherein the dispensing tip is defined by a portion of the inner surface of the first laminate barrier layer and a portion of the inner surface of the second laminate layer; characterised in that the thickness of the printed base card is such that when the folding flap is folded along the score line to form a fold having a tension zone, the portions of the inner surfaces of the first and second laminate barrier layers (40, 50) that define the dispensing tip fall outside the neutral point of the fold and in the tension zone.
A method of producing a building panel, characterised in that the method comprises: providing a core, applying a balancing layer on a first surface of the core, wherein the balancing layer has a first moisture content and comprises a sheet impregnated with a thermosetting binder, applying a surface layer on a second surface of the core, wherein the surface layer has a second moisture content and comprises a thermosetting binder, adjusting the first moisture content of the balancing layer such that the first moisture content of the balancing layer is higher than the second moisture content of the surface layer prior to curing by applying heat and pressure, and curing the surface layer and the balancing layer by applying heat and pressure. providing a core, applying a balancing layer on a first surface of the core, wherein the balancing layer has a first moisture content and comprises a sheet impregnated with a thermosetting binder, applying a surface layer on a second surface of the core, wherein the surface layer has a second moisture content and comprises a thermosetting binder, adjusting the first moisture content of the balancing layer such that the first moisture content of the balancing layer is higher than the second moisture content of the surface layer prior to curing by applying heat and pressure, and curing the surface layer and the balancing layer by applying heat and pressure.
A system which operates as holographic true 3D display comprising; - at least one light source for providing source light beam, and characterized by - at least one spatial light modulator optically coupled to a light source the spatial light modulator being either a reflective spatial light modulator or a transmissive spatial light modulator, having a geometric shape of a plane, comprising one or more fringe patterns, modulating at least one of the magnitude or phase of the light from the light source and configured to diffract light from the light source that is incident upon the spatial light modulator, - at least one phase plate optically coupled to the spatial light modulator, the phase plate forming a paraboloid, ellipsoid or spherical phase profile and being configured to diffract the light from the spatial light modulator that is incident upon the phase plate, - at least one computer which controls the spatial light modulator by generating and processing electronic driving signals and transmitting signals to the spatial light modulator. - at least one light source for providing source light beam, and characterized by - at least one spatial light modulator optically coupled to a light source the spatial light modulator being either a reflective spatial light modulator or a transmissive spatial light modulator, having a geometric shape of a plane, comprising one or more fringe patterns, modulating at least one of the magnitude or phase of the light from the light source and configured to diffract light from the light source that is incident upon the spatial light modulator, - at least one phase plate optically coupled to the spatial light modulator, the phase plate forming a paraboloid, ellipsoid or spherical phase profile and being configured to diffract the light from the spatial light modulator that is incident upon the phase plate, - at least one computer which controls the spatial light modulator by generating and processing electronic driving signals and transmitting signals to the spatial light modulator.
An overvoltage protection device comprising: a varistor assembly comprising: a plurality of varistor wafers (152, 154, 156) each formed of a varistor material; at least one electrically conductive interconnect member (160, 162) connecting the varistor wafers in electrical parallel; and a bonding agent (164, 164') bonding at least two of the varistor wafers in the varistor assembly to one another; wherein the varistor wafers and the at least one interconnect member are axially stacked; a first electrode member; and a second electrode member; wherein the at least one electrically conductive interconnect member connects or connect the varistor wafers in electrical parallel between the first and second electrode members; and wherein the varistor wafers are axially stacked between the first and second electrodes. a varistor assembly comprising: a plurality of varistor wafers (152, 154, 156) each formed of a varistor material; at least one electrically conductive interconnect member (160, 162) connecting the varistor wafers in electrical parallel; and a bonding agent (164, 164') bonding at least two of the varistor wafers in the varistor assembly to one another; a plurality of varistor wafers (152, 154, 156) each formed of a varistor material; at least one electrically conductive interconnect member (160, 162) connecting the varistor wafers in electrical parallel; and a bonding agent (164, 164') bonding at least two of the varistor wafers in the varistor assembly to one another; wherein the varistor wafers and the at least one interconnect member are axially stacked; a first electrode member; and a second electrode member; wherein the at least one electrically conductive interconnect member connects or connect the varistor wafers in electrical parallel between the first and second electrode members; and wherein the varistor wafers are axially stacked between the first and second electrodes.
A rotor assembly for a generator, comprising: a rotor core having winding slots; one or more coils, comprising slot-inserted segments included in the winding slots, and first and second end-turn segments (322, 323) external to the winding slots and located around opposite axial ends (313, 314) of the rotor core, respectively; a first containment band located around at least a portion of the first end-turn segments and configured to prevent the first end-turn segments from moving away from the rotor core radially; a second containment band located around at least a portion of the second end-turn segments and configured to prevent the second end-turn segments from moving away from the rotor core radially; and one or more sticks, mounted in one or more of the winding slots, respectively, wherein the first and second containment bands (331, 332) are retained via the sticks against moving away axially; wherein the one or more sticks each engage both the first containment band and the second containment band to prevent them from moving away axially. a rotor core having winding slots; one or more coils, comprising slot-inserted segments included in the winding slots, and first and second end-turn segments (322, 323) external to the winding slots and located around opposite axial ends (313, 314) of the rotor core, respectively; a first containment band located around at least a portion of the first end-turn segments and configured to prevent the first end-turn segments from moving away from the rotor core radially; a second containment band located around at least a portion of the second end-turn segments and configured to prevent the second end-turn segments from moving away from the rotor core radially; and one or more sticks, mounted in one or more of the winding slots, respectively, wherein the first and second containment bands (331, 332) are retained via the sticks against moving away axially; wherein the one or more sticks each engage both the first containment band and the second containment band to prevent them from moving away axially.
A battery, comprising: a substantially cylindrical shape winding electrode arrangement having a hollow portion in the center; and a sheath material having flexibility which sheathes the winding electrode arrangement, wherein a width of the hollow portion is 2.5 mm or less, wherein the sheath material is equipped with a first sheath material having a first space portion of a substantially semicylindrical shape, a second sheath material having a second space portion of a substantially semicylindrical shape, and a substantially cylindrical shape space portion is configured with the first space portion and the second space portion, and the winding electrode arrangement is provided in the space portion. a substantially cylindrical shape winding electrode arrangement having a hollow portion in the center; and a sheath material having flexibility which sheathes the winding electrode arrangement, wherein a width of the hollow portion is 2.5 mm or less, wherein the sheath material is equipped with a first sheath material having a first space portion of a substantially semicylindrical shape, a second sheath material having a second space portion of a substantially semicylindrical shape, and a substantially cylindrical shape space portion is configured with the first space portion and the second space portion, and the winding electrode arrangement is provided in the space portion. a first sheath material having a first space portion of a substantially semicylindrical shape, a second sheath material having a second space portion of a substantially semicylindrical shape, and a substantially cylindrical shape space portion is configured with the first space portion and the second space portion, and the winding electrode arrangement is provided in the space portion.
A method of monitoring LOOP-mediated isothermal amplification (LAMP) of a target DNA, comprising: contacting an assimilating probe and a DNA polymerase with a LAMP reaction mixture, wherein the LAMP reaction mixture comprises the target DNA and one or more LAMP primers that hybridize with the target DNA, wherein the assimilating probe comprises a first and second oligonucleotide strand, wherein the first oligonucleotide strand comprises a quencher probe at a 3' end and wherein the second oligonucleotide strand of the assimilating probe comprises a fluorophore at a 5' end; wherein the ratio of the amount of the second oligonucleotide strand to the amount of the first oligonucleotide strand is less than 1:1; and measuring fluorescence emitted by the LAMP reaction mixture that has been contacted with the assimilating probe and the DNA polymerase. contacting an assimilating probe and a DNA polymerase with a LAMP reaction mixture, wherein the LAMP reaction mixture comprises the target DNA and one or more LAMP primers that hybridize with the target DNA, wherein the assimilating probe comprises a first and second oligonucleotide strand, wherein the first oligonucleotide strand comprises a quencher probe at a 3' end and wherein the second oligonucleotide strand of the assimilating probe comprises a fluorophore at a 5' end; wherein the ratio of the amount of the second oligonucleotide strand to the amount of the first oligonucleotide strand is less than 1:1; and measuring fluorescence emitted by the LAMP reaction mixture that has been contacted with the assimilating probe and the DNA polymerase.
A method for wireless communication, comprising: identifying at a user equipment, UE, a multiple-comb pattern to use for a transmission of one or more reference signals, wherein each comb of the multiple-comb pattern comprising a set of subcarriers within a set of resources allocated for reference signal transmission; identifying, at the UE, a number of antenna ports to use for transmission of one or more reference signals in a symbol of the multiple-comb pattern, determining, at the UE, for each antenna port, a number of combs to use for transmission of at least one of the one or more reference signals based at least in part on the number of antenna ports; and transmitting, using each antenna port, at least one of the one or more reference signals based at least in part on the determined number of combs. identifying at a user equipment, UE, a multiple-comb pattern to use for a transmission of one or more reference signals, wherein each comb of the multiple-comb pattern comprising a set of subcarriers within a set of resources allocated for reference signal transmission; identifying, at the UE, a number of antenna ports to use for transmission of one or more reference signals in a symbol of the multiple-comb pattern, determining, at the UE, for each antenna port, a number of combs to use for transmission of at least one of the one or more reference signals based at least in part on the number of antenna ports; and transmitting, using each antenna port, at least one of the one or more reference signals based at least in part on the determined number of combs.
Method for operating a hybrid drive apparatus having a first drive unit and a second drive unit, wherein a drive torque of the hybrid drive apparatus is produced only by means of the first drive unit in a first operating mode and is produced jointly by the first drive unit and the second drive unit in a second operating mode, and wherein an actual rotational speed of the second drive unit is brought into line with a target rotational speed upon a switchover from the first operating mode to the second operating mode, which corresponds to the actual rotational speed of the first drive unit, characterised in that, in order to bring the actual rotational speed into line, once at the beginning of bringing into line, a target rotational speed gradient is selected from a plurality of target rotational speed gradients and a target torque, determined on the basis of the target rotational speed gradients, is set at the second drive unit, wherein the target torque is determined by means of a control from the target rotational speed gradients, while an actual rotational speed gradient is controlled on the target rotational speed gradient, and wherein the control comprises a pre-control, wherein the target torque is determined on the basis of a moment of inertia of the second drive unit and the target rotational speed gradients.
A blow moulded foam duct comprising foam resin, and wherein the duct includes a foam wall portion (201, 202), characterized in that the duct further includes a high-foam wall portion; wherein the high-foam wall portion exhibits a larger bubble diameter than the foam wall portion (201, 202); and the high-foam wall portion is provided in a corner portion of the duct; and wherein the high-foam wall portion includes an inside contour and an outside contour, the inside contour being less acute in a curve contour than the outside contour.
A wireless communication device which includes two wireless communication units configured to transfer data, comprising: a communication priority storage unit configured to store priority information indicating priorities of transmission and reception of each data type to be transmitted; a priority comparison unit configured to compare a priority of the data type of a transmission target with a priority of the data type of a reception target on a basis of the priority information in a case where data is transmitted by one wireless communication unit and data is received by another wireless communication unit at the same time; and a transmission restriction unit configured to restrict a communication volume of data transmission in the one wireless communication unit when the priority comparison unit obtains a comparison result that the priority of the data type of the reception target is higher than the priority of the data type of the transmission target. a communication priority storage unit configured to store priority information indicating priorities of transmission and reception of each data type to be transmitted; a priority comparison unit configured to compare a priority of the data type of a transmission target with a priority of the data type of a reception target on a basis of the priority information in a case where data is transmitted by one wireless communication unit and data is received by another wireless communication unit at the same time; and a transmission restriction unit configured to restrict a communication volume of data transmission in the one wireless communication unit when the priority comparison unit obtains a comparison result that the priority of the data type of the reception target is higher than the priority of the data type of the transmission target.