mhurhangee/ep-ind-claims huggingface dataset:
An assembly for an aircraft propulsion system, comprising: a nacelle structure extending circumferentially about a centerline, the nacelle structure comprising an exterior skin and an internal cavity; and a thermal anti-icing system comprising a susceptor, the susceptor thermally coupled to the exterior skin within the internal cavity; characterised in that: the thermal anti-icing system comprises a microwave system configured to direct microwaves to the susceptor for melting and/or preventing ice accumulation on the exterior skin; and the assembly further comprises a dielectric isolator, and the susceptor is mounted to an interior surface of the exterior skin through the dielectric isolator. a nacelle structure extending circumferentially about a centerline, the nacelle structure comprising an exterior skin and an internal cavity; and a thermal anti-icing system comprising a susceptor, the susceptor thermally coupled to the exterior skin within the internal cavity; characterised in that: the thermal anti-icing system comprises a microwave system configured to direct microwaves to the susceptor for melting and/or preventing ice accumulation on the exterior skin; and the assembly further comprises a dielectric isolator, and the susceptor is mounted to an interior surface of the exterior skin through the dielectric isolator. the thermal anti-icing system comprises a microwave system configured to direct microwaves to the susceptor for melting and/or preventing ice accumulation on the exterior skin; and the assembly further comprises a dielectric isolator, and the susceptor is mounted to an interior surface of the exterior skin through the dielectric isolator.
A process for controlling the seal strength between two cooperating thermo-sealable films with the steps of: A) defining at least one sealing portion of two cooperating thermo- sealable surfaces of two respective films, one of said surfaces being partially covered with material having predetermined thermal insulation characteristics thereby resulting in a selectively defined plurality of non-sealable areas with a controlled predetermined thermal seal strength in said non-sealable areas, thereby providing a path having less resistance to disengagement of the seal between the two films within said at least one sealing portion; D) applying a predetermined amount of heat to said sealing portions over a predetermined time period to achieve an effective seal where there are no non-sealable areas on said surfaces; and characterized in that it comprises, between the steps A and D, the steps of: B) depositing an effective amount of an adhesive on a predetermined number of said non-sealable areas; C) electrostatically depositing polypropylene powder over said non-sealable areas where said adhesive was deposited. A) defining at least one sealing portion of two cooperating thermo- sealable surfaces of two respective films, one of said surfaces being partially covered with material having predetermined thermal insulation characteristics thereby resulting in a selectively defined plurality of non-sealable areas with a controlled predetermined thermal seal strength in said non-sealable areas, thereby providing a path having less resistance to disengagement of the seal between the two films within said at least one sealing portion; D) applying a predetermined amount of heat to said sealing portions over a predetermined time period to achieve an effective seal where there are no non-sealable areas on said surfaces; and characterized in that it comprises, between the steps A and D, the steps of: B) depositing an effective amount of an adhesive on a predetermined number of said non-sealable areas; C) electrostatically depositing polypropylene powder over said non-sealable areas where said adhesive was deposited. B) depositing an effective amount of an adhesive on a predetermined number of said non-sealable areas; C) electrostatically depositing polypropylene powder over said non-sealable areas where said adhesive was deposited.
A sampling system for extracting a sample from an end strip of a coil having wrapped layers of coiled formed elongated metal, comprising: a pair of generally parallel spaced drive rollers that are driven by a roller drive system coupled thereto, for selective rotation of a coil about a coil central axis that is oriented parallel to the rollers; a cutter, proximal the rollers, for alignment with a circumference of a metal coil resting on the driven rollers, the cutter having a cutter drive mechanism for selectively advancing the cutter into the coil and selectively traversing the cutter along the coil circumference; and a coil tensioner mechanism for maintaining tension on wrapped layers against each other in a metal coil resting on the rollers, in order to inhibit relaxation of the layers characterized in that the cutter drive mechanism is configured to orient the cutter so that it is capable of selectively forming a cut channel within a layer of the coiled metal at a range of angles from zero to ninety degrees relative to a coil radius, and a selective range of cut depths up to and including through entire thickness of a layer of the coiled metal. a pair of generally parallel spaced drive rollers that are driven by a roller drive system coupled thereto, for selective rotation of a coil about a coil central axis that is oriented parallel to the rollers; a cutter, proximal the rollers, for alignment with a circumference of a metal coil resting on the driven rollers, the cutter having a cutter drive mechanism for selectively advancing the cutter into the coil and selectively traversing the cutter along the coil circumference; and a coil tensioner mechanism for maintaining tension on wrapped layers against each other in a metal coil resting on the rollers, in order to inhibit relaxation of the layers characterized in that the cutter drive mechanism is configured to orient the cutter so that it is capable of selectively forming a cut channel within a layer of the coiled metal at a range of angles from zero to ninety degrees relative to a coil radius, and a selective range of cut depths up to and including through entire thickness of a layer of the coiled metal.
A path planning method, comprising: obtaining, based on a pass-through distance of each of a plurality of first areas and signal quality of a wireless signal in each first area, a pass-through cost for passing through each first area; obtaining a start location and a target location; and performing path planning based on the pass-through cost for passing through each first area, to determine a pass-through path from the start location to the target location, wherein the pass-through path comprises an area passed through from the start location to the target location; characterised in that the signal quality of the wireless signal includes a change rate of a direction of the wireless signal and a positioning precision of the wireless signal. obtaining, based on a pass-through distance of each of a plurality of first areas and signal quality of a wireless signal in each first area, a pass-through cost for passing through each first area; obtaining a start location and a target location; and performing path planning based on the pass-through cost for passing through each first area, to determine a pass-through path from the start location to the target location, wherein the pass-through path comprises an area passed through from the start location to the target location; characterised in that the signal quality of the wireless signal includes a change rate of a direction of the wireless signal and a positioning precision of the wireless signal.
Fuel delivery unit in a fuel tank of a motor vehicle, comprising a surge pot, a fuel pump arranged therein for delivering fuel from the surge pot to an internal combustion engine of the motor vehicle, a pump holder for fixing the fuel pump in the surge pot and a fill level sensor for determining the fill level in the fuel tank, characterized in that the fill level sensor is arranged on the pump holder.
A sensor pane! for detecting the position pointed by a position pointer, the sensor panel comprising: - an exciting coil coiled around a circumference of a position detecting area, an exciting circuit operable to supply an alternating voltage to said exciting coil, a position-pointing signal detector for detecting a position-pointing signal from said position pointer, characterized in that the sensor panel further comprises an excitation controller for controlling a supply of the alternating voltage to said exciting coil depending on said position-pointing signal detected, wherein said excitation controller is operable to supply the alternating voltage to said exciting coii when a detected result of the position pointed by said position pointer is within a predetermined distance range from a position where said exciting coil is arranged. - an exciting coil coiled around a circumference of a position detecting area, an exciting circuit operable to supply an alternating voltage to said exciting coil, a position-pointing signal detector for detecting a position-pointing signal from said position pointer,
Method for producing spherical capsules formed at the outer portion thereof by a film of calcium alginate and comprising in its interior two liquid substances that form two mutually immiscible or partly miscible phases characterised in that it comprises the following steps: a) preparation of the aqueous non-calcium alginate solution in which the concentration of alginate is within the range 0.05% to 5% by weight of the solution; b) preparation of the substances that will form the two mutually immiscible or partly miscible phases to be encapsulated in which one of said substances comprises a source of calcium ions or magnesium ions; c) application of the substances that will form the two phases to be encapsulated through concentric tubes, it being necessary to apply the substance that comprises the source of calcium ions or magnesium ions through the outer tube; d) introduction of the drop or drops formed in step (c) into an aqueous solution that contains alginate, in which the outer layer of the drop reacts forming at least one sphere which contains both phases; e) washing, draining and packing of the capsules formed in step (d). wherein the method is a reverse spherification. a) preparation of the aqueous non-calcium alginate solution in which the concentration of alginate is within the range 0.05% to 5% by weight of the solution; b) preparation of the substances that will form the two mutually immiscible or partly miscible phases to be encapsulated in which one of said substances comprises a source of calcium ions or magnesium ions; c) application of the substances that will form the two phases to be encapsulated through concentric tubes, it being necessary to apply the substance that comprises the source of calcium ions or magnesium ions through the outer tube; d) introduction of the drop or drops formed in step (c) into an aqueous solution that contains alginate, in which the outer layer of the drop reacts forming at least one sphere which contains both phases; e) washing, draining and packing of the capsules formed in step (d).
A polyester carbonate resin having a constituent unit represented by the following general formula, a constituent unit represented by the following general formula, and a constituent unit represented by the following general formula: wherein, in the above formula, R 1 to R 3 each independently represent a hydrogen atom, a methyl group or an ethyl group, and in the above formula, Q represents a divalent linking group.
A paint system comprising a) chemically unmodified cellulose and b) optionally polyolefin waxes and/or Fischer-Tropsch waxes and/or amide waxes and/or biobased waxes and c) film formers and d) optionally solvents or water and e) optionally pigments, and also f) optionally volatile and/or nonvolatile additives, the chemically unmodified cellulose having an average fiber length between 7 μm and 100 μm and an average aspect ratio of less than 5. a) chemically unmodified cellulose and b) optionally polyolefin waxes and/or Fischer-Tropsch waxes and/or amide waxes and/or biobased waxes and c) film formers and d) optionally solvents or water and e) optionally pigments, and also f) optionally volatile and/or nonvolatile additives,
A system comprising: a data bus configured as a serial low-power inter-chip media bus, SLIMbus, to provide: data communication through a plurality of SLIMbus ports, and SLIMbus message capabilities; a manager coupled with the data bus and configured to manage the data bus; a first processing device coupled with the manager; and a second processing device; the system is characterized in further comprising a communication device coupled with the second processing device; wherein the communication device is directly coupled to the data bus and does not include a logical port of the data bus wherein the communication device is configured to communicate information, from the second processing device, over the data bus using the message capabilities of the data bus, and wherein the communication device is configured to communicate a request for a data channel to the manager using the message capabilities of the data bus, wherein the requested data channel is used by the second processing device to transfer data on the data bus. a data bus configured as a serial low-power inter-chip media bus, SLIMbus, to provide: data communication through a plurality of SLIMbus ports, and SLIMbus message capabilities; a manager coupled with the data bus and configured to manage the data bus; a first processing device coupled with the manager; and a second processing device; the system is characterized in further comprising a communication device coupled with the second processing device; wherein the communication device is directly coupled to the data bus and does not include a logical port of the data bus wherein the communication device is configured to communicate information, from the second processing device, over the data bus using the message capabilities of the data bus, and wherein the communication device is configured to communicate a request for a data channel to the manager using the message capabilities of the data bus, wherein the requested data channel is used by the second processing device to transfer data on the data bus.
A system, comprising: - a lid configured to be disposed over a plurality of battery cells in a battery module, characterised in that the lid comprises: - a plurality of flexible fingers, wherein each of the plurality of flexible fingers aligns with a corresponding one of the plurality of battery cells when the lid is disposed over the plurality of battery cells, wherein each of the plurality of flexible fingers is configured to exert a downward force against the corresponding one of the plurality of battery cells, wherein the plurality of flexible fingers is configured to accommodate varying heights of the plurality of battery cells, and wherein each of the plurality of flexible fingers is integral with the lid. - a lid configured to be disposed over a plurality of battery cells in a battery module, characterised in that the lid comprises: - a plurality of flexible fingers, wherein each of the plurality of flexible fingers aligns with a corresponding one of the plurality of battery cells when the lid is disposed over the plurality of battery cells, wherein each of the plurality of flexible fingers is configured to exert a downward force against the corresponding one of the plurality of battery cells, wherein the plurality of flexible fingers is configured to accommodate varying heights of the plurality of battery cells, and wherein each of the plurality of flexible fingers is integral with the lid. - a plurality of flexible fingers, wherein each of the plurality of flexible fingers aligns with a corresponding one of the plurality of battery cells when the lid is disposed over the plurality of battery cells, wherein each of the plurality of flexible fingers is configured to exert a downward force against the corresponding one of the plurality of battery cells, wherein the plurality of flexible fingers is configured to accommodate varying heights of the plurality of battery cells, and wherein each of the plurality of flexible fingers is integral with the lid.
A deployment controlling component of a communication system comprising: a metasurface managing interface configured to receive information about presence and capabilities of programmable metasurfaces (305, 404, 1508) usable by the communication system; an interface configured to receive a request for providing a network service; and a controller configured to ensure that the request conforms to a deployment policy including a network service lifecycle management policy and/or a virtual network function lifecycle management policy and determine a deployment of network functions of the communication system depending on the received information to conform with the deployment policy if the request conforms to the deployment policy and to control communication system resources of the communication system according to the determined deployment to provide the network service. a metasurface managing interface configured to receive information about presence and capabilities of programmable metasurfaces (305, 404, 1508) usable by the communication system; an interface configured to receive a request for providing a network service; and a controller configured to ensure that the request conforms to a deployment policy including a network service lifecycle management policy and/or a virtual network function lifecycle management policy and determine a deployment of network functions of the communication system depending on the received information to conform with the deployment policy if the request conforms to the deployment policy and to control communication system resources of the communication system according to the determined deployment to provide the network service.
A method of packaging and shipping a cushion, the method comprising: supplying a cushion to a roll packing machine; compressing the cushion into a cylindrical shape using the roll packing machine; disposing the compressed cushion into a cylindrical bag, the cylindrical bag comprising: a tubular sleeve comprising a flexible polymeric material; a first end piece coupled to a first longitudinal end of the tubular sleeve; a second end piece coupled to a second longitudinal end of the tubular sleeve; a plurality of reinforcing straps (123, 125, 127, 129) extending about a circumference proximate to each of the first longitudinal end and the second longitudinal end of the tubular sleeve; and at least one handle attached to the tubular sleeve proximate to each of the first longitudinal end and the second longitudinal end, the at least one handle extending between the plurality of reinforcing straps (123, 125, 127, 129); and shipping the compressed cushion to a customer in the cylindrical bag without inserting the cylindrical bag in any other container. supplying a cushion to a roll packing machine; compressing the cushion into a cylindrical shape using the roll packing machine; disposing the compressed cushion into a cylindrical bag, the cylindrical bag comprising: a tubular sleeve comprising a flexible polymeric material; a first end piece coupled to a first longitudinal end of the tubular sleeve; a second end piece coupled to a second longitudinal end of the tubular sleeve; a plurality of reinforcing straps (123, 125, 127, 129) extending about a circumference proximate to each of the first longitudinal end and the second longitudinal end of the tubular sleeve; and at least one handle attached to the tubular sleeve proximate to each of the first longitudinal end and the second longitudinal end, the at least one handle extending between the plurality of reinforcing straps (123, 125, 127, 129); and shipping the compressed cushion to a customer in the cylindrical bag without inserting the cylindrical bag in any other container. a tubular sleeve comprising a flexible polymeric material; a first end piece coupled to a first longitudinal end of the tubular sleeve; a second end piece coupled to a second longitudinal end of the tubular sleeve; a plurality of reinforcing straps (123, 125, 127, 129) extending about a circumference proximate to each of the first longitudinal end and the second longitudinal end of the tubular sleeve; and at least one handle attached to the tubular sleeve proximate to each of the first longitudinal end and the second longitudinal end, the at least one handle extending between the plurality of reinforcing straps (123, 125, 127, 129); and shipping the compressed cushion to a customer in the cylindrical bag without inserting the cylindrical bag in any other container.
Respiratory mask having a device for supporting the respiratory mask in the region of a forehead of a patient, said device having at least one support element which is disposed in the region of at least one mounting leg of the respiratory mask and which is connected to the mounting leg by way of an adjustment installation, and in which respiratory mask the mounting leg has a longitudinal axis and is disposed so as to be pivotable relative to a mask main body of the respiratory mask, and in which the support element is disposed so as to be immovable relative to the adjustment installation, characterized in that the adjustment installation has a transverse guide for positioning the support element in a manner substantially transverse to the longitudinal axis of the mounting leg, wherein a releasable locking mechanism that is transverse to the longitudinal axis is provided for the support element in order for a customization to a respective forehead spacing to be fixed.
A method of scanning documents in a scanner comprising: providing an input tray for holding documents, prior to creating an image thereof; providing an output tray for holding documents after the documents exit the scanner; capturing images of the output tray with an output image capture device; determining characteristics of the output tray or characteristic of the documents on the basis of the images captured with the output image capture device after the documents exit the scanner; modifying scanner functions based on said output tray characteristics or said document characteristics; wherein one determined characteristic is whether the documents are improperly stacked; and determining if the documents are improperly stacked due to output tray side guides or end stop. providing an input tray for holding documents, prior to creating an image thereof; providing an output tray for holding documents after the documents exit the scanner; capturing images of the output tray with an output image capture device; determining characteristics of the output tray or characteristic of the documents on the basis of the images captured with the output image capture device after the documents exit the scanner; modifying scanner functions based on said output tray characteristics or said document characteristics; wherein one determined characteristic is whether the documents are improperly stacked; and determining if the documents are improperly stacked due to output tray side guides or end stop.