mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a processor; and a memory storing thereon a computer program, which when executed by the processor, causes the processor to perform operations including: detecting a traffic mirror and an object in the traffic mirror by using a plurality of consecutive time-series images which are captured by an image capturing apparatus mounted in a vehicle; calculating a difference between a size of the traffic mirror in the images and a predetermined reference size; normalizing a size of the object in the images by using the difference; generating driving assist information for the vehicle by using the normalized sizes of the object, wherein the driving assist information is generated in accordance with change information regarding a change in the normalized size of the object in at least two consecutive time-series images; outputting the driving assist information; and characterized in that in the generating, the driving assist information is generated if the object detected in at least one image among the plurality of consecutive time-series images is not detected in an image subsequent to the at least one image in time series. a processor; and a memory storing thereon a computer program, which when executed by the processor, causes the processor to perform operations including: detecting a traffic mirror and an object in the traffic mirror by using a plurality of consecutive time-series images which are captured by an image capturing apparatus mounted in a vehicle; calculating a difference between a size of the traffic mirror in the images and a predetermined reference size; normalizing a size of the object in the images by using the difference; generating driving assist information for the vehicle by using the normalized sizes of the object, wherein the driving assist information is generated in accordance with change information regarding a change in the normalized size of the object in at least two consecutive time-series images; outputting the driving assist information; and characterized in that detecting a traffic mirror and an object in the traffic mirror by using a plurality of consecutive time-series images which are captured by an image capturing apparatus mounted in a vehicle; calculating a difference between a size of the traffic mirror in the images and a predetermined reference size; normalizing a size of the object in the images by using the difference; generating driving assist information for the vehicle by using the normalized sizes of the object, wherein the driving assist information is generated in accordance with change information regarding a change in the normalized size of the object in at least two consecutive time-series images; outputting the driving assist information; and characterized in that in the generating, the driving assist information is generated if the object detected in at least one image among the plurality of consecutive time-series images is not detected in an image subsequent to the at least one image in time series.
A conductive metal frame (10, 50) for a power electronics module comprising at least first and second power semiconductor components each having upper and lower faces, connectors for linking these power semiconductor components to external electrical circuits and at least one radiator for expelling via the conductive metal frame the heat flow generated by the power semiconductor components, the conductive metal frame being characterized in that the connectors, the at least one radiator and the conductive metal frame form a single three-dimensional part made of a single material on an inner surface of which the first and second power semiconductor components are intended to be attached by their lower faces and in that it further includes a central folding line which, once the conductive metal frame is folded on itself, enclosing the first and second power semiconductor components, provides a double-sided cooling assembly.
A device for ultrasound tests, comprising one or more transducers for generating ultrasound beams with different powers and/or frequencies to be projected in direction of a plurality of targets through a liquid medium dampening said targets in a container, the transducers comprising a body and a vibrating surface emitting an ultrasound beam, having: • a first supporting structure for positioning said one or more transducers; • a second supporting structure for said targets; and • means for keeping the liquid medium, dampening said targets, at a predetermined temperature, characterised in that said first supporting structure has at least a thermally isolated closed chamber (7; 23) receiving the body of said one or more transducers to isolate them from said liquid medium, by leaving exposed each respective vibrating surface in contact with said liquid medium at a prefixed distance from the respective targets, the closed chamber containing a thermorefrigerating fluid in contact with the body of said one or more transducers, being provided means for refrigerating said thermorefrigerating fluid below a predetermined temperature. • a first supporting structure for positioning said one or more transducers; • a second supporting structure for said targets; and • means for keeping the liquid medium, dampening said targets, at a predetermined temperature,
An RGB-LED packaging module, comprising a substrate; a plurality of light-emitting units disposed on the substrate, each light-emitting unit comprising a set of RGB-LED chips; the RGB-LED packaging module further comprises an interfering light absorbing region provided between the light-emitting units, the interfering light absorbing region comprising a dark light-absorbing layer provided on the substrate; and a light-transmitting plastic layer provided on the light-emitting units and the dark light-absorbing layer, characterized in that a height of each RGB-LED chip is higher than a height of the dark light-absorbing layer; and the number of the light-emitting units is four, the four light-emitting units being arranged in a square array on the front side of the substrate.
An electrical machine comprising a casing formed as a hollow cylindrical enclosure, the casing comprising: - a cylindrical drum having a plurality of drum magnetic elements provided on an inside of a circumferential wall of the cylindrical drum; and - a first cover and a second cover, each mounted on either side of the cylindrical drum in an axial direction, wherein a plurality of cover magnetic elements (122, 124) are provided on each of the first cover and the second cover, the plurality of cover magnetic elements on the first cover facing the plurality of cover magnetic elements on the second cover; and a core coaxially housed in the casing and separated from the casing by an air gap, the core comprising: - an inner member mounted on a central shaft, the inner member having a plurality of sectorial magnetic elements extending in an axial direction and facing the cover magnetic elements (122, 124); and - an outer member connected to the inner member and operationally isolated from the inner member, the outer member being formed as a hollow cylinder having a plurality of radial magnetic elements on an external surface of a circumferential wall of the outer member, the plurality of radial magnetic elements extending in a radial direction and facing the drum magnetic elements; characterized in that the core further comprises a structural member provided in interstitial spaces between the plurality of sectorial magnetic elements in shape of a disc, wherein the structural member is formed of a non-magnetic material and connects the inner member and the outer member. - a cylindrical drum having a plurality of drum magnetic elements provided on an inside of a circumferential wall of the cylindrical drum; and - a first cover and a second cover, each mounted on either side of the cylindrical drum in an axial direction, wherein a plurality of cover magnetic elements (122, 124) are provided on each of the first cover and the second cover, the plurality of cover magnetic elements on the first cover facing the plurality of cover magnetic elements on the second cover; and - an inner member mounted on a central shaft, the inner member having a plurality of sectorial magnetic elements extending in an axial direction and facing the cover magnetic elements (122, 124); and - an outer member connected to the inner member and operationally isolated from the inner member, the outer member being formed as a hollow cylinder having a plurality of radial magnetic elements on an external surface of a circumferential wall of the outer member, the plurality of radial magnetic elements extending in a radial direction and facing the drum magnetic elements;
A process for the preparation of an aqueous slurry comprising a plurality of elastomer particles suspended therein, the process comprising at least the steps of: A) contacting an organic medium comprising i) at least one elastomer and ii) an organic diluent with an aqueous medium comprising at least one LCST compound having a cloud point of 0 to 100°C, preferably 5 to 100°C, more preferably 15 to 80°C and even more preferably 20 to 70°C and B) removing at least partially the organic diluent to obtain the aqueous slurry comprising the elastomer particles. A) contacting an organic medium comprising i) at least one elastomer and ii) an organic diluent with an aqueous medium comprising at least one LCST compound having a cloud point of 0 to 100°C, preferably 5 to 100°C, more preferably 15 to 80°C and even more preferably 20 to 70°C and i) at least one elastomer and ii) an organic diluent with an aqueous medium comprising at least one LCST compound having a cloud point of 0 to 100°C, preferably 5 to 100°C, more preferably 15 to 80°C and even more preferably 20 to 70°C and B) removing at least partially the organic diluent to obtain the aqueous slurry comprising the elastomer particles.
An infusion set (100, 200, 400, 500) connecting apparatus, comprising: a cap (14, 44, 102, 114, 214, 314, 414, 514) having a deflectable coupling member (18, 62, 550, 600, 700, 800, 900, 1000, 1050, 1100); and a base (4, 42) having a post (8, 47) with an inner circumference securing a septum (12, 212, 312, 412, 512), and an outer circumference with at least one shouldered surface, wherein the cap is configured to be rotatably adjustable about the base so that an extension tube can be rotated to a desired orientation, characterized in that the deflectable coupling member (18, 62,550,600,700,800,900,1000,1050, 1100) is configured to releasably engage the post (8, 47) to couple the cap (14, 44, 102,114,214,314,414,5514) to the base (4, 42) in a desired rotational position about the post (8, 47). a cap (14, 44, 102, 114, 214, 314, 414, 514) having a deflectable coupling member (18, 62, 550, 600, 700, 800, 900, 1000, 1050, 1100); and a base (4, 42) having a post (8, 47) with an inner circumference securing a septum (12, 212, 312, 412, 512), and an outer circumference with at least one shouldered surface, wherein the cap is configured to be rotatably adjustable about the base so that an extension tube can be rotated to a desired orientation, characterized in that the deflectable coupling member (18, 62,550,600,700,800,900,1000,1050, 1100) is configured to releasably engage the post (8, 47) to couple the cap (14, 44, 102,114,214,314,414,5514) to the base (4, 42) in a desired rotational position about the post (8, 47).
A filling fitting for filling a heating assembly with process water, comprising a connection fitting, an adapter, and a water treatment cartridge, wherein the connection fitting has an inlet and an outlet and a cartridge connector for exchangeable coupling of the water treatment cartridge, characterised in that the water treatment cartridge or the adapter can be coupled selectively to the cartridge connector, in that the adapter has two connection lines (31, 34), which are fluidically connected to the inlet and the outlet, and in that the connection lines (31, 34) of the adapter have a coupling point for a hose connector or the like.
Method for operating an actuator for a motor vehicle by means of a control device, wherein the actuator has an actuating unit, an actuating drive and a signal input, wherein an actual value of the actuating drive is set as a function of a setpoint value received from the control device via the signal input and a threshold value stored in the actuator, wherein the threshold value defines a limit of the operating range of the actuator which may not be exceeded by the actual value of the actuating drive, characterized in that the threshold value is set equal to the setpoint value, if the setpoint value leaves the operating range of the actuator.
A handheld dosing device for dosing one or more spices; wherein - the dosing device comprises a drive unit and a dispensing unit; - the drive unit and the dispensing unit comprise respective coupling elements (113, 123) for coupling the dispensing unit to the drive unit in a detachable manner; - the dispensing unit comprises a storage compartment configured to store a spice; - the dispensing unit comprises a dispensing mechanism configured to transfer an adjustable amount of the spice from the storage compartment to an opening of the dosing device; and - the drive unit comprises a control unit configured to - determine a target amount of the spice to be dispensed; and - subsequently operate the dispensing mechanism in order to transfer the target amount of the spice to the opening of the dosing device; characterized in that - the drive unit and the dispensing unit each comprise a communication module (116, 136) which are configured to communicate with one another over a wireless communication link; - the dispensing unit comprises a signaling module; and - the control unit is configured to - determine that the dispensing unit is to be coupled to the drive unit for dispensing the spice which is stored within the storage compartment of the dispensing unit; and - send a control signal to the dispensing unit for activating the signaling module of the dispensing unit. - the dosing device comprises a drive unit and a dispensing unit; - the drive unit and the dispensing unit comprise respective coupling elements (113, 123) for coupling the dispensing unit to the drive unit in a detachable manner; - the dispensing unit comprises a storage compartment configured to store a spice; - the dispensing unit comprises a dispensing mechanism configured to transfer an adjustable amount of the spice from the storage compartment to an opening of the dosing device; and - the drive unit comprises a control unit configured to - determine a target amount of the spice to be dispensed; and - subsequently operate the dispensing mechanism in order to transfer the target amount of the spice to the opening of the dosing device; - determine a target amount of the spice to be dispensed; and - subsequently operate the dispensing mechanism in order to transfer the target amount of the spice to the opening of the dosing device; - the drive unit and the dispensing unit each comprise a communication module (116, 136) which are configured to communicate with one another over a wireless communication link; - the dispensing unit comprises a signaling module; and - the control unit is configured to - determine that the dispensing unit is to be coupled to the drive unit for dispensing the spice which is stored within the storage compartment of the dispensing unit; and - send a control signal to the dispensing unit for activating the signaling module of the dispensing unit. - determine that the dispensing unit is to be coupled to the drive unit for dispensing the spice which is stored within the storage compartment of the dispensing unit; and - send a control signal to the dispensing unit for activating the signaling module of the dispensing unit.
An extraction system suitable for removing unpleasant lavatory odour from a lavatory room, for example a public lavatory, having at least one lavatory unit comprising a receptacle for receiving human liquid or solid waste and having an outlet for such waste; the extraction system being adapted to remove odour from air within the lavatory room at a position upstream of said waste outlet, and being characterised in comprising: a shallow housing having front and rear walls and side walls interconnecting the front and rear walls, the depth of the housing from the front to the rear wall being substantially less than all distances across the front and rear walls from one side to the other thereof, the housing mounting a centrifugal fan with its axis perpendicular to the rear wall, the fan having an axial air inlet located centrally of the front wall for receiving odour-laden air emanating from said lavatory unit on the upstream side of the said waste outlet, and an air outlet from the fan generally tangential to the fan and coupled to discharge air to atmosphere from the extraction system via an absorbent filter unit (101, 102) into which air from the fan issues, the absorbent filter unit comprising an absorbent mass for absorbing odour consisting of a carbon filter provided as a filter cartridge, being removable from the filter unit for replacement, and being capable of regeneration, and a perfume source to scent air discharged to atmosphere from the absorbent filter unit.
A system for connecting a plurality of materials (440, 540) using pressure and thermal curing comprising: a vacuum conveyor (420, 520) configured to receive the plurality of materials (440, 540) at a first location (445, 545), the vacuum conveyor (420, 520) including a plurality of openings through which a vacuum is applied to hold the plurality of materials (440, 540) in place on the vacuum conveyor (420, 520); a moving belt (415, 515) that is adaptively positioned above the vacuum conveyor (420, 520) at a second location (455, 555), the vacuum conveyor (420, 520) and the moving belt (415, 515) being arranged to be driven in a predetermined relation to one another for conveying the received plurality of materials (440, 540) from the first location (445, 545) to the second location (455, 555) along the vacuum conveyor (420, 520); a vacuum source configured to apply a predetermined vacuum through at least one of the plurality of openings to cause the moving belt (415, 515) to apply a pressure to an upper surface of the plurality of materials (440, 540) as the plurality of materials (440, 540) are conveyed from the second location (455, 555) to a third location (465, 565) that compresses the plurality of materials (440, 540); and a thermal curing source at the second location (455, 555) configured to cure the compressed plurality of materials (440, 540). a vacuum conveyor (420, 520) configured to receive the plurality of materials (440, 540) at a first location (445, 545), the vacuum conveyor (420, 520) including a plurality of openings through which a vacuum is applied to hold the plurality of materials (440, 540) in place on the vacuum conveyor (420, 520); a moving belt (415, 515) that is adaptively positioned above the vacuum conveyor (420, 520) at a second location (455, 555), the vacuum conveyor (420, 520) and the moving belt (415, 515) being arranged to be driven in a predetermined relation to one another for conveying the received plurality of materials (440, 540) from the first location (445, 545) to the second location (455, 555) along the vacuum conveyor (420, 520); a vacuum source configured to apply a predetermined vacuum through at least one of the plurality of openings to cause the moving belt (415, 515) to apply a pressure to an upper surface of the plurality of materials (440, 540) as the plurality of materials (440, 540) are conveyed from the second location (455, 555) to a third location (465, 565) that compresses the plurality of materials (440, 540); and a thermal curing source at the second location (455, 555) configured to cure the compressed plurality of materials (440, 540).
Valve block (2, 200, 300, 400, 500) for a solid-state conducting line system of a process technical plant, comprising at least two rotary control valves, wherein the rotary control valves each comprise at least one line input and at least one line output (C, D, E) each, and a rotatable control member (13, 23) each with at least a through channel (15c, 15d, 15e, 25), wherein in an open position of the control member, the line input is connected to the line output (C, D, E) through the through-channel (15c, 15d, 15e, 25), and wherein, in a closed position, the control member (13, 23) separates the line input from the line output (C, D, E), wherein the at least two rotary control valves are rotatable about the same rotation axis and the control members (13, 23) of the at least two rotary control valves are non-rotatably connected to each other and wherein the through channel (15c, 15d, 15e, 25) of the first rotary control valve relative to the through channel (15c, 15d, 15e, 25) of the second rotary control valve is offset to each other in the axial direction of the rotation axis, characterized in that at least one of the rotary control valves comprises at least two line inputs (A, B, F) and at least one control member (13, 23) with at least two through-channels (15c, 15d, 15e, 25) which are each assigned to one of the at least two line inputs (A, B, F). the at least two rotary control valves are rotatable about the same rotation axis and the control members (13, 23) of the at least two rotary control valves are non-rotatably connected to each other and wherein the through channel (15c, 15d, 15e, 25) of the first rotary control valve relative to the through channel (15c, 15d, 15e, 25) of the second rotary control valve is offset to each other in the axial direction of the rotation axis, characterized in that at least one of the rotary control valves comprises at least two line inputs (A, B, F) and at least one control member (13, 23) with at least two through-channels (15c, 15d, 15e, 25) which are each assigned to one of the at least two line inputs (A, B, F).
A Full Authority Digital Electronic Controller (FADEC) comprising; a first stamped housing body; a first FADEC circuit assembly supported within said stamped housing body; at least one electrical connector mounted to said first stamped housing body and communicatively coupled to said first FADEC circuit assembly; a first cover connected to said first stamped housing body; a second stamped housing body; a second FADEC circuit assembly supported within said second stamped housing body; at least one electrical connector mounted to said second stamped housing body and communicatively coupled to said second FADEC circuit assembly; and a second cover connected to said stamped housing body, wherein said second FADEC circuit assembly is electrically connected to said first FADEC circuit assembly via an electrical coupling; and wherein the FADEC is configurable in at least a first configuration wherein the first and second housing bodies are physically separate housing bodies, and a second configuration wherein base walls of said first and second housing bodies are physically connected together.
Method for repairing an abradable coating (1, 2) of a compressor of a gas turbine, where a worn abradable coating (1, 2) is repaired, where an analysis and/or selection of areas of the abradable coating (1, 2) to be repaired is conducted by means of a boroscope in the non-removed state of the gas turbine, where a tool is passed through at least one boroscope aperture of the gas turbine to the area to be repaired and the worn abradable coating (1, 2) is at least partially removed, where the removed material is extracted, where the area of the abradable coating (1, 2) to be repaired is cleaned and/ or prepared for application of a repair medium, where a hardenable repair medium is applied to the area to be repaired and then hardened, where the area to be repaired of a rotor of the gas turbine is positioned on top when a machine axis is arranged horizontally, and where for application of the repair medium the rotor is rotated in order to generate a relative movement between the tool and the surface to be repaired.