mhurhangee/ep-ind-claims huggingface dataset:
A polycarbonate resin composition for molding a polycarbonate resin molded article having a thin-walled section with a wall thickness of 0.6 mm or less, the polycarbonate resin composition characterized in that the resin composition contains an oligomeric phosphoric acid ester flame retardant and/or a phosphazene flame retardant, and the content of flame retardant with respect to 100 parts by mass of polycarbonate resin is: i) 5 to 20 parts by mass when the resin composition contains only the oligomeric phosphoric acid ester flame retardant; ii) 10 to 30 parts by mass when the resin composition contains only the phosphazene flame retardant; or iii) a total of 5 to 30 parts by mass when the resin composition contains both the oligomeric phosphoric acid ester flame retardant and the phosphazene flame retardant, with the content ratio thereof being 1 to 49 mass% of and 99 to 51 mass% of, the resin composition additionally contains 3 to 15 parts by mass of a siloxane-based core/shell elastomer and 0.8 to 10 parts by mass of carbon black with respect to 100 parts by mass of polycarbonate resin, the siloxane-based core/shell elastomer has a silicon content of 9.1 to 30 mass% as determined by inductively coupled plasma atomic emission spectroscopy (ICP/AES) and a number-average particle size in the range of 50 to 1,000 nm as determined by measuring the sizes of primary particles of siloxane-based core/shell elastomer dispersed in the matrix of the polycarbonate resin by transmission electron microscopy, and the flow rate per unit time of the resin composition is 15 to 50 × 10 -2 cm 3 /sec (when measured using an overhead flow tester at 280°C with a load of 15.7 MPa (160 kgf/cm 2) in accordance with the method of JIS K7210 Appendix C). i) 5 to 20 parts by mass when the resin composition contains only the oligomeric phosphoric acid ester flame retardant; ii) 10 to 30 parts by mass when the resin composition contains only the phosphazene flame retardant; or iii) a total of 5 to 30 parts by mass when the resin composition contains both the oligomeric phosphoric acid ester flame retardant and the phosphazene flame retardant, with the content ratio thereof being 1 to 49 mass% of and 99 to 51 mass% of,
A system in package module assembly, wherein the system in package module assembly comprises: a substrate, and a chip, an inductor, and an electrical element that are electrically connected to the substrate; the substrate comprises a first surface, a second surface opposite to the first surface, and an accommodation groove; the accommodation groove passes through the second surface and the first surface; the inductor comprises a magnetic core and an inductive coil disposed in the magnetic core; the magnetic core comprises a base and a protrusion disposed on an outer surface of the base; the outer surface on which the protrusion is disposed and that is of the base abuts on the second surface; the protrusion is accommodated in the accommodation groove; the chip comprises an installation surface; the chip is installed over the first surface and the installation surface is separated from and opposite to the first surface; the protrusion in the accommodation groove is exactly projected on the installation surface of the chip; and the electrical element is located around the chip.
An endoscopic apparatus comprising: an elongated assembly having a lumen, a long axis and a distal segment, the lumen extending generally along the long axis; a deflector disposed in the distal segment and having a bore extending therethrough at an angle to the long axis, the bore having an exit pore and a sideward communication with the lumen, the lumen, the bore and the sideward communication being dimensioned to accept passage of a tool through the lumen, the sideward communication, the bore and the exit pore; a location sensor disposed in the distal segment, the location sensor connectable to a position processor that is operative for computing a location of the distal segment responsively to signals from the location sensor; an ultrasound imager disposed in the distal segment, the ultrasound imager connectable to electronic circuitry for processing data provided by the ultrasound imager; a push-pull anchoring system comprising a plurality of guides and respective wires threaded therethrough, the wires operative to move between a first position wherein the wires are retracted within the guides and a second position wherein the wires extend beyond the guides and diverge from the long axis sufficiently to engage a bronchus when the assembly is inserted therein; and an inflatable balloon disposed on the distal segment. an elongated assembly having a lumen, a long axis and a distal segment, the lumen extending generally along the long axis; a deflector disposed in the distal segment and having a bore extending therethrough at an angle to the long axis, the bore having an exit pore and a sideward communication with the lumen, the lumen, the bore and the sideward communication being dimensioned to accept passage of a tool through the lumen, the sideward communication, the bore and the exit pore; a location sensor disposed in the distal segment, the location sensor connectable to a position processor that is operative for computing a location of the distal segment responsively to signals from the location sensor; an ultrasound imager disposed in the distal segment, the ultrasound imager connectable to electronic circuitry for processing data provided by the ultrasound imager; a push-pull anchoring system comprising a plurality of guides and respective wires threaded therethrough, the wires operative to move between a first position wherein the wires are retracted within the guides and a second position wherein the wires extend beyond the guides and diverge from the long axis sufficiently to engage a bronchus when the assembly is inserted therein; and an inflatable balloon disposed on the distal segment.
A system for reusing water in a wash machine comprising: a wash machine comprising a wash tank and a drain water pump, wherein the drain water pump removes water from the wash tank; at least one reservoir tank in fluid communication with the wash tank and drain water pump; a reservoir pump in fluid communication with the reservoir tank and wash tank; and a dispenser that provides a cleaning composition which facilitates soil removal and/or microbial efficacy; a funnel installed close to a top level of the at least one reservoir tank such that the water will periodically and repeatedly rise up to and slightly over a top of the funnel to cause floating materials to flow into the funnel when a brim of the funnel overflows such that scum or floating debris flows down into the funnel by gravity and is automatically flushed to a sewer drain with periodic raising of a reservoir water level; wherein the water is moved from the at least one reservoir tank to the drain water pump and/or the water is moved from the at least one reservoir tank to the reservoir pump; wherein the reservoir tank has a conical bottom with a dump valve located at the bottom of the cone, allowing water to drain and periodically flush debris that settles in the wash tank; wherein the reservoir pump transfers water from the reservoir tank into the wash tank. a wash machine comprising a wash tank and a drain water pump, wherein the drain water pump removes water from the wash tank; at least one reservoir tank in fluid communication with the wash tank and drain water pump; a reservoir pump in fluid communication with the reservoir tank and wash tank; and a dispenser that provides a cleaning composition which facilitates soil removal and/or microbial efficacy; a funnel installed close to a top level of the at least one reservoir tank such that the water will periodically and repeatedly rise up to and slightly over a top of the funnel to cause floating materials to flow into the funnel when a brim of the funnel overflows such that scum or floating debris flows down into the funnel by gravity and is automatically flushed to a sewer drain with periodic raising of a reservoir water level; wherein the water is moved from the at least one reservoir tank to the drain water pump and/or the water is moved from the at least one reservoir tank to the reservoir pump; wherein the reservoir tank has a conical bottom with a dump valve located at the bottom of the cone, allowing water to drain and periodically flush debris that settles in the wash tank; wherein the reservoir pump transfers water from the reservoir tank into the wash tank.
A sample inspection system (100, 400) comprising an X-ray emitter, a collimator (170, 470) and a first energy resolving detector (180, 480) arranged along a symmetry axis (105, 405); wherein the X-ray emitter is adapted to generate at least one focussed conical shell beam of X-ray radiation (150, 251, 252, 351, 352, 353) comprised of X-ray photons that propagate through a focal point on the symmetry axis (105, 405) downstream of the X-ray emitter; the collimator (170, 470) comprising one or more channels, each channel being adapted to receive diffracted or scattered radiation propagating either along the symmetry axis (105, 405), or parallel with the symmetry axis, or both along and parallel with the symmetry axis; and wherein upon incidence of the conical shell beam onto a sample (106, 206, 306, 406) the first energy resolving detector (180, 480) is arranged to detect radiation diffracted or scattered by the sample via the collimator (170, 470). an X-ray emitter, a collimator (170, 470) and a first energy resolving detector (180, 480) arranged along a symmetry axis (105, 405); wherein the X-ray emitter is adapted to generate at least one focussed conical shell beam of X-ray radiation (150, 251, 252, 351, 352, 353) comprised of X-ray photons that propagate through a focal point on the symmetry axis (105, 405) downstream of the X-ray emitter; the collimator (170, 470) comprising one or more channels, each channel being adapted to receive diffracted or scattered radiation propagating either along the symmetry axis (105, 405), or parallel with the symmetry axis, or both along and parallel with the symmetry axis; and wherein upon incidence of the conical shell beam onto a sample (106, 206, 306, 406) the first energy resolving detector (180, 480) is arranged to detect radiation diffracted or scattered by the sample via the collimator (170, 470).
A method of manufacturing a moss growth substrate, characterized in that it comprises i. compacting a first layer of Sphagnum biomass to a bulk density of at most 80 g dm -3 wherein the bulk density is a density of a layer weighted after drying at 65 °C for 24 h and wherein the compacting takes place in a mold, the bottom of which comprises one or more through-holes, ii. compacting a second layer, or more layers, of Sphagnum biomass on top of the first layer of Sphagnum biomass, the bulk density of these layers of Sphagnum biomass being lower than the bulk density of the first layer of Sphagnum biomass growth, and wherein the layers are arranged on top of each other in such a way that their bulk densities decrease from bottom towards top, and wherein the bulk density of the uppermost layer of Sphagnum biomass is at least 50 g dm -3, iii. saturating the compacted Sphagnum biomass in the mold by adding water until mass flow passes through the one or more through-holes and iv. removing the substrate from the mold by turning the mold over in wet state. i. compacting a first layer of Sphagnum biomass to a bulk density of at most 80 g dm -3 wherein the bulk density is a density of a layer weighted after drying at 65 °C for 24 h and wherein the compacting takes place in a mold, the bottom of which comprises one or more through-holes, ii. compacting a second layer, or more layers, of Sphagnum biomass on top of the first layer of Sphagnum biomass, the bulk density of these layers of Sphagnum biomass being lower than the bulk density of the first layer of Sphagnum biomass growth, and wherein the layers are arranged on top of each other in such a way that their bulk densities decrease from bottom towards top, and wherein the bulk density of the uppermost layer of Sphagnum biomass is at least 50 g dm -3, iii. saturating the compacted Sphagnum biomass in the mold by adding water until mass flow passes through the one or more through-holes and iv. removing the substrate from the mold by turning the mold over in wet state.
Motor vehicle having at least one vehicle seat, which comprises a seat part, a backrest and a first adjustment device, by means of which at least the seat part is displaceable in the longitudinal direction of the motor vehicle along at least one rail (24, 26), wherein the vehicle seat comprises a second adjustment device for rotating at least the seat part about a vertical axis of the vehicle seat, wherein the at least one rail (24, 26) is arranged, in the direction of the vertical axis, beneath a lining element, by means of which a floor of the motor vehicle is lined, characterised in that the backrest is fixed to the seat part in an unalterable angular position relative to the seat part, and in that an inclination of the seat part, together with the backrest that is fixed to the seat part, can be altered by means of a further adjustment device.
A method performed by a Policy and Charging Rules Node, PCRN, for responding to a service request based at least in part on a status of a subscriber network, the method comprising: receiving at the PCRN at least one event message from a bearer binding and event reporting function, BBERF, or a policy and charging enforcement function, PCEF, related to events which affect bearer usage in the subscriber network; storing data regarding the at least one event message in an Event Storage; receiving at the PCRN a service request for resources controlled by the PCRN; determining the status of the subscriber network; determining from the status of the subscriber network whether the service request should be fulfilled as requested; and if the service request should be fulfilled as requested, generating at least one new policy and charging control, PCC, rule to fulfill the service request, wherein the step of determining the status of the subscriber network further comprises: identifying at least one statistical trend among a subset of the data in the Event Storage; and determining from the at least one statistical trend that an element of the subscriber network is congested. receiving at the PCRN at least one event message from a bearer binding and event reporting function, BBERF, or a policy and charging enforcement function, PCEF, related to events which affect bearer usage in the subscriber network; storing data regarding the at least one event message in an Event Storage; receiving at the PCRN a service request for resources controlled by the PCRN; determining the status of the subscriber network; determining from the status of the subscriber network whether the service request should be fulfilled as requested; and if the service request should be fulfilled as requested, generating at least one new policy and charging control, PCC, rule to fulfill the service request, wherein the step of determining the status of the subscriber network further comprises: identifying at least one statistical trend among a subset of the data in the Event Storage; and determining from the at least one statistical trend that an element of the subscriber network is congested. identifying at least one statistical trend among a subset of the data in the Event Storage; and determining from the at least one statistical trend that an element of the subscriber network is congested.
Aqueous dispersion adhesives comprising at least one polyurethane dispersion and at least one carbodiimide of the formula R'-(-N=C=N-R-) m -R", in which m corresponds to an integer from 1 to 500, R = arylene and/or C 7 -C 11 aralkylene, R' = R-NCO, R-NHCONHR 1 or R-NHCONR 1 R 2 and R" = -NCO, -NHCONHR 1 or -NHCONR 1 R 2, where in R', independently of one another, R 1 and R 2 are identical or different and represent a C 1 -C 6 alkyl, C 6 -C 10 cycloalkyl or C 7 -C 18 aralkyl radical. m corresponds to an integer from 1 to 500, R = arylene and/or C 7 -C 11 aralkylene, R' = R-NCO, R-NHCONHR 1 or R-NHCONR 1 R 2 and R" = -NCO, -NHCONHR 1 or -NHCONR 1 R 2,
Strain gauge film made of a film material with at least two strain gauges (DMS_a, DMS_b, DMS_c, DMS_d), which are wired to form a measuring bridge, wherein the strain gauge film comprises a contact region with contact points (V+, V-, Sig+, Sig-), wherein the strain gauge film comprises contact lines which connect the contact points (V+, V-, Sig+, Sig-) to bridge points (K1, K2, K3, K4) of a measuring bridge, wherein the strain gauge film comprises at least two bridge lines, which each connect a bridge point (K1, K2, K3, K4) to a strain gauge (DMS_a, DMS_b, DMS_c, DMS_d), characterized in that each of the at least two bridge lines comprises a line section with a narrow line cross section and a line section with a wide line cross section, and at least one bridge line has at least one reversal point, which is formed in a line section with a wide line cross section and at which the direction of the line changes by 180 degrees, and in that the contour of the reversal point is substantially round.
A method of scalable video encoding comprising: receiving a source video of a first bit depth at an enhancement layer encoder; receiving a source video of a second bit depth at a baseline layer encoder and encoding with the encoder a baseline layer video of a second bit depth, where the second bit depth is lower than the first bit depth; filtering pixels of a decoded video of the second bit depth, the filtering comprising if there are no edge pixels in a neighborhood surrounding a pixel of the decoded video, replacing the pixel with a filtered pixel produced using pixels in the neighborhood; generating a tone mapping look-up table using a pixel of the filtered decoded video of the second bit depth and the co-located pixel of the source video of the first bit depth; inverse tone mapping the video of the second bit depth to the first bit depth using the filtered decoded video of the second bit depth and the tone mapping look-up table; encoding an enhancement layer video of a first bit depth at the enhancement layer encoder using the inverse tone mapped video and the source video of the first bit depth; and transmitting or storing the encoded enhancement layer and encoded baseline layer. receiving a source video of a first bit depth at an enhancement layer encoder; receiving a source video of a second bit depth at a baseline layer encoder and encoding with the encoder a baseline layer video of a second bit depth, where the second bit depth is lower than the first bit depth; filtering pixels of a decoded video of the second bit depth, the filtering comprising if there are no edge pixels in a neighborhood surrounding a pixel of the decoded video, replacing the pixel with a filtered pixel produced using pixels in the neighborhood; generating a tone mapping look-up table using a pixel of the filtered decoded video of the second bit depth and the co-located pixel of the source video of the first bit depth; inverse tone mapping the video of the second bit depth to the first bit depth using the filtered decoded video of the second bit depth and the tone mapping look-up table; encoding an enhancement layer video of a first bit depth at the enhancement layer encoder using the inverse tone mapped video and the source video of the first bit depth; and transmitting or storing the encoded enhancement layer and encoded baseline layer.
A jacket for watertight sealing a medical device, wherein the jacket comprises at least one flexible envelope, wherein the flexible envelope comprises at least one first side (116, 117) for facing the skin of a patient and at least one opposing second side, wherein the first side comprises: • at least one first sealing lip, wherein the first sealing lip is configured to surround the medical device; and • at least one second sealing lip, wherein the second sealing lip is configured to surround the medical device, wherein the second sealing lip is spaced apart from the first sealing lip; wherein the flexible envelope further comprises at least one envelope contacting sealing end, wherein the skin-facing first side of the envelope contacting sealing end is fixedly connectable to the opposing second side of the flexible envelope when wrapping the flexible envelope around an extremity of a user, wherein the second sealing lip surrounds the first sealing lip. • at least one first sealing lip, wherein the first sealing lip is configured to surround the medical device; and • at least one second sealing lip, wherein the second sealing lip is configured to surround the medical device, wherein the second sealing lip is spaced apart from the first sealing lip; wherein the flexible envelope further comprises at least one envelope contacting sealing end, wherein the skin-facing first side of the envelope contacting sealing end is fixedly connectable to the opposing second side of the flexible envelope when wrapping the flexible envelope around an extremity of a user, wherein the second sealing lip surrounds the first sealing lip.
A dosing unit comprising a dosing device and a storage cartridge, wherein the dosing device is attached to the storage cartridge; characterized in that the dosing device for dosing a detergent tablet provided by the storage cartridge comprises a scoop and a plug, wherein the scoop is configured to pick up a detergent tablet from the storage cartridge, lift the detergent tablet to an opening in the scoop and transport the detergent tablet to a receiving chamber formed in the plug when the scoop is turned in a first turning direction about a rotational axis that is perpendicular to a gravitational vector, and the plug is configured to release the detergent tablet from the receiving chamber; and wherein the storage cartridge for storing a plurality of detergent tablets comprises a container having an opening spanning a plane and an inner surface having a first helical indent in at least a portion of the inner surface for conveying the detergent tablets towards the opening when the container is turned about an axis that is perpendicular to the plane spanned by the opening, wherein a pitch and/or a height and/or a flank geometry and/or a flank angle and/or a gradient of the first helical indent are determined as a function of the size and/or geometry of the detergent tablets. wherein the dosing device is attached to the storage cartridge; characterized in that the dosing device for dosing a detergent tablet provided by the storage cartridge comprises a scoop and a plug, wherein the scoop is configured to pick up a detergent tablet from the storage cartridge, lift the detergent tablet to an opening in the scoop and transport the detergent tablet to a receiving chamber formed in the plug when the scoop is turned in a first turning direction about a rotational axis that is perpendicular to a gravitational vector, and the plug is configured to release the detergent tablet from the receiving chamber; and wherein the storage cartridge for storing a plurality of detergent tablets comprises a container having an opening spanning a plane and an inner surface having a first helical indent in at least a portion of the inner surface for conveying the detergent tablets towards the opening when the container is turned about an axis that is perpendicular to the plane spanned by the opening, wherein a pitch and/or a height and/or a flank geometry and/or a flank angle and/or a gradient of the first helical indent are determined as a function of the size and/or geometry of the detergent tablets.