mhurhangee/ep-ind-claims huggingface dataset:
A spring damper bearing assembly, comprising a damper cover, a dust cover and a spring damper bearing, the spring damper bearing comprising a bearing cap, a guide ring and a thrust bearing, the bearing cap and the guide ring being connected together and surrounding the thrust bearing, wherein a first buckle on the cap and a second buckle on the guide ring are locked with each other in shape to form a snap-fitting part so that the cap and the guide ring are snap-fitted together, the damper cover being connected to the bearing cap, the dust cover being connected to the guide ring, a gap being formed between the dust cover and the guide ring, the bearing cap comprises an annular main body portion and a barrier part that is located on an inner circumferential side of the main body portion, the barrier part is in an annular shape and comprises an outer circumferential end connected to the main body portion and an inner circumferential end extending out from the outer circumferential end and being away from the main body portion, the inner circumferential end being nearer than the outer circumferential end to the lower axial side and the inner radial side of the spring damper bearing, characterized in that the inner circumferential end of the barrier part of the bearing cap being located on the inner radial side of the dust cover in the radial direction in order to block water from entering the gap. the damper cover being connected to the bearing cap, the dust cover being connected to the guide ring, a gap being formed between the dust cover and the guide ring, the bearing cap comprises an annular main body portion and a barrier part that is located on an inner circumferential side of the main body portion, the barrier part is in an annular shape and comprises an outer circumferential end connected to the main body portion and an inner circumferential end extending out from the outer circumferential end and being away from the main body portion, the inner circumferential end being nearer than the outer circumferential end to the lower axial side and the inner radial side of the spring damper bearing, characterized in that the inner circumferential end of the barrier part of the bearing cap being located on the inner radial side of the dust cover in the radial direction in order to block water from entering the gap.
A recombinant Saccharomyces cerevisiae yeast cell comprising: a) a gene coding for an enzyme having glycerol-3-phosphate dehydrogenase activity, wherein said enzyme has a cofactor dependency for at least NADP + and/or for NADPH; b) a gene encoding an enzyme having at least NAD + dependent acetylating acetaldehyde dehydrogenase activity (EC 1.2.1.10); and c) a mutation or disruption in at least one gene selected from the group of GPD1 and GPD2. a) a gene coding for an enzyme having glycerol-3-phosphate dehydrogenase activity, wherein said enzyme has a cofactor dependency for at least NADP + and/or for NADPH; b) a gene encoding an enzyme having at least NAD + dependent acetylating acetaldehyde dehydrogenase activity (EC 1.2.1.10); and c) a mutation or disruption in at least one gene selected from the group of GPD1 and GPD2.
A method for wireless communication, comprising: tuning a transmitter of a wireless communication device (102, 202) to a first frequency associated with a first radio access technology; tuning a receiver of the wireless communication device (102, 202) from the first frequency associated with the first radio access technology to a second frequency associated with a second radio access technology while the transmitter remains tuned to the first frequency associated with the first radio access technology; and not transmitting data for the first radio access technology queued in at least one transmission channel slot based on a condition that transmitting the queued data at the first frequency would cause interference above a predetermined threshold to received data at the second frequency. tuning a transmitter of a wireless communication device (102, 202) to a first frequency associated with a first radio access technology; tuning a receiver of the wireless communication device (102, 202) from the first frequency associated with the first radio access technology to a second frequency associated with a second radio access technology while the transmitter remains tuned to the first frequency associated with the first radio access technology; and not transmitting data for the first radio access technology queued in at least one transmission channel slot based on a condition that transmitting the queued data at the first frequency would cause interference above a predetermined threshold to received data at the second frequency.
A penetrating, metal bullet projectile structured to be discharged from a firearm; wherein it is further associated with at least one chemically and thermodynamically active substance; and capable of delivering this at least one chemically and thermodynamically active substance to/within a target, including, but not limited to, a mammal, and having at least one thermodynamic effect on the target, in addition to the bullet wound, after becoming active upon impact and penetration, said at least one chemically and thermodynamically active substance being selected from bodily interacting means, including, but not limited to, interaction with bodily materials; such as bodily fluids.
A nozzle for a fuel injector comprising: a pivotably symmetrical nozzle member having a hollow space for introducing a nozzle needle; a nozzle tip that is provided at a longitudinal end of the nozzle member and has at least one opening channel extending in a straight line for discharging fuel: and a nozzle needle arranged in the hollow space for the selective blocking of a fuel supply to the at least one opening channel, the at least one opening channel has a center axis that is skewed with respect to the longitudinal axis of the nozzle member., and the hollow space of the nozzle member tapers in funnel form in its end section (32, 33) facing the at least one opening channel, characterized in that there is no angle on the transition from the funnel-like end section into a respective opening channel since the respective surfaces are aligned correspondingly with one another. a pivotably symmetrical nozzle member having a hollow space for introducing a nozzle needle; a nozzle tip that is provided at a longitudinal end of the nozzle member and has at least one opening channel extending in a straight line for discharging fuel: and a nozzle needle arranged in the hollow space for the selective blocking of a fuel supply to the at least one opening channel, the at least one opening channel has a center axis that is skewed with respect to the longitudinal axis of the nozzle member., and the hollow space of the nozzle member tapers in funnel form in its end section (32, 33) facing the at least one opening channel, characterized in that there is no angle on the transition from the funnel-like end section into a respective opening channel since the respective surfaces are aligned correspondingly with one another.
A full face cushion (10, 510) for a patient interface that delivers breathable gas to a patient, the cushion comprising: a base wall (28, 528) structured to be connected to a frame; an underlying support cushion (30, 530) extending away from the base wall towards the patient's face in use; and a membrane (32, 532) provided to cover at least a portion of the underlying cushion, the membrane adapted to form a continuous seal on the patient's face, wherein the membrane includes a nasal bridge region (16, 516), a side of nose region, an upper cheek region, a lower cheek region and a chin region to form a continuous seal on a respective nasal bridge, side of nose, upper cheek, lower cheek, and chin region of the patient's face in use, wherein at least a portion of the underlying cushion and/or base wall has a lower portion including a spring configuration that defines displacement of the cushion with respect to a force applied from the frame, and wherein the base wall and a frame connection (29, 529) of the cushion are internally offset with respect to the most external cushion point, characterised in that the underlying cushion is provided only on lateral sides of the base wall in the side of nose, upper cheek, and lower cheek regions. a base wall (28, 528) structured to be connected to a frame; an underlying support cushion (30, 530) extending away from the base wall towards the patient's face in use; and a membrane (32, 532) provided to cover at least a portion of the underlying cushion, the membrane adapted to form a continuous seal on the patient's face,
A kit for isolating nucleic acids from a sample, the kit comprising: a) a protein-based matrix configured to collect sample; and b) a solution comprising 3.5-5 M chaotrope, 3-5% detergent, 100-150 mM reducing agent, and citrate buffer maintaining pH of the solution at 6-6.5, wherein the protein-based matrix forms a swab or a strip to collect liquid and is silk; and wherein the chaotrope is a guanidinium salt, the detergent is a non-ionic detergent and the reducing agent is dithiothreitol. a) a protein-based matrix configured to collect sample; and b) a solution comprising 3.5-5 M chaotrope, 3-5% detergent, 100-150 mM reducing agent, and citrate buffer maintaining pH of the solution at 6-6.5, wherein the protein-based matrix forms a swab or a strip to collect liquid and is silk; and wherein the chaotrope is a guanidinium salt, the detergent is a non-ionic detergent and the reducing agent is dithiothreitol.
A varifocal optical assembly comprising: an astigmatism compensation optical assembly comprising: a first optical module comprising a first plurality of optical elements (1410A, 1410B, 1410C, 1412A, 1412B, 1412C) comprising Pancharatnam-Berry phase lenses, PBP gratings, polarization sensitive hologram lenses, PSH ratings, metamaterials, or combinations thereof; and a second optical module comprising a second plurality of optical elements (1410D, 1410E, 1410F, 1422A, 1422B, 1422C) comprising PBP lenses, PBP gratings, PSH lenses, PSH gratings, metamaterials, or combinations thereof; characterized in that: the first plurality of optical elements are configured to compensate for astigmatism in a first axis and comprise a property associated with Zernike polynomial Z 2 − 2; the second plurality of optical elements are configured to compensate for astigmatism in a second axis and comprise a property associated with Zernike polynomial Z 2 2; and each of the first optical module and the second optical module are configurable between a plurality of optical powers to provide a plurality of cylindrical and axial correction values. an astigmatism compensation optical assembly comprising: a first optical module comprising a first plurality of optical elements (1410A, 1410B, 1410C, 1412A, 1412B, 1412C) comprising Pancharatnam-Berry phase lenses, PBP gratings, polarization sensitive hologram lenses, PSH ratings, metamaterials, or combinations thereof; and a second optical module comprising a second plurality of optical elements (1410D, 1410E, 1410F, 1422A, 1422B, 1422C) comprising PBP lenses, PBP gratings, PSH lenses, PSH gratings, metamaterials, or combinations thereof; a first optical module comprising a first plurality of optical elements (1410A, 1410B, 1410C, 1412A, 1412B, 1412C) comprising Pancharatnam-Berry phase lenses, PBP gratings, polarization sensitive hologram lenses, PSH ratings, metamaterials, or combinations thereof; and a second optical module comprising a second plurality of optical elements (1410D, 1410E, 1410F, 1422A, 1422B, 1422C) comprising PBP lenses, PBP gratings, PSH lenses, PSH gratings, metamaterials, or combinations thereof; the first plurality of optical elements are configured to compensate for astigmatism in a first axis and comprise a property associated with Zernike polynomial Z 2 − 2; the second plurality of optical elements are configured to compensate for astigmatism in a second axis and comprise a property associated with Zernike polynomial Z 2 2; and each of the first optical module and the second optical module are configurable between a plurality of optical powers to provide a plurality of cylindrical and axial correction values.
A mobile communication system comprising: a mobile station; a first Mobility Management Entity, MME, or a first Serving GPRS Support Node, SGSN; a second MME or a second SGSN; and a Mobile Switching Center / Visited Location Register, MSC/VLR (301,..., 30n); wherein said mobile station is configured to obtain, from said MSC/VLR (301,..., 30n) selected from a plurality of MSCs/VLRs (301,..., 30n) via said first MME or said first SGSN, a Temporary Mobile Station Identifier, TMSI, including a Network Resource Identifier, NRI, indicating said MSC/VLR (301,..., 30n); wherein said mobile station is configured to transmit an Attach Request including said NRI to said second MME or said second SGSN; and wherein said second MME or said second SGSN is configured to select, based on said NRI, said MSC/VLR (301,..., 30n) in order to make a request for location registration to said MSC/VLR (301,..., 30n). a mobile station; a first Mobility Management Entity, MME, or a first Serving GPRS Support Node, SGSN; a second MME or a second SGSN; and a Mobile Switching Center / Visited Location Register, MSC/VLR (301,..., 30n); a second MME or a second SGSN; and a Mobile Switching Center / Visited Location Register, MSC/VLR (301,..., 30n); wherein said mobile station is configured to obtain, from said MSC/VLR (301,..., 30n) selected from a plurality of MSCs/VLRs (301,..., 30n) via said first MME or said first SGSN, a Temporary Mobile Station Identifier, TMSI, including a Network Resource Identifier, NRI, indicating said MSC/VLR (301,..., 30n); wherein said mobile station is configured to transmit an Attach Request including said NRI to said second MME or said second SGSN; and wherein said second MME or said second SGSN is configured to select, based on said NRI, said MSC/VLR (301,..., 30n) in order to make a request for location registration to said MSC/VLR (301,..., 30n).
A method for producing nanofibrillar cellulose, wherein cellulose based fibre material, in which internal bonds in cellulose fibres have been weakened by preliminary chemical modification of cellulose, is subjected to disintegration treatment in form of pulp comprising fibres and liquid, said method comprising: - supplying the fibre material at a consistency higher than 10 wt-%, preferably at least 15 wt-%, to a disintegration treatment - detaching fibrils from the fibre material in course of said disintegration treatment by joint effect of repeated impacts to the fibre material by fast moving successive elements and the weakened internal bonds of the cellulose fibres, - continuing the disintegration treatment until the nanofibrillar cellulose withdrawn from the disintegration treatment has achieved a zero shear viscosity of 1,000 to 50,000 Pa·s and a yield stress of 1 to 50 Pa, advantageously 3 to 20 Pa, when measured at a consistency of 0.5%, and - withdrawing the nanofibrillar cellulose from the disintegration treatment at dry matter which is equal or higher than the consistency of the fibre material. - supplying the fibre material at a consistency higher than 10 wt-%, preferably at least 15 wt-%, to a disintegration treatment - detaching fibrils from the fibre material in course of said disintegration treatment by joint effect of repeated impacts to the fibre material by fast moving successive elements and the weakened internal bonds of the cellulose fibres, - continuing the disintegration treatment until the nanofibrillar cellulose withdrawn from the disintegration treatment has achieved a zero shear viscosity of 1,000 to 50,000 Pa·s and a yield stress of 1 to 50 Pa, advantageously 3 to 20 Pa, when measured at a consistency of 0.5%, and - withdrawing the nanofibrillar cellulose from the disintegration treatment at dry matter which is equal or higher than the consistency of the fibre material.
A wireless communication method, wherein the method is performed by a terminal, and comprises: receiving a system message on a downlink carrier, wherein the system message comprises uplink carrier configuration information and preamble transmission configuration information, the uplink carrier configuration information indicates a plurality of uplink carriers, and the preamble transmission configuration information indicates a transmission configuration of a radio access preamble; wherein the system message further comprises a threshold, and the method further comprises: selecting, based on the threshold, an uplink carrier from the plurality of the uplink carriers; sending, based on the transmission configuration of the radio access preamble, the radio access preamble on the uplink carrier of the plurality of the uplink carriers; and descrambling, based on identification information of a to be indicated uplink carrier among the plurality of uplink carriers, control information of a radio access response message on the downlink carrier; wherein the control information of the radio access response message is scrambled by a scrambling sequence and the scrambling sequence is calculated based on the identification information of the to be indicated uplink carrier. receiving a system message on a downlink carrier, wherein the system message comprises uplink carrier configuration information and preamble transmission configuration information, the uplink carrier configuration information indicates a plurality of uplink carriers, and the preamble transmission configuration information indicates a transmission configuration of a radio access preamble; wherein the system message further comprises a threshold, and the method further comprises: selecting, based on the threshold, an uplink carrier from the plurality of the uplink carriers; sending, based on the transmission configuration of the radio access preamble, the radio access preamble on the uplink carrier of the plurality of the uplink carriers; and descrambling, based on identification information of a to be indicated uplink carrier among the plurality of uplink carriers, control information of a radio access response message on the downlink carrier; wherein the control information of the radio access response message is scrambled by a scrambling sequence and the scrambling sequence is calculated based on the identification information of the to be indicated uplink carrier. selecting, based on the threshold, an uplink carrier from the plurality of the uplink carriers; sending, based on the transmission configuration of the radio access preamble, the radio access preamble on the uplink carrier of the plurality of the uplink carriers; and descrambling, based on identification information of a to be indicated uplink carrier among the plurality of uplink carriers, control information of a radio access response message on the downlink carrier; wherein the control information of the radio access response message is scrambled by a scrambling sequence and the scrambling sequence is calculated based on the identification information of the to be indicated uplink carrier.
Compression-ignition direct-injection internal combustion engine comprising at least one cylinder, a cylinder head bearing fuel injection means spraying the fuel in at least two layers (36, 38) of fuel jets with different layer angles (A1, A2), a piston sliding in this cylinder, a combustion chamber delimited on one side by the upper face of the piston comprising a nipple rising in the direction of the cylinder head and arranged at the centre of a concave bowl with at least two mixing zones (Z1, Z2), and means for cooling the piston that are housed in the material of the piston, characterized in that the cooling means comprise at least one circumferential gallery (78, 82) concentric with the bowl of the piston and arranged facing said at least two mixing zones (Z1, Z2).
Heat exchanger comprising a stack of multiple plates which are parallel to one another and to a longitudinal direction (z), said plates being stacked spaced apart from one another so as to define, between one another, a first series of passages for the flow of at least a first fluid in an overall flow direction parallel to the longitudinal direction (z), each passage being delimited by closure bars disposed between the plates, characterized in that a filtering device is arranged in at least one passage of the first series, said filtering device extending for the one part between two adjacent plates defining said passage and for the other part between two of the closure bars delimiting said passage, said filtering device comprising a metal sheet material chosen from among a metal fabric, a nonwoven of metal fibres, a sintered metal powder or sintered metal fibres, a metal foam, or a microperforated plate.
A containment device (110, 600), comprising: an elongated microchip element (112, 312, 412, 612) comprising one or more containment reservoirs (114, 344, 444, 614) that are configured to be electrically activated to open; an elongated electronic printed circuit board (116, 314, 614), wherein the elongated PCB (116, 314, 614) comprises a first side on which one or more electronic components (120, 318, 618) are fixed and an opposed second side on which the elongated microchip element (112, 312, 412, 612) is fixed in electrical connection to the one or more electronic components (120, 318, 618); and an elongated housing (124, 320, 620) fixed to the elongated PCB (116, 314, 614), characterized in that the elongated housing (124, 320, 620) is configured to surround the first side of the elongated PCB (116, 314, 614) such that the elongated housing (124, 320, 620) and the elongated PCB (116, 314, 614) collectively form a hermetic enclosure around the one or more electronic components (120, 318, 618) to hermetically seal the one or more electronic components (120, 318, 618) of the elongated PCB (116, 314, 614) within the elongated housing (124, 320, 620). an elongated microchip element (112, 312, 412, 612) comprising one or more containment reservoirs (114, 344, 444, 614) that are configured to be electrically activated to open; an elongated electronic printed circuit board (116, 314, 614), wherein the elongated PCB (116, 314, 614) comprises a first side on which one or more electronic components (120, 318, 618) are fixed and an opposed second side on which the elongated microchip element (112, 312, 412, 612) is fixed in electrical connection to the one or more electronic components (120, 318, 618); and an elongated housing (124, 320, 620) fixed to the elongated PCB (116, 314, 614), characterized in that the elongated housing (124, 320, 620) is configured to surround the first side of the elongated PCB (116, 314, 614) such that the elongated housing (124, 320, 620) and the elongated PCB (116, 314, 614) collectively form a hermetic enclosure around the one or more electronic components (120, 318, 618) to hermetically seal the one or more electronic components (120, 318, 618) of the elongated PCB (116, 314, 614) within the elongated housing (124, 320, 620).