mhurhangee/patent-ind-claim-en huggingface dataset:
A device for detecting optical pulses, advantageously laser pulses, each optical pulse having a pulse width, the device comprising a sensor having a plurality of pixels, each pixel comprising: - a receiver configured to receive optical pulses and to generate an electrical signal having variations representative of the received optical pulses, each variation of the electrical signal having a frequency in the frequency domain dependent on the pulse width of the pulse corresponding to said variation, - an event detection unit comprising at least one frequency filter, the or at least one frequency filter having at least one adjustable cut-off frequency (f1, f2), the cut-off frequency (f1, f2) of each filter defining a passband for the event detection unit , the passband having a lower bound and an upper bound, the adjustable cut-off frequency (f1, f2) of the or each filter being set so that the upper bound is greater than or equal to 1 Megahertz, the event detection unit being configured to detect over time variations in the electrical signal generated by the receiver only when the frequency in the frequency domain of said variations is within the passband of the event detection unit , and - a timing unit configured to date each change in the electrical signal detected by the event detection unit . - a receiver configured to receive optical pulses and to generate an electrical signal having variations representative of the received optical pulses, each variation of the electrical signal having a frequency in the frequency domain dependent on the pulse width of the pulse corresponding to said variation, - an event detection unit comprising at least one frequency filter, the or at least one frequency filter having at least one adjustable cut-off frequency (f1, f2), the cut-off frequency (f1, f2) of each filter defining a passband for the event detection unit , the passband having a lower bound and an upper bound, the adjustable cut-off frequency (f1, f2) of the or each filter being set so that the upper bound is greater than or equal to 1 Megahertz, the event detection unit being configured to detect over time variations in the electrical signal generated by the receiver only when the frequency in the frequency domain of said variations is within the passband of the event detection unit , and - a timing unit configured to date each change in the electrical signal detected by the event detection unit .
A probing cable for deployment inside a pipe formation, the cable having an outer casing and an elongate probe member which threads along a bore defined by the outer casing , wherein the outer casing has a helical track which wraps around its outer surface, the probing cable characterised in that a resiliently deformable tip member is attached by a dogleg element to the end of the outer casing at an angle α from the length direction of the cable, wherein the dogleg element is inserted into the bores of respectively the outer casing and the resiliently deformable tip member .
A method for modem stabilization, the method comprising: determining that an application processor, AP, is in a sleep state, wherein the AP and a modem are operable to communicate over a peripheral component interconnect express, PCIe, channel; determining that no active link is available over the PCIe channel; monitoring a PCIe link recovery timer; recognizing that a data packet is available in a workload queue for processing by a modem; and determining an available queue capacity in a memory component associated with the modem, wherein: if the available queue capacity is adequate to store the data packet, storing the data packet in the available queue capacity for later processing, wherein the data packet is dropped from the workload queue if the PCIe link recovery timer has exceeded a predefined threshold, and wherein the data packet is stored in the available queue capacity for later processing if the PCle link recovery timer has not exceeded the predefined threshold; and if the available queue capacity is inadequate to store the data packet, dropping the data packet from the workload queue. determining that an application processor, AP, is in a sleep state, wherein the AP and a modem are operable to communicate over a peripheral component interconnect express, PCIe, channel; determining that no active link is available over the PCIe channel; monitoring a PCIe link recovery timer; recognizing that a data packet is available in a workload queue for processing by a modem; and determining an available queue capacity in a memory component associated with the modem, wherein: if the available queue capacity is adequate to store the data packet, storing the data packet in the available queue capacity for later processing, wherein the data packet is dropped from the workload queue if the PCIe link recovery timer has exceeded a predefined threshold, and wherein the data packet is stored in the available queue capacity for later processing if the PCle link recovery timer has not exceeded the predefined threshold; and if the available queue capacity is inadequate to store the data packet, dropping the data packet from the workload queue. if the available queue capacity is adequate to store the data packet, storing the data packet in the available queue capacity for later processing, wherein the data packet is dropped from the workload queue if the PCIe link recovery timer has exceeded a predefined threshold, and wherein the data packet is stored in the available queue capacity for later processing if the PCle link recovery timer has not exceeded the predefined threshold; and if the available queue capacity is inadequate to store the data packet, dropping the data packet from the workload queue.
An apparatus for conveying root crops, which is configured as a screening belt for separating admixtures from the root crops during conveying, comprising a carrying device which circulates in a circulation direction during operation and is at least partly formed by a plurality of in particular rigid carrying elements which are movable relative to one another, partly forms at least one receiving region and is configured to carry the root crops, and at least one transverse separating device which extends at least partially in a transverse direction and delimits the receiving region in the circulation direction , wherein the receiving region from the outside adjoins an interior space which is bordered by an interior space surface extending parallel to the transverse direction and, in side view, running exclusively in the circulation direction and at least one protruding part of the transverse separating device is arranged, in side view, outside the interior space , wherein the apparatus comprises at least one longitudinal separating device which extends at an angle, in particular at right angles, to the extent direction of the transverse separating device and parallel to the interior space surface , of which at least one protruding part is arranged, in side view, outside the interior space and which delimits two receiving regions adjacent to one another in the transverse direction , wherein the at least one transverse separating device and/or the at least one longitudinal separating device is at least partly formed by a plurality of separating elements , which are arranged in a row along the transverse direction or along a direction at an angle to the transverse direction and extend towards the outside in side view, characterized in that the carrying device has a plurality of screening bars which run linearly in the transverse direction and are arranged adjacent and parallel to one another in the circulation direction and are arranged with their ends on lateral endless carriers , which are configured to run over deflecting rollers and may be driven during operation.
A system for processing data, the system comprising: a glucose sensor configured to be implanted within a body; and sensor electronics configured to receive and process sensor data output by the sensor, the sensor electronics coupled to a processor module, the processor module configured to: apply a conversion function to sensor data, the conversion function taking into account temperature correction; evaluate sensor data using a first function to determine whether the sensor data meets one or more first criteria comprising a threshold value that is user settable; evaluate sensor data using a second function to determine whether the sensor data is predicted to meet one or more second criteria comprising a predetermined threshold and a prediction horizon; activate a first hypoglycemic indicator if the first one or more criteria and activate a second hypoglycemic indicator if the second one or more criteria are met; and provide an output based on the activated first or second hypoglycemic indicator; characterized in that the predetermined threshold and/or the prediction horizon is fixed such that it cannot be changed by the user. a glucose sensor configured to be implanted within a body; and sensor electronics configured to receive and process sensor data output by the sensor, the sensor electronics coupled to a processor module, the processor module configured to: apply a conversion function to sensor data, the conversion function taking into account temperature correction; evaluate sensor data using a first function to determine whether the sensor data meets one or more first criteria comprising a threshold value that is user settable; evaluate sensor data using a second function to determine whether the sensor data is predicted to meet one or more second criteria comprising a predetermined threshold and a prediction horizon; activate a first hypoglycemic indicator if the first one or more criteria and activate a second hypoglycemic indicator if the second one or more criteria are met; and provide an output based on the activated first or second hypoglycemic indicator; characterized in that the predetermined threshold and/or the prediction horizon is fixed such that it cannot be changed by the user. apply a conversion function to sensor data, the conversion function taking into account temperature correction; evaluate sensor data using a first function to determine whether the sensor data meets one or more first criteria comprising a threshold value that is user settable; evaluate sensor data using a second function to determine whether the sensor data is predicted to meet one or more second criteria comprising a predetermined threshold and a prediction horizon; activate a first hypoglycemic indicator if the first one or more criteria and activate a second hypoglycemic indicator if the second one or more criteria are met; and provide an output based on the activated first or second hypoglycemic indicator; characterized in that the predetermined threshold and/or the prediction horizon is fixed such that it cannot be changed by the user.
A submersible reactive treatment cell comprising: a housing including an impermeable side wall defining an interior cavity, the interior cavity adapted to house one or more treatment reagents (R1, R2); a permeable ceiling layer connected to a top surface of the housing sidewall , the permeable ceiling layer comprising a geogrid outer ceiling layer and a non-woven geotextile inner ceiling layer ; and a permeable floor layer connected to a lower surface of the housing sidewall , the permeable floor layer comprising a geogrid outer floor layer and a non-woven geotextile inner floor layer having a permeability adapted for retaining treatment reagents (R1, R2) within the interior cavity during submersion, and for receiving and permitting passage of upwelling pore fluids into the interior cavity of the housing when the reactive treatment cell is placed on a permeable supporting layer or sediment bed beneath a body of water; characterized in that the interior cavity includes internal baffles configured to direct a flow of the upwelling pore fluids; and in that a geotextile is anchored to a first internal baffle and a second internal baffle to create a plurality of separate reagent zones within the interior cavity comprising a first reagent zone and a second reagent zone. a housing including an impermeable side wall defining an interior cavity, the interior cavity adapted to house one or more treatment reagents (R1, R2); a permeable ceiling layer connected to a top surface of the housing sidewall , the permeable ceiling layer comprising a geogrid outer ceiling layer and a non-woven geotextile inner ceiling layer ; and a permeable floor layer connected to a lower surface of the housing sidewall , the permeable floor layer comprising a geogrid outer floor layer and a non-woven geotextile inner floor layer having a permeability adapted for retaining treatment reagents (R1, R2) within the interior cavity during submersion, and for receiving and permitting passage of upwelling pore fluids into the interior cavity of the housing when the reactive treatment cell is placed on a permeable supporting layer or sediment bed beneath a body of water; characterized in that the interior cavity includes internal baffles configured to direct a flow of the upwelling pore fluids; and in that a geotextile is anchored to a first internal baffle and a second internal baffle to create a plurality of separate reagent zones within the interior cavity comprising a first reagent zone and a second reagent zone.
A system comprising: an endotracheal tube for intraoperatively monitoring laryngeal and vagus nerves by eliciting laryngeal adductor response (LAR) in a patient that is under general anesthesia, that is of a type that preserves LAR, and by monitoring contralateral responses of the LAR that are detected after application of electrical stimulation comprising: an endotracheal tube body having a first inflatable member and electrode area that includes a plurality of surface based electrodes, wherein the surface based electrodes includes a first surface based electrode that is located along a first side of the endotracheal tube and a second surface based electrode that is located along a second side the endotracheal tube, each of the first and second surface based electrodes being configured to emit electrical stimulation and record the responses of the LAR; and a signal generator/receiver that is electrically coupled to the surface based electrodes in such a way as to deliver electrical stimulation to a selected one of the first and second surface based electrodes and record the responses of the LAR from the other of the first and second surface based electrodes. an endotracheal tube body having a first inflatable member and electrode area that includes a plurality of surface based electrodes, wherein the surface based electrodes includes a first surface based electrode that is located along a first side of the endotracheal tube and a second surface based electrode that is located along a second side the endotracheal tube, each of the first and second surface based electrodes being configured to emit electrical stimulation and record the responses of the LAR; and a signal generator/receiver that is electrically coupled to the surface based electrodes in such a way as to deliver electrical stimulation to a selected one of the first and second surface based electrodes and record the responses of the LAR from the other of the first and second surface based electrodes.
An electrode sheet comprising: a stretchable sheet having stretching properties and having two areas having different stretching properties; a biological signal receiving electrode formed at the stretchable sheet and exposed on the stretchable sheet; a biological signal amplifier formed at the less stretchable area of the stretchable sheet; an interface part for connection to an external biological signal processing unit; a first wire formed at the sheet and connecting the biological signal receiving electrode and an input part of the biological signal amplifier; and a second wire formed at the sheet and connecting the interface part and an output part of the biological signal amplifier. a stretchable sheet having stretching properties and having two areas having different stretching properties; a biological signal receiving electrode formed at the stretchable sheet and exposed on the stretchable sheet; a biological signal amplifier formed at the less stretchable area of the stretchable sheet; an interface part for connection to an external biological signal processing unit; a first wire formed at the sheet and connecting the biological signal receiving electrode and an input part of the biological signal amplifier; and a second wire formed at the sheet and connecting the interface part and an output part of the biological signal amplifier.
A frictional-force variable compact (10; 20) comprising: a first surface (10a; 20a); a second surface (10b; 20b); an insulation portion (11; 21) constituting a plate-shaped porous body, a porous film, or a plate-shaped body provided with cylindrical through holes; and an electroconductive portion (12; 22) electrically conducting the first surface (10a; 20a) to the second surface (10b; 20b), the electroconductive portion (12; 22) filling the plate-shaped porous body, the porous film, or the through holes of the plate-shaped body, wherein the insulation portion and the electroconductive portion form each of the first surface and the second surface, a constituent material of the electroconductive portion (12; 22) is at least one material selected from the group consisting of organic electroconductive polymers, carbon compounds, metal oxides, materials including such metal oxide to which a metal is doped, metal hydroxides, and electrorheological particles. a first surface (10a; 20a); a second surface (10b; 20b); an insulation portion (11; 21) constituting a plate-shaped porous body, a porous film, or a plate-shaped body provided with cylindrical through holes; and an electroconductive portion (12; 22) electrically conducting the first surface (10a; 20a) to the second surface (10b; 20b), the electroconductive portion (12; 22) filling the plate-shaped porous body, the porous film, or the through holes of the plate-shaped body, wherein the insulation portion and the electroconductive portion form each of the first surface and the second surface, a constituent material of the electroconductive portion (12; 22) is at least one material selected from the group consisting of organic electroconductive polymers, carbon compounds, metal oxides, materials including such metal oxide to which a metal is doped, metal hydroxides, and electrorheological particles.
A glass fiber-reinforced resin molded article comprising: a glass fiber fabric; and a transparent resin, wherein an average resin unimpregnation ratio in proximity to filament of the glass fiber fabric is more than 2.0% and 50.0% or less as measured according to the description, a warp yarn width Bt and a weft yarn width By of the glass fiber fabric each are in a range of 0.50 mm to 8.50 mm as measured according to the description, a warp yarn weaving density Wt and a weft yarn weaving density Wy of the glass fiber fabric each are in a range of 3.0 yarns/25 mm to 50 yarns/25 mm as measured according to the description, and a degree of widening of warp yarn Et calculated by Bt/(25/Wt) and a degree of widening of weft yarn Ey calculated by By/(25/Wy) of the glass fiber fabric each are in a range of 0.70 to 1.10 as measured according to the description. a glass fiber fabric; and a transparent resin, wherein an average resin unimpregnation ratio in proximity to filament of the glass fiber fabric is more than 2.0% and 50.0% or less as measured according to the description, a warp yarn width Bt and a weft yarn width By of the glass fiber fabric each are in a range of 0.50 mm to 8.50 mm as measured according to the description, a warp yarn weaving density Wt and a weft yarn weaving density Wy of the glass fiber fabric each are in a range of 3.0 yarns/25 mm to 50 yarns/25 mm as measured according to the description, and a degree of widening of warp yarn Et calculated by Bt/(25/Wt) and a degree of widening of weft yarn Ey calculated by By/(25/Wy) of the glass fiber fabric each are in a range of 0.70 to 1.10 as measured according to the description.
Electrical plug-in connector with a connection part with which a multiplicity of pins are associated, wherein the pins can be electrically connected by in each case one conductor with contacts of a contact strip which is arranged in a housing in particular, wherein at least one leadframe , which has at least one of the conductors , is fixedly arranged in a holder , characterized in that the leadframe has in each case one spring-action strain-relief means in the region of the conductors , which strain-relief means are of meandering shape, wherein the strain-relief means are stamped out of the leadframe in a meandering shape.
A hydrophobic vinylamine-containing vinyl polymer composition comprising hydrophobically modified vinylamine repeating units having the formula (I): and a vinyl monomer, wherein R is a hydrogen or an acetyl group or a reacted α, β - unsaturated alkyl carbonyl compound through Michael addition by vinylamine in the polymer; Y is selected from the group consisting of a hydroxyl, carboxylic acid and acid amide; S is a repeating unit of polymerized diallyl dimethyl ammonium chloride; X is selected from the group consisting of formula (II), (III), (IV), (V), (VI), (VII), (VIII) and (IX): wherein Ri and R 2 , identically or differently, are a straight chain, branched aliphatic, olefinic or aromatic group having up to 22 carbon atoms and up to 4 double bonds, and wherein the dashed lines are the bonds connecting the repeating units of Formula (I) with the group consisting of Formula (II), (III), (IV), (V), (VI), (VII), (VIII) and (IX), and wherein n can be from 0 mole % to about 99 mole %, m can be from about 0.1 mole % to about 90 mole %, p can be from 0 mole % to about 98 mole %, and q can be from 0 mole % to about 50 mole %.
A negative electrode for a lithium secondary battery which comprises: a negative electrode current collector; a first negative electrode mixture layer disposed on at least one surface of the negative electrode current collector and comprising a first carbonaceous negative electrode active material, a first polymer binder and a first conductive material; a second negative electrode mixture layer disposed on the top surface of the first negative electrode mixture layer and comprising a silicon-based negative electrode active material, a second polymer binder and a second conductive material; and a third negative electrode mixture layer disposed on the top surface of the second negative electrode mixture layer and comprising a second carbonaceous negative electrode active material, a third polymer binder and a third conductive material, wherein the first carbonaceous negative electrode active material comprises spherical shaped particles, said spherical shaped particles comprising an oxidized surface portion or a carbon-coated surface portion, and the second carbonaceous negative electrode active material comprises flake shaped particles, said flake shaped particles comprising a carbon-coated surface portion. wherein the first carbonaceous negative electrode active material comprises spherical shaped particles, said spherical shaped particles comprising an oxidized surface portion or a carbon-coated surface portion, and the second carbonaceous negative electrode active material comprises flake shaped particles, said flake shaped particles comprising a carbon-coated surface portion.