mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a terminal device for connecting to a network, comprising: determining (S101, S401) a motion section and a motion rate of the terminal device in response to the terminal device accessing to a mobile data network, wherein the terminal device is able to simultaneously use the mobile data network and a target wireless network, the motion section is a route along which the terminal device moves; estimating (S102, S402) a target network rate of the mobile data network based on the motion rate and the motion section; and connecting (S103, S406) to the target wireless network in response to the target network rate being less than a preset threshold; wherein, estimating (S102, S402) the target network rate of the mobile data network based on the motion rate and the motion section comprises: obtaining a plurality of historical usage records of the mobile data network in the motion section; estimating a reference network rate of the mobile data network based on the plurality of historical usage records; estimating a network signal influence value based on the motion rate; and determining a product of the reference network rate and the network signal influence value as the target network rate of the mobile data network. determining (S101, S401) a motion section and a motion rate of the terminal device in response to the terminal device accessing to a mobile data network, wherein the terminal device is able to simultaneously use the mobile data network and a target wireless network, the motion section is a route along which the terminal device moves; estimating (S102, S402) a target network rate of the mobile data network based on the motion rate and the motion section; and connecting (S103, S406) to the target wireless network in response to the target network rate being less than a preset threshold; wherein, estimating (S102, S402) the target network rate of the mobile data network based on the motion rate and the motion section comprises: obtaining a plurality of historical usage records of the mobile data network in the motion section; estimating a reference network rate of the mobile data network based on the plurality of historical usage records; estimating a network signal influence value based on the motion rate; and determining a product of the reference network rate and the network signal influence value as the target network rate of the mobile data network. obtaining a plurality of historical usage records of the mobile data network in the motion section; estimating a reference network rate of the mobile data network based on the plurality of historical usage records; estimating a network signal influence value based on the motion rate; and determining a product of the reference network rate and the network signal influence value as the target network rate of the mobile data network.
A headlight for a two-wheeled motor vehicle in which disposed in a single housing supported on a front part of a vehicle body frame (F) are a high beam headlamp light source , low beam headlamp light sources that are disposed on left and right of the high beam headlamp light source , a high beam headlamp reflector that reflects forward light from the high beam headlamp light source and low beam headlamp reflectors that are disposed on left and right sides of the high beam headlamp reflector so as to reflect forward light from the low beam headlamp light sources , characterized in that the low beam headlamp reflectors are formed integrally with the high beam headlamp reflector , and the headlight comprises a position lamp light source , wherein a light guide member that guides light from the position lamp light source and makes the light shine forward is extendedly disposed so as to surround a lateral end, excluding a section adjacent to the high beam headlamp reflector , of one of the low beam headlamp reflectors , and wherein the high beam headlamp reflector and the low beam headlamp reflectors are each formed from a flat-shaped upper reflector and a lower reflector that has a substantially arc shaped form so as to reflect forward light from above, and the upper reflectors of the high beam headlamp reflector and the low beam headlamp reflectors are provided with a through hole that makes light from the high beam headlamp light source and the low beam headlamp light sources disposed above the upper reflectors shine toward the lower reflectors of the high beam headlamp reflector and the low beam headlamp reflectors .
A solid cleaning composition comprising: i) an anionic non-soap surfactant selected from a primary alkyl sulfate surfactant or alkyl ester fatty acid sulphonate surfactant or mixtures thereof; ii) a water-soluble alkyl carboxylate salt of C 8 to C 18 fatty acid; iii) a nonionic surfactant; iv) a carbonate builder and, v) 0 wt.% to 0.5 wt.% linear alkylbenzene sulfonate surfactant. i) an anionic non-soap surfactant selected from a primary alkyl sulfate surfactant or alkyl ester fatty acid sulphonate surfactant or mixtures thereof; ii) a water-soluble alkyl carboxylate salt of C 8 to C 18 fatty acid; iii) a nonionic surfactant; iv) a carbonate builder and, v) 0 wt.% to 0.5 wt.% linear alkylbenzene sulfonate surfactant.
A process for the preparation of Lacosamide compound of the formula (I) comprising: i) N-Boc protection of D-serine at 50 °C for the duration of 1-2 hoursusing Boc-anhydride in presence of sodium hydroxide as a base and water as a solvent to obtain N-Boc- D-serine, ii) Coupling of carboxylic acid moiety of N-Boc-D-serine produced in step i), with benzyl amine in presence of ethyl chloroformate and N-methyl morpholine at 10 to 15 °C to obtain tert-butyl [ -1-(benzylamino)-3-hydroxy-1-oxopropan-2-yl]carbamate, iii) O-methylation of tert-butyl[ -1-(benzylamino)-3-hydroxy-1-oxopropan-2-yl]carbamate produced in step ii), with dimethyl sulfate in presence of potassium hydroxide as a base and dichloromethane as a solvent in the absence of PTC to generate tert-butyl [ -1-(benzylamino)-3-methoxy-1-oxopropan-2-yl]carbamate, iv) Hydrolysis of N-Boc of tert-butyl [ -1-(benzylamino)-3-methoxy-1-oxopropan-2-yl]carbamate produced in step iii) withalcoholic HCl at 50 °C to produce hydrochloride salt of [ -1-(benzylamino)-3-methoxy-1-oxopropan-2-yl]carbamate and subsequently N-acetylation of hydrochloride salt of -1-(benzylamino)-3-methoxypropanamide in presence of Sodium acetate without isolating free base -1-(benzylamino)-3-methoxypropanamide, to produce Lacosamide having chemical name -2-(acetylamino)-N-benzyl-3-methoxy propanamide. i) N-Boc protection of D-serine at 50 °C for the duration of 1-2 hoursusing Boc-anhydride in presence of sodium hydroxide as a base and water as a solvent to obtain N-Boc- D-serine, ii) Coupling of carboxylic acid moiety of N-Boc-D-serine produced in step i), with benzyl amine in presence of ethyl chloroformate and N-methyl morpholine at 10 to 15 °C to obtain tert-butyl [ -1-(benzylamino)-3-hydroxy-1-oxopropan-2-yl]carbamate, iii) O-methylation of tert-butyl[ -1-(benzylamino)-3-hydroxy-1-oxopropan-2-yl]carbamate produced in step ii), with dimethyl sulfate in presence of potassium hydroxide as a base and dichloromethane as a solvent in the absence of PTC to generate tert-butyl [ -1-(benzylamino)-3-methoxy-1-oxopropan-2-yl]carbamate, iv) Hydrolysis of N-Boc of tert-butyl [ -1-(benzylamino)-3-methoxy-1-oxopropan-2-yl]carbamate produced in step iii) withalcoholic HCl at 50 °C to produce hydrochloride salt of [ -1-(benzylamino)-3-methoxy-1-oxopropan-2-yl]carbamate and subsequently N-acetylation of hydrochloride salt of -1-(benzylamino)-3-methoxypropanamide in presence of Sodium acetate without isolating free base -1-(benzylamino)-3-methoxypropanamide, to produce Lacosamide having chemical name -2-(acetylamino)-N-benzyl-3-methoxy propanamide.
A battery monitoring apparatus comprising: a profile generating unit configured to generate a differential profile representing a corresponding relationship between a differential voltage representing a change rate of a voltage of a battery to a SOC of the battery and the SOC; characterized in a control unit configured to calculate a curvature corresponding to a preset SOC region in the differential profile, compare the calculated curvature with a preset criterion curvature for the battery, and judge whether lithium is precipitated in the battery based on the comparison result. a profile generating unit configured to generate a differential profile representing a corresponding relationship between a differential voltage representing a change rate of a voltage of a battery to a SOC of the battery and the SOC; characterized in a control unit configured to calculate a curvature corresponding to a preset SOC region in the differential profile, compare the calculated curvature with a preset criterion curvature for the battery, and judge whether lithium is precipitated in the battery based on the comparison result.
An implantable tissue marker device to be placed in a soft tissue site through an open surgical incision, comprising: a bioabsorbable body whose outer regions define a peripheral boundary of the marker device and which is in the shape of a spiral having an open architecture, wherein the bioabsorbable body comprises a first end portion extending inwardly towards the centre of the spiral and a second end portion extending inwardly towards the centre of the spiral; a first visualization marker from a plurality of visualization markers disposed in the first end portion; a second visualization marker from the plurality of visualization markers disposed in the second end portion; wherein when imaged the first and second visualization markers are visually distinct and indicate a boundary of a tissue cavity containing the bioabsorbable body; the bioabsorbable body being in the shape of the spiral having the open architecture such that adjacent soft tissue can infiltrate across the peripheral boundary between turns of the spiral when the bioabsorbable body is disposed within the tissue cavity. a bioabsorbable body whose outer regions define a peripheral boundary of the marker device and which is in the shape of a spiral having an open architecture, wherein the bioabsorbable body comprises a first end portion extending inwardly towards the centre of the spiral and a second end portion extending inwardly towards the centre of the spiral; a first visualization marker from a plurality of visualization markers disposed in the first end portion; a second visualization marker from the plurality of visualization markers disposed in the second end portion; wherein when imaged the first and second visualization markers are visually distinct and indicate a boundary of a tissue cavity containing the bioabsorbable body; the bioabsorbable body being in the shape of the spiral having the open architecture such that adjacent soft tissue can infiltrate across the peripheral boundary between turns of the spiral when the bioabsorbable body is disposed within the tissue cavity.
Ventilation device for artificial respiration with - a breathing gas source , - a ventilation line arrangement extending between the breathing gas source and a patient-side proximal end, - a valve assembly comprising an inspiratory valve and an expiratory valve , - a flow sensor arrangement for the quantitative detection of a gas flow in the ventilation line arrangement comprising a distal flow sensor located farther from the patient end of the ventilation line arrangement and a proximal flow sensor located closer to the patient end of the ventilation line arrangement , and with - a control device at least for processing measurement signals of the flow sensor arrangement , wherein the control device is adapted to error detection based on measurement signals of the distal or/and the proximal sensor , wherein the control device is adapted to detect an error of the flow sensor arrangement based on a comparison of a change value of a measurement signal of one flow sensor out of the distal flow sensor and the proximal flow sensor with - a change value of a measurement signal of the respective other flow sensor or/and with - a measurement signal of the one flow sensor , characterized in that the control device is adapted to detect an error of the flow sensor arrangement when - a ratio of a sum value of consecutively occurring change values of the measurement signal of the proximal flow sensor to a first reference variable exceeds a predetermined reference threshold value, and - a ratio of a sum value of consecutively occurring change values of the measurement signal of the distal flow sensor to a second reference variable falls below a predetermined reference threshold value. - a breathing gas source , - a ventilation line arrangement extending between the breathing gas source and a patient-side proximal end, - a valve assembly comprising an inspiratory valve and an expiratory valve , - a flow sensor arrangement for the quantitative detection of a gas flow in the ventilation line arrangement comprising a distal flow sensor located farther from the patient end of the ventilation line arrangement and a proximal flow sensor located closer to the patient end of the ventilation line arrangement , and with - a control device at least for processing measurement signals of the flow sensor arrangement , wherein the control device is adapted to error detection based on measurement signals of the distal or/and the proximal sensor , - a change value of a measurement signal of the respective other flow sensor or/and with - a measurement signal of the one flow sensor , - a ratio of a sum value of consecutively occurring change values of the measurement signal of the proximal flow sensor to a first reference variable exceeds a predetermined reference threshold value, and - a ratio of a sum value of consecutively occurring change values of the measurement signal of the distal flow sensor to a second reference variable falls below a predetermined reference threshold value.
Process for the production of surface structuring on a mould , where in a step of the process initial structure elements are produced by laser structuring, and the laser structuring is followed in a further step of the process by production of second structure elements by anodic oxidation, where the second structure elements are smaller than the initial structure elements and where at least partial conversion of γ-aluminium oxide into α-aluminium oxide is achieved at the surface of the mould by tempering.
Flow-through device for arranging on a fluid-conducting line and for attaching a flowmeter, in particular an ultrasonic flowmeter, for detecting a measurement variable of the fluid conducted by the line, the flow-through device comprising: - a first and a second connector , by means of which the flow-through device can be connected to the fluid-conducting line, - a measurement region arranged between the first connector and the second connector , which measurement region can be coupled to the flowmeter for detecting the measurement variable, wherein the first connector , the measurement region and the second connector define a flow path (A) for the fluid through the flow-through device , wherein the measurement region comprises at least two contact surfaces , which extend along at least part of the flow path, for contacting the flowmeter, characterized in that the at least two contact surfaces are designed to secrete a coupling medium under the effect of a pressing force. - a first and a second connector , by means of which the flow-through device can be connected to the fluid-conducting line, - a measurement region arranged between the first connector and the second connector , which measurement region can be coupled to the flowmeter for detecting the measurement variable, wherein the first connector , the measurement region and the second connector define a flow path (A) for the fluid through the flow-through device , wherein the measurement region comprises at least two contact surfaces , which extend along at least part of the flow path, for contacting the flowmeter, characterized in that the at least two contact surfaces are designed to secrete a coupling medium under the effect of a pressing force.
A system for producing electricity and treated water comprising: a. means for solar generation of electricity ; b. means for generation of electricity from biofuel ; c. means for treating water ; d. means for irrigating and growing crops; e. means for generating biofuel; wherein at least one output from the means for generation of electricity is configured to power the means for treating water; the means for irrigating and growing crops uses water made available by the means for treating water; the means for generating biofuel uses at least some of the crops and/or their residues grown using purified water from the means for irrigating and growing crops; biofuel made available by the means for generating biofuel is used as a source of fuel in the means for generating electricity from biofuel. a. means for solar generation of electricity ; b. means for generation of electricity from biofuel ; c. means for treating water ; d. means for irrigating and growing crops; e. means for generating biofuel; the means for irrigating and growing crops uses water made available by the means for treating water; the means for generating biofuel uses at least some of the crops and/or their residues grown using purified water from the means for irrigating and growing crops; biofuel made available by the means for generating biofuel is used as a source of fuel in the means for generating electricity from biofuel.
Method for dynamically calibrating a distributed acoustic sensing system comprising a light source for generating pulses of coherent light , an optical fibre arranged at least partly in a ground soil region to guide the light and a photo detector for detecting scattered light returning from the optical fibre in dependence of time, the method comprising: obtaining information from which a temporal change of an acoustic transfer characteristic of the ground soil region is derivable; and calibrating the distributed acoustic sensing system based on the changed acoustic transfer characteristic, wherein obtaining the information comprises: obtaining influence information about an influence factor effecting a temporal change of the acoustic transfer characteristic; wherein the method is characterised by further comprising: estimating a changed acoustic transfer characteristic based on the influence information, wherein obtaining the influence information comprises acquiring spatially resolved weather information regarding atmospheric precipitation from a weather information source . the method comprising: obtaining information from which a temporal change of an acoustic transfer characteristic of the ground soil region is derivable; and calibrating the distributed acoustic sensing system based on the changed acoustic transfer characteristic, obtaining information from which a temporal change of an acoustic transfer characteristic of the ground soil region is derivable; and calibrating the distributed acoustic sensing system based on the changed acoustic transfer characteristic, wherein obtaining the information comprises: obtaining influence information about an influence factor effecting a temporal change of the acoustic transfer characteristic; wherein the method is characterised by further comprising: estimating a changed acoustic transfer characteristic based on the influence information, wherein obtaining the influence information comprises acquiring spatially resolved weather information regarding atmospheric precipitation from a weather information source .
Insulating protective glove for live electrical working, designed as a fingered glove with a glove body and glove fingers , having a front palm and a rear glove back and provided at one end with a cuff opening for inserting the hand into the fingered glove, wherein the protective glove is designed with at least two layers and has an inner lining coming into contact with the hand of the user during use and an outer shell surrounding the inner lining on the outer face directed away from the hand and wherein the outer shell and the inner lining are assembled in such a manner that they together meet the minimum requirements of European Standard EN 659 for protective gloves for firefighters, characterised in that the inner lining comprises a voltage-insulating electrician's glove that in itself meets the minimum requirements of European Standard EN 60903 for insulating protective gloves for live electrical working, that the inner lining is joined to the outer shell via a continuous, closed adhesive seam at the level of the cuff of the glove and that the closed adhesive seam is designed to provide electrical insulation even in the case of voltages ≥ 1000 V.
A glenoid implant system comprising: a main body defining an articulating surface configured to articulate with a humeral head, and an opposite bone-contacting surface adapted to contact the glenoid of a patient; a base formed in the bone-contacting surface of the main body ; and an anchor having a main section and an anti-rotation feature disposed on a base of the anchor , the anti-rotation feature adapted to contact the base formed in the bone-contacting surface of the main body when the anchor is coupled to the base , base, wherein the anchor further includes a threaded post extending from the main section, the threaded post being configured to be received within a hole formed in the base formed in the bone-contacting surface of the main body , and characterized in that the anti-rotation feature includes a plurality of wedges; and in that each wedge includes a first edge positioned at the same level or height as the base , a second edge opposite the first edge positioned at a greater height from the base , and two sides having a substantially triangular shape, the threaded post being positioned radially inwardly of the plurality of wedges. a main body defining an articulating surface configured to articulate with a humeral head, and an opposite bone-contacting surface adapted to contact the glenoid of a patient; a base formed in the bone-contacting surface of the main body ; and an anchor having a main section and an anti-rotation feature disposed on a base of the anchor , the anti-rotation feature adapted to contact the base formed in the bone-contacting surface of the main body when the anchor is coupled to the base , base, wherein the anchor further includes a threaded post extending from the main section, the threaded post being configured to be received within a hole formed in the base formed in the bone-contacting surface of the main body , and characterized in that the anti-rotation feature includes a plurality of wedges; and in that each wedge includes a first edge positioned at the same level or height as the base , a second edge opposite the first edge positioned at a greater height from the base , and two sides having a substantially triangular shape, the threaded post being positioned radially inwardly of the plurality of wedges.