mhurhangee/patent-ind-claim-en huggingface dataset:
A method of manufacturing a DRAM memory structure, comprising: providing a base ; forming a plurality of first trenches extending along a first direction (X) in the base , the base between the plurality of first trenches forms semiconductor layers arranged at intervals, and filling the first trenches with a first isolation layer ; forming a plurality of second trenches extending along a second direction (Y) in the semiconductor layers and the first isolation layer , to form the semiconductor layers into a plurality of separate semiconductor pillars and initial bit lines located below the semiconductor pillars , a depth of the second trench being smaller than a depth of the first trench ; characterized in that the method further comprises: forming third trenches parallel to the first trenches at positions lower than the second trenches , a width of the third trench being greater than a width of the second trench in a direction perpendicular to a side wall of the semiconductor pillar ; and filling the second trenches and the third trenches with a second isolation layer , wherein a part of the second isolation layer in the third trenches has gaps . providing a base ; forming a plurality of first trenches extending along a first direction (X) in the base , the base between the plurality of first trenches forms semiconductor layers arranged at intervals, and filling the first trenches with a first isolation layer ; forming a plurality of second trenches extending along a second direction (Y) in the semiconductor layers and the first isolation layer , to form the semiconductor layers into a plurality of separate semiconductor pillars and initial bit lines located below the semiconductor pillars , a depth of the second trench being smaller than a depth of the first trench ; characterized in that the method further comprises: forming third trenches parallel to the first trenches at positions lower than the second trenches , a width of the third trench being greater than a width of the second trench in a direction perpendicular to a side wall of the semiconductor pillar ; and filling the second trenches and the third trenches with a second isolation layer , wherein a part of the second isolation layer in the third trenches has gaps . forming third trenches parallel to the first trenches at positions lower than the second trenches , a width of the third trench being greater than a width of the second trench in a direction perpendicular to a side wall of the semiconductor pillar ; and filling the second trenches and the third trenches with a second isolation layer , wherein a part of the second isolation layer in the third trenches has gaps .
A refrigerating appliance comprising: at least one compartment having an open face ; a closure movable relative to the open face to selectively close the open face ; an evaporator assembly provided within the compartment ; and a multilayer de-icing composite having thermoresistive heating capabilities, the multilayer de-icing composite provided on at least a portion of the evaporator assembly and comprising: an insulating layer ; a heater layer abutting the insulating layer ; a thermally transmissive liquid-impermeable barrier layer abutting the heater layer ; and a thermally transmissive protective layer abutting the liquid-impermeable barrier layer , wherein the heater layer is coupled to at least one heating element for providing heat from the heater layer , characterized in that the multilayer de-icing composite is provided as a nano-coating onto surfaces of the evaporator assembly . at least one compartment having an open face ; a closure movable relative to the open face to selectively close the open face ; an evaporator assembly provided within the compartment ; and a multilayer de-icing composite having thermoresistive heating capabilities, the multilayer de-icing composite provided on at least a portion of the evaporator assembly and comprising: an insulating layer ; a heater layer abutting the insulating layer ; a thermally transmissive liquid-impermeable barrier layer abutting the heater layer ; and a thermally transmissive protective layer abutting the liquid-impermeable barrier layer , wherein the heater layer is coupled to at least one heating element for providing heat from the heater layer , an insulating layer ; a heater layer abutting the insulating layer ; a thermally transmissive liquid-impermeable barrier layer abutting the heater layer ; and a thermally transmissive protective layer abutting the liquid-impermeable barrier layer , wherein the heater layer is coupled to at least one heating element for providing heat from the heater layer , characterized in that the multilayer de-icing composite is provided as a nano-coating onto surfaces of the evaporator assembly .
A synthetic nutritional composition comprising casein, whey proteins comprising α-lactalbumin (aLac) and β-lactoglobulin (bLac), and protein-coated fat droplets, wherein (i) the protein content of the composition is 5 to 20% (w/w), preferably 7-16 w%, based on total solids; (ii) the aLac + bLac content is at least 25% (w/w) based on the total protein level; (iii) the fat content is in the range of 10% to 50% (w/w) based on total solids; and (iv) the fat droplets are coated with an average protein load of 2-10 mg/m 2 and wherein the w eight ratio of casein: (aLac + bLac) on the fat droplets is at least 4 times higher, preferably at least 4.5 times higher, than the weight ratio of casein: (aLac + bLac) in the total composition. (i) the protein content of the composition is 5 to 20% (w/w), preferably 7-16 w%, based on total solids; (ii) the aLac + bLac content is at least 25% (w/w) based on the total protein level; (iii) the fat content is in the range of 10% to 50% (w/w) based on total solids; and (iv) the fat droplets are coated with an average protein load of 2-10 mg/m 2 and wherein the w eight ratio of casein: (aLac + bLac) on the fat droplets is at least 4 times higher, preferably at least 4.5 times higher, than the weight ratio of casein: (aLac + bLac) in the total composition.
A method for an automated configuration of an industrial controller unit (12 1 - 12 5 ), comprising: sending, from a server system , an instruction message and a verification token to a client device via a first communication network , wherein the instruction message comprises information pertaining to a modification of an industrial controller unit (12 1 - 12 5 ), and wherein the verification token pertains to a completed modification of the industrial controller unit (12 1 - 12 5 ); receiving, at the server system , a verification message pertaining to the verification token , wherein the verification message is a message based on or employing the verification token received from the server system , and is adapted to signal to the server system the completed modification of the industrial controller unit (12 1 - 12 5 ); and providing, from the server system , an industrial program and/or a parameter for an industrial program to the industrial controller unit (12 1 - 12 5 ) via a second communication network , in response to receiving the verification message . sending, from a server system , an instruction message and a verification token to a client device via a first communication network , wherein the instruction message comprises information pertaining to a modification of an industrial controller unit (12 1 - 12 5 ), and wherein the verification token pertains to a completed modification of the industrial controller unit (12 1 - 12 5 ); receiving, at the server system , a verification message pertaining to the verification token , wherein the verification message is a message based on or employing the verification token received from the server system , and is adapted to signal to the server system the completed modification of the industrial controller unit (12 1 - 12 5 ); and providing, from the server system , an industrial program and/or a parameter for an industrial program to the industrial controller unit (12 1 - 12 5 ) via a second communication network , in response to receiving the verification message .
A subsea electronic assembly for positioning in an environment of an oilfield and comprising: a housing ; an electronic component disposed within the housing to facilitate electrical coupling with a subsea device at the oilfield; and a shock absorbing liquid occupying space within the housing about the electronic component to enhance resistance to shock induced damage from the oilfield environment, wherein the shock absorbing liquid is a dielectric fluid including one of a fluorinated ketone and a fluorocarbon. a housing ; an electronic component disposed within the housing to facilitate electrical coupling with a subsea device at the oilfield; and a shock absorbing liquid occupying space within the housing about the electronic component to enhance resistance to shock induced damage from the oilfield environment, wherein the shock absorbing liquid is a dielectric fluid including one of a fluorinated ketone and a fluorocarbon.
A method of arc welding, comprising: applying power to a welding wire to generate a plasma arc sufficient to melt the welding wire ; and depositing molten droplets formed by melting the welding wire onto a workpiece at a deposition rate exceeding 30 pounds per hour (0,00378 kg/s), characterized in that depositing is performed while regulating power delivered to the plasma arc such that a standard deviation of the power delivered to the plasma arc is less than 2% of an average power delivered to the plasma arc . applying power to a welding wire to generate a plasma arc sufficient to melt the welding wire ; and depositing molten droplets formed by melting the welding wire onto a workpiece at a deposition rate exceeding 30 pounds per hour (0,00378 kg/s), characterized in that depositing is performed while regulating power delivered to the plasma arc such that a standard deviation of the power delivered to the plasma arc is less than 2% of an average power delivered to the plasma arc .
A recombinant DNA molecule comprising a heterologous promoter operably linked to a nucleic acid sequence encoding a protein that has at least 95% sequence identity to the polypeptide sequence of SEQ ID NO:1 or 11, wherein the protein has herbicide-insensitive protoporphyrinogen oxidase activity, and wherein the heterologous promoter is functional in a plant cell.
A liquid composition for application on solid fertilisers, wherein the composition contains an active substance in the form of N-(n-butyl)thiophosphoric triamide, a solvent system, and a dye, wherein the active substance is in the range of 15-35 wt.%, wherein the solvent system comprises an organic solvent from the triol group and at least one co-solvent selected from benzyl alcohol and N,N-dimethylacetamide, wherein the organic solvent from the triol group is glycerine in the range of 25-45 wt.%, wherein the composition comprises 30-50 wt.% benzyl alcohol or 30-50 wt.% N,N-dimethylacetamide, and wherein the dye is typical acid blue FG in the range of 0.01-1 wt.%.
A method of extracting hemicelluloses from a hemicellulose containing raw-material by contacting the raw-material with an aqueous medium at a temperature of up to 160 °C to provide a hemicellulose extract in the form of an aqueous stream containing dissolved hemicelluloses and dispersed colloidal substances, further comprising the steps of - adjusting the temperature of the aqueous stream to a temperature of 70 to 120 °C; - contacting the aqueous stream with a material capable of adsorbing dispersed colloidal substances, so as to provide an aqueous solution of hemicelluloses, having a residual turbidity, measured at room temperature, of below 200 NTU, and - conducting the aqueous stream containing dissolved hemicelluloses to a step wherein the concentration of the hemicelluloses is increased by filtration. - adjusting the temperature of the aqueous stream to a temperature of 70 to 120 °C; - contacting the aqueous stream with a material capable of adsorbing dispersed colloidal substances, so as to provide an aqueous solution of hemicelluloses, having a residual turbidity, measured at room temperature, of below 200 NTU, and - conducting the aqueous stream containing dissolved hemicelluloses to a step
A composition comprising at least one β-tricalcium phosphate-binding polypeptide selected from: a sequence at least 80% identical to VIGESTHHRPWS (SEQ ID NO: 2), a sequence at least 80% identical to ILAESTHHKPWT (SEQ ID NO: 4), a sequence at least 80% identical to IIGESSHHKPFT (SEQ ID NO: 6), and a sequence at least 80% identical to GLGDTTHHRPWG (SEQ ID NO: 7).
Rotating device for the reception of a plurality of machining and handling units , comprising at least one carrier body with a hollow shaft element mounted therein, which can be rotated about an axis of rotation or swivel (DA), in which a rotary body for the reception of the machining and handling units is fixedly but detachably arranged at a free end (E), and an opposite, outwardly projecting section (4.2) of the hollow shaft element is received by a torque motor unit , which is designed to drive the hollow shaft element directly about the axis of rotation or swivel (DA), and wherein the rotary body comprises a central opening (6.1) for the passage of at least one flexible energy and/or data line (DL). a rotary body for the reception of the machining and handling units is fixedly but detachably arranged at a free end (E), and an opposite, outwardly projecting section (4.2) of the hollow shaft element is received by a torque motor unit , which is designed to drive the hollow shaft element directly about the axis of rotation or swivel (DA), and wherein the rotary body comprises a central opening (6.1) for the passage of at least one flexible energy and/or data line (DL).
A medical gas blender comprising: a first inlet for connection to a first gas supply, a second inlet for connection to a second gas supply; a mixing chamber ; a first flow regulation valve located between the first inlet and the mixing chamber for controlling the flow of a first gas to the mixing chamber ; a second flow regulation valve located between the second inlet and the mixing chamber for controlling the flow of a second gas to the mixing chamber ; an outlet ; and control hardware for controlling the operation of the first and second flow regulation valves to control the flow of the first and second gasses independently; characterised in that the first and second flow regulation valves have a turndown ratio in excess of 1000:1. a first inlet for connection to a first gas supply, a second inlet for connection to a second gas supply; a mixing chamber ; a first flow regulation valve located between the first inlet and the mixing chamber for controlling the flow of a first gas to the mixing chamber ; a second flow regulation valve located between the second inlet and the mixing chamber for controlling the flow of a second gas to the mixing chamber ; an outlet ; and control hardware for controlling the operation of the first and second flow regulation valves to control the flow of the first and second gasses independently; characterised in that the first and second flow regulation valves have a turndown ratio in excess of 1000:1.
Method for detecting and quantifying at least one individual analyte in liquid analyte mixtures by means of NMR spectrometry, in which method a high-frequency pulse is applied to a sample of the analyte mixture in an NMR spectrometer and the resulting NMR spectrum is evaluated, wherein the sample of the analyte mixture is arranged in a low-field NMR spectrometer, characterised in that at least one high-frequency pulse that excites only one specific analyte is applied to the sample, wherein the high-frequency pulse is configured in such a way that it selectively excites the analyte at all points where signals appear in the NMR spectrum.
Subassembly for an electromechanical brake actuator , comprising: - a drive device for generating a torque; - a gearing device which comprises, in succession, a first , a second and a third gearing stage for transmitting the torque, the second gearing stage taking the form of a toothed-wheel gearing, and the third gearing stage taking the form of a planetary gearing, and a planet carrier of the third gearing stage receiving a first gearing shaft for rotatably receiving a sun gear of the third gearing stage and an output-side gearwheel , coupled in torsionally resistant manner with the sun gear , of the second gearing stage on the planet carrier , and also bearing elements for planet gears of the third gearing stage . - a drive device for generating a torque; - a gearing device which comprises, in succession, a first , a second and a third gearing stage for transmitting the torque, the second gearing stage taking the form of a toothed-wheel gearing, and the third gearing stage taking the form of a planetary gearing, and a planet carrier of the third gearing stage receiving a first gearing shaft for rotatably receiving a sun gear of the third gearing stage and an output-side gearwheel , coupled in torsionally resistant manner with the sun gear , of the second gearing stage on the planet carrier , and also bearing elements for planet gears of the third gearing stage .
Ultrasonic transducer , comprising one coupling element and one piezo element , wherein a metal disc is arranged between the coupling element and the piezo element , wherein the metal disc is connected to the piezo element or the coupling element by means of an adhesive layer (5 or 6), characterized in that the adhesive layer (5 or 6) also includes a component at least in certain areas that can be inductively warmed when exposed to LF or HF fields. wherein a metal disc is arranged between the coupling element and the piezo element , wherein the metal disc is connected to the piezo element or the coupling element by means of an adhesive layer (5 or 6), characterized in that the adhesive layer (5 or 6) also includes a component at least in certain areas that can be inductively warmed when exposed to LF or HF fields.
Process measurement system for radiometric measurement of at least one process variable by means of measurement of ionising radiation, comprising: a scintillator stick having a front surface , configured to be an output surface for scintillation light from the scintillator stick; and a sensor unit including at least one photo sensor to convert scintillation light, output from the front surface and incident on an active surface of the sensor unit, into electric signals, wherein the active surface of the sensor unit is smaller than an average light guiding cross-sectional area of the scintillator stick ; characterized in that an optical light concentration device for concentrating scintillation light in the direction of the active surface of the sensor unit is provided, wherein the optical light concentration device includes a parabolic light collector lens . a scintillator stick having a front surface , configured to be an output surface for scintillation light from the scintillator stick; and a sensor unit including at least one photo sensor to convert scintillation light, output from the front surface and incident on an active surface of the sensor unit, into electric signals, wherein the active surface of the sensor unit is smaller than an average light guiding cross-sectional area of the scintillator stick ; characterized in that an optical light concentration device for concentrating scintillation light in the direction of the active surface of the sensor unit is provided, wherein the optical light concentration device includes a parabolic light collector lens .
A vector plasmid for producing a vector genome to be carried in an adeno-associated virus (AAV) vector, comprising a vector genome cassette as a template of the vector genome, wherein the vector plasmid comprises: an expression cassette comprising (a) a target gene-encoding nucleic acid molecule, and (b) an expression control region-encoding nucleic acid molecule capable of controlling expression of the target gene; and two inverted terminal repeat (ITR)-encoding nucleic acid molecules located so as to sandwich the expression cassette; characterized in that the expression control region consists of the nucleotide sequence of SEQ ID NO:2. an expression cassette comprising (a) a target gene-encoding nucleic acid molecule, and (b) an expression control region-encoding nucleic acid molecule capable of controlling expression of the target gene; and two inverted terminal repeat (ITR)-encoding nucleic acid molecules located so as to sandwich the expression cassette;
A device for borehole termination, which comprises a lid with a first passage adapted for cabling passage and a second passage adapted for a water pipe passage, wherein the lid is provided on its underside with a suspension element for suspending a pumping device, wherein the lid is circular and comprises a first plate , which is circular and is adapted to cover a borehole to be terminated, characterized in that the first plate is provided with a radial notch extending from the edge of the first plate towards the central area of the first plate , wherein the lid further comprises a second plate , which is shaped and dimensioned to overlap the radial notch in the first plate in the area from the outer circumference of the first plate towards the central area of the first plate except the radial notch in the central area of the first plate , where the second plate is terminated at a distance from the inner end of the radial notch in the central area of the first plate , the first passage adapted for cabling passage and the second passage adapted for the water pipe passage are formed between the front edge of the second plate and the inner end of the radial notch and the two plates are detachably connected into the lid .
A centrifugal fan comprising: - a front part with a suction mouth through which air is introduced into the centrifugal fan, - a motor and impeller assembly with blades having an axis of rotation arranged axially with respect to the suction mouth , the motor and impeller assembly being configured such that during use, the air is driven in a direction (D) which is perpendicular to the axis of rotation with a deflection angle (α) in the direction of rotation (G) of the impeller , and - support means for connecting the motor and impeller assembly with the front part , wherein the support means comprise at least three arms having a flat laminar shape and extending in the direction (D) in which the air is driven, and wherein at least the part of the arms facing the direction (D) in which the air is driven has a curvature. - a front part with a suction mouth through which air is introduced into the centrifugal fan, - a motor and impeller assembly with blades having an axis of rotation arranged axially with respect to the suction mouth , the motor and impeller assembly being configured such that during use, the air is driven in a direction (D) which is perpendicular to the axis of rotation with a deflection angle (α) in the direction of rotation (G) of the impeller , and - support means for connecting the motor and impeller assembly with the front part , wherein the support means comprise at least three arms having a flat laminar shape and extending in the direction (D) in which the air is driven, and wherein at least the part of the arms facing the direction (D) in which the air is driven has a curvature.