mhurhangee/patent-ind-claim-en huggingface dataset:
A soil aeration apparatus comprising: an aeration rotor comprising a carrier and a plurality of aeration tines supported by the carrier , wherein the rotor is configured to drive the aeration tines to penetrate soil and remove soil plugs from the soil when the aeration rotor is rotated; and a shield defining a rotor cavity and at least partially surrounding the aeration rotor positioned in the rotor cavity , wherein the shield defines at least one tine port sized and positioned to allow for ingress and egress of the aeration tines during rotation of the rotor , and wherein the shield defines a plurality of sifting ports sized small enough to contain soil plugs within the rotor cavity and large enough to allow soil particles from broken soil plugs to pass through the sifting ports out of the rotor cavity .
A gas turbine engine comprising: a compressor section, the compressor section comprising a compressor mean radius; at least one compressor rotor blade and a variable compressor vane ; a combustor section fluidly coupled downstream of the compressor section, the combustor section comprising a combustor mean radius; a turbine section fluidly coupled downstream of the combustor section , the turbine section comprising a turbine mid-span radius; and wherein the combustor mean radius is greater than each of the compressor mean radius and the turbine mid-span radius, wherein the variable compressor vane is disposed downstream of the aft-most compressor rotor blade. a compressor section, the compressor section comprising a compressor mean radius; at least one compressor rotor blade and a variable compressor vane ; a combustor section fluidly coupled downstream of the compressor section, the combustor section comprising a combustor mean radius; a turbine section fluidly coupled downstream of the combustor section , the turbine section comprising a turbine mid-span radius; and wherein the combustor mean radius is greater than each of the compressor mean radius and the turbine mid-span radius, wherein the variable compressor vane is disposed downstream of the aft-most compressor rotor blade.
A system, comprising: a flexible carrier ; a printhead die ; a flex circuit including a carrier wafer , wherein the carrier wafer is bonded to the flexible carrier with thermal release tape ; and the system further comprises: a printhead flow structure including the flex circuit , wherein the printhead flow structure can be debonded from the flexible carrier by flexing the flexible carrier ; and a molding including a printing fluid supply channel wherein the molding partially encapsulates the printhead die . a flexible carrier ; a printhead die ; a flex circuit including a carrier wafer , wherein the carrier wafer is bonded to the flexible carrier with thermal release tape ; and a printhead flow structure including the flex circuit , wherein the printhead flow structure can be debonded from the flexible carrier by flexing the flexible carrier ; and a molding including a printing fluid supply channel wherein the molding partially encapsulates the printhead die .
A diet product comprising an alginate having a molecular weight of 150,000 or below in a dissolved form in an aqueous liquid at a pH value above 4, wherein the alginate is present in a concentration of 0.2 to 20 g per kg of the diet product, and wherein when decreasing the pH from pH 7 to pH 2 the viscosity of the diet product will increase 20 times or more and to at least 500 cP at pH 2 as determined using a Brookfield RVT viscometer with a spindle no. 2 at 20 rpm at 20°C.
A transparent composite window formed from glass fiber and a polymer, wherein: the glass fiber includes a first glass material and a second glass material with the second glass material forming a uniform coating around the first glass material ; the first glass material having a first set of properties including a first refractive index, a first Abbe number, a first transmission, a first modulus of elasticity and a first coefficient of thermal expansion; the second glass material having a second set of properties including a second refractive index, a second Abbe number, a second transmission, a second modulus of elasticity and a second coefficient of thermal expansion, the second coefficient of thermal expansion being less than the first coefficient of expansion; and wherein: the first refractive index is equal to the second refractive index and the first refractive index is equal to the refractive index of the polymer; and the second glass material is chemically and thermally compatible with the first glass material . the glass fiber includes a first glass material and a second glass material with the second glass material forming a uniform coating around the first glass material ; the first glass material having a first set of properties including a first refractive index, a first Abbe number, a first transmission, a first modulus of elasticity and a first coefficient of thermal expansion; the second glass material having a second set of properties including a second refractive index, a second Abbe number, a second transmission, a second modulus of elasticity and a second coefficient of thermal expansion, the second coefficient of thermal expansion being less than the first coefficient of expansion; and wherein: the first refractive index is equal to the second refractive index and the first refractive index is equal to the refractive index of the polymer; and the second glass material is chemically and thermally compatible with the first glass material . the first refractive index is equal to the second refractive index and the first refractive index is equal to the refractive index of the polymer; and the second glass material is chemically and thermally compatible with the first glass material .
A fan comprising: an air movement implement including a blade ; and a motor that drives the air movement implement and includes: a rotor that includes an internal diameter heat exchanger ; and characterized by an annular heat pipe having a first end and a second end , the first end being in thermal contact with the internal diameter heat exchanger and the second end in thermal contact with the blade ; and wherein the heat pipe includes inner and outer shells and the inner shell has a lower thermal conductivity than the outer shell. an air movement implement including a blade ; and a motor that drives the air movement implement and includes: a rotor that includes an internal diameter heat exchanger ; and characterized by an annular heat pipe having a first end and a second end , the first end being in thermal contact with the internal diameter heat exchanger and the second end in thermal contact with the blade ; and wherein the heat pipe includes inner and outer shells and the inner shell has a lower thermal conductivity than the outer shell.
A coating comprising at least an organic portion conferring lubricating and anti-scratch properties and at least an inorganic portion conferring thermal stability, characterized in that said inorganic portion comprises titanium butoxide and said organic portion comprises fluorosilane.
Method of liquefying a contaminated hydrocarbon-containing gas stream, the method comprising at least the steps of: (a) providing a contaminated hydrocarbon-containing gas stream , the contaminant being CO2; (b) cooling the contaminated hydrocarbon-containing gas stream to obtain a partially liquefied stream ; (c) separating the partially liquefied stream in a separator thereby obtaining a gaseous stream and a liquid stream ; (d) cooling the liquid stream obtained in step (c) by passing the liquid stream to a direct contact heat exchanger thereby obtaining a multiphase stream , the multiphase stream containing at least a liquid phase and a solid phase, the solid phase containing CO2 particles; (e) separating the multiphase stream in a solid-liquid separator thereby obtaining a CO2 depleted liquid stream and a CO2 enriched slurry stream ; (f) passing the CO2 depleted liquid stream to a further cooling, pressure reduction and separation stage, the further cooling, pressure reduction and separation stage generating a gaseous stream , a purified liquid stream and a further CO2 enriched slurry stream ; (g) passing at least part of the further CO2 enriched slurry stream to the direct contact heat exchanger to provide cooling duty to and mix with the liquid stream obtained in step (c). (a) providing a contaminated hydrocarbon-containing gas stream , the contaminant being CO2; (b) cooling the contaminated hydrocarbon-containing gas stream to obtain a partially liquefied stream ; (c) separating the partially liquefied stream in a separator thereby obtaining a gaseous stream and a liquid stream ; (d) cooling the liquid stream obtained in step (c) by passing the liquid stream to a direct contact heat exchanger thereby obtaining a multiphase stream , the multiphase stream containing at least a liquid phase and a solid phase, the solid phase containing CO2 particles; (e) separating the multiphase stream in a solid-liquid separator thereby obtaining a CO2 depleted liquid stream and a CO2 enriched slurry stream ; (f) passing the CO2 depleted liquid stream to a further cooling, pressure reduction and separation stage, the further cooling, pressure reduction and separation stage generating a gaseous stream , a purified liquid stream and a further CO2 enriched slurry stream ; (g) passing at least part of the further CO2 enriched slurry stream to the direct contact heat exchanger to provide cooling duty to and mix with the liquid stream obtained in step (c).
Method for detecting a failed actuation of a switchable solenoid valve , wherein in at least one actuation cycle an electric current (I) is driven through the solenoid of the valve for closing the valve against a force of a spring with a predefined actuation energy (E) and for holding the valve closed in a subsequent hold phase , wherein in the hold phase a current strength value of the electric current (I) is controlled by a controller by switching on a voltage source (U), if the value is smaller than a lower threshold value , and switching off the voltage source (U), if the value is greater than an upper threshold value , wherein a switching frequency (F) at which the controller switches the voltage source (U) is measured and if the switching frequency (F) fulfills a predefined failure criterion in one actuation cycle , a signal is generated, wherein the signal signals that the current actuation cycle is a failure cycle in which the valve did not close, characterized in that several consecutive actuation cycles are performed and for each consecutive actuation cycle , the actuation energy (E) provided for closing the valve is reduced and, if a failure cycle is detected, a parameter value characterizing the amount of actuation energy (E) of the actuation cycle that preceded the failure cycle , is signaled to be the parameter value for a minimum possible actuation energy (E).
Process for producing a breathable film based on polyvinyl chloride (PVC) comprising the steps of: - providing a pasty mass at least comprising a first fraction of PVC and a second fraction, which are mixed with one another to afford the pasty mass; - applying the pasty mass to a support; - drying and gelling the pasty mass applied to the support, with supply of heat to the film, forming pores of an average pore diameter of 1 μm to 1 mm from one surface of the film to the other, which give the film breathability with a gas permeability of 0.1 to 200 l dm -2 min -1 and a water vapour permeability of 0.1 to 200 mg cm -2 h -1 ; characterized in that the first fraction is formed of a paste PVC and low-flammability additives and/or plasticizers and the second fraction comprises an aqueous PVC dispersion. - providing a pasty mass at least comprising a first fraction of PVC and a second fraction, which are mixed with one another to afford the pasty mass; - applying the pasty mass to a support; - drying and gelling the pasty mass applied to the support, with supply of heat to the film, forming pores of an average pore diameter of 1 μm to 1 mm from one surface of the film to the other, which give the film breathability with a gas permeability of 0.1 to 200 l dm -2 min -1 and a water vapour permeability of 0.1 to 200 mg cm -2 h -1 ;
A method for planning a wind farm comprising: determining , by one or more processors , a load for a plurality of wind conditions for a plurality of circumferential sections for a tower of a wind turbine ; accessing , by the one or more processors , a model that predicts wind conditions over a time period; determining , by the one or more processors , a load sustainment parameter for each of the plurality of circumferential sections for the predicted wind conditions over the time period; and arranging the wind turbine in a wind farm based at least in part on the load sustainment parameter for each circumferential section. determining , by one or more processors , a load for a plurality of wind conditions for a plurality of circumferential sections for a tower of a wind turbine ; accessing , by the one or more processors , a model that predicts wind conditions over a time period; determining , by the one or more processors , a load sustainment parameter for each of the plurality of circumferential sections for the predicted wind conditions over the time period; and arranging the wind turbine in a wind farm based at least in part on the load sustainment parameter for each circumferential section.
A pharmaceutical composition which comprises (a) a combination of (i) a first active ingredient selected from the group consisting of trazodone and a salt thereof, and (ii) a second active ingredient selected from the group consisting of gabapentin, pregabalin, mirogabalin, a salt thereof, and a prodrug thereof, wherein said prodrug is gabapentin enacarbil, and (b) at least one pharmaceutically acceptable excipient, for use in the treatment of pain resulting from diabetic neuropathy, wherein said pharmaceutical composition comprises a weight ratio of said first active ingredient to said second active ingredient, expressed as a weight ratio of trazodone : gabapentin or pregabalin or mirogabalin lower than 1:40 and up to 1:100.
A process for determining a neurological condition of a subject, comprising: measuring a biological sample obtained from the subject for a quantity of GFAP and a quantity of UCH-L1, wherein the biological sample is whole blood, serum, or plasma; and comparing the quantity of GFAP and the quantity of UCH-L1 to baseline levels of GFAP and UCH-L1 in a control subject known to be free of the neurological condition, wherein the neurological condition is mild traumatic brain injury (TBI). measuring a biological sample obtained from the subject for a quantity of GFAP and a quantity of UCH-L1, wherein the biological sample is whole blood, serum, or plasma; and comparing the quantity of GFAP and the quantity of UCH-L1 to baseline levels of GFAP and UCH-L1 in a control subject known to be free of the neurological condition, wherein the neurological condition is mild traumatic brain injury (TBI).
A method for controlling radio resource management, RRM, comprising: establishing (S302), by a base station, a user equipment, UE, group for a plurality of terminals in a radio resource control, RRC, connected state; establishing (S304), by the base station, a common group signaling radio bearer, Group-SRB, for the UE group; sending (S306), by the base station in downlink transmission, configuration information to the plurality of terminals on a plurality of dedicated SRBs for the respective terminals in the UE group, wherein the configuration information comprises configuration information for establishing the common Group-SRB; and sending (S308), by the base station in downlink transmission, common control information of the UE group on the common Group-SRB. establishing (S302), by a base station, a user equipment, UE, group for a plurality of terminals in a radio resource control, RRC, connected state; establishing (S304), by the base station, a common group signaling radio bearer, Group-SRB, for the UE group; sending (S306), by the base station in downlink transmission, configuration information to the plurality of terminals on a plurality of dedicated SRBs for the respective terminals in the UE group, wherein the configuration information comprises configuration information for establishing the common Group-SRB; and sending (S308), by the base station in downlink transmission, common control information of the UE group on the common Group-SRB.
A method for monitoring a gaseous fuel level of a fuel tank , comprising: receiving, at an electronic control unit , at least one signal from one or more sensors configured to monitor the gaseous fuel level of the fuel tank; the method is characterised in that it further comprises: receiving, at the electronic control unit, a selected filling compensation scheme chosen from a plurality of filling compensation schemes; determining a compensated gaseous fuel level of the fuel tank based on the at least one signal and the selected filling compensation scheme; and sending a signal indicative of the compensated gaseous fuel level to a gauge , thereby causing the gauge to display the compensated gaseous fuel level. receiving, at an electronic control unit , at least one signal from one or more sensors configured to monitor the gaseous fuel level of the fuel tank; the method is characterised in that it further comprises: receiving, at the electronic control unit, a selected filling compensation scheme chosen from a plurality of filling compensation schemes; determining a compensated gaseous fuel level of the fuel tank based on the at least one signal and the selected filling compensation scheme; and sending a signal indicative of the compensated gaseous fuel level to a gauge , thereby causing the gauge to display the compensated gaseous fuel level. receiving, at the electronic control unit, a selected filling compensation scheme chosen from a plurality of filling compensation schemes; determining a compensated gaseous fuel level of the fuel tank based on the at least one signal and the selected filling compensation scheme; and sending a signal indicative of the compensated gaseous fuel level to a gauge , thereby causing the gauge to display the compensated gaseous fuel level.
Electrical module for a converter, having at least one semiconductor switching element which is accommodated in a module housing , in particular a bipolar transistor with an insulated gate electrode, wherein - the module housing has at least two housing parts (21-25) which lie one on the other and - on their own or together with one or more further housing parts (21-25) of the module housing - delimit the interior of the module housing , and - there is at least one sealing element for sealing off the bearing surface between the two housing parts (21-25), characterized in that - the two housing parts (21-25) each have a recess , in particular groove, and - the sealing element protrudes by way of a sealing section into the recess in one housing part (21-25) and by way of another sealing section into the recess in the other housing part (21-25), so that, in the event of an explosion in the interior of the module housing , escape of explosion gases to the outside through the sealing element is stopped or at least reduced. - the module housing has at least two housing parts (21-25) which lie one on the other and - on their own or together with one or more further housing parts (21-25) of the module housing - delimit the interior of the module housing , and - there is at least one sealing element for sealing off the bearing surface between the two housing parts (21-25), characterized in that - the two housing parts (21-25) each have a recess , in particular groove, and - the sealing element protrudes by way of a sealing section into the recess in one housing part (21-25) and by way of another sealing section into the recess in the other housing part (21-25), so that, in the event of an explosion in the interior of the module housing , escape of explosion gases to the outside through the sealing element is stopped or at least reduced.
A printing apparatus configured to print on a printing medium (WF), comprising: a transport mechanism configured to transport the printing medium (WF) in a transport direction (X); a first print head configured to print an image on the printing medium (WF) transported by the transport mechanism , and to print a lead line (LM) used as a reference for determining a printing position in a width direction (Y) of the printing medium (WF); a second print head disposed downstream of the first print head configured to perform printing according to the image printed by the first print head based on a position of the lead line (LM) in the width direction (Y); and a printing position sensor disposed downstream of the first print head and upstream of the second print head configured to detect the position of the lead line (LM) in the width direction (Y); characterized by a moving mechanism configured to move the printing position sensor in the width direction (Y) of the printing medium (WF) according to a width dimension of the printing medium (WF). a transport mechanism configured to transport the printing medium (WF) in a transport direction (X); a first print head configured to print an image on the printing medium (WF) transported by the transport mechanism , and to print a lead line (LM) used as a reference for determining a printing position in a width direction (Y) of the printing medium (WF); a second print head disposed downstream of the first print head configured to perform printing according to the image printed by the first print head based on a position of the lead line (LM) in the width direction (Y); and a printing position sensor disposed downstream of the first print head and upstream of the second print head configured to detect the position of the lead line (LM) in the width direction (Y); characterized by a moving mechanism configured to move the printing position sensor in the width direction (Y) of the printing medium (WF) according to a width dimension of the printing medium (WF).
A sensor system, comprising: a substrate having a least one hydrogel associated therewith; a magnetometer adjacent the at least one hydrogel; and a plurality of magnetic particles, wherein said hydrogel has a first and a second layer; said first layer comprising analyte sensitive hydrogel and said second layer comprising the magnetic particles; characterized in that said magnetic particles are arranged in a uniform alignment; wherein the magnetic fields of the plurality of magnetic particles are aligned in a same direction. a substrate having a least one hydrogel associated therewith; a magnetometer adjacent the at least one hydrogel; and a plurality of magnetic particles, wherein said hydrogel has a first and a second layer; said first layer comprising analyte sensitive hydrogel and said second layer comprising the magnetic particles; characterized in that said magnetic particles are arranged in a uniform alignment; wherein the magnetic fields of the plurality of magnetic particles are aligned in a same direction.