mhurhangee/ep-ind-claims huggingface dataset:
A method of obtaining and analyzing RNA from a urine sample, comprising the steps of: (a) obtaining a urine sample and pre-processing the urine sample by filtration through a 0.8μm filter; (b) obtaining a microvesicle fraction from the pre-processed urine sample by ultracentrifugation or filtration concentration; (c) washing the microvesicle fraction; (d) extracting RNA from the microvesicle fraction; (e) measuring the quality of the RNA from the microvesicle fraction by determining the quantity of 18S and 28S rRNA in the extraction for the purpose of evaluating the quality of the RNA extraction, where detection of 18S and 28S rRNA in the RNA extraction indicates that the RNA extraction is high yield and/or high integrity; and f) analyzing one or more RNAs from the RNA extraction of step e) which has been evaluated as high yield and/or high integrity. (a) obtaining a urine sample and pre-processing the urine sample by filtration through a 0.8μm filter; (b) obtaining a microvesicle fraction from the pre-processed urine sample by ultracentrifugation or filtration concentration; (c) washing the microvesicle fraction; (d) extracting RNA from the microvesicle fraction; (e) measuring the quality of the RNA from the microvesicle fraction by determining the quantity of 18S and 28S rRNA in the extraction for the purpose of evaluating the quality of the RNA extraction, where detection of 18S and 28S rRNA in the RNA extraction indicates that the RNA extraction is high yield and/or high integrity; and f) analyzing one or more RNAs from the RNA extraction of step e) which has been evaluated as high yield and/or high integrity.
Machine for arranging objects comprising a first end and a projecting edge arranged in proximity to said first end, said machine comprising a rotatable device (4, 41, 411) equipped with at least one guide (7, 9, 30, 31), wherein said guide (7, 9, 30, 31) is configured so as to allow said objects to be conveyed along said guide of said rotatable device (4, 41, 411) and wherein said guide (7, 9, 30, 31) comprises two grooves arranged on opposite walls of said guide (7, 9, 30, 31) and configured so as to be able to receive said projecting edge of said objects so as to prevent any possibility of said objects arranged on said guide (7, 9, 30, 31) from coming out along a direction perpendicular to the direction of the guide (7, 9, 30, 31); said rotatable device (4, 41,411) being configured so as to be able to rotate said objects coming from at least one entry guide with a first orientation with respect to said entry guide, so that said objects are driven onto at least one exit guide with an orientation with respect to said exit guide that is equal or opposite to that which they had with respect to said entry guide.
An aqueous heat transfer medium liquid composition exhibiting enhanced stability as well as thermal conductivity, said composition comprising, in addition to water: (a) at least one type of silica colloid particle, each particle having an average particle diameter in the range of from 0. 1 to 1000 nm; (b) at least one type of phosphonate functional siliconate having the following structure; wherein R 1 is a water solubilizing group, R 2 is selected from the group consisting of hydrogen, an alkyl group of from 1 to 3 carbons, and a water-soluble cation, and R 3 is an alkylene group, wherein the water solubilizing group R 1 is a functionalized amine of following structure wherein M is hydrogen or a water-soluble cation; and (c) at least one kind of metal corrosion inhibitor. (a) at least one type of silica colloid particle, each particle having an average particle diameter in the range of from 0. 1 to 1000 nm; (b) at least one type of phosphonate functional siliconate having the following structure; wherein R 1 is a water solubilizing group, R 2 is selected from the group consisting of hydrogen, an alkyl group of from 1 to 3 carbons, and a water-soluble cation, and R 3 is an alkylene group, wherein the water solubilizing group R 1 is a functionalized amine of following structure wherein M is hydrogen or a water-soluble cation; and (c) at least one kind of metal corrosion inhibitor.
A fire extinguisher comprising: a main dome surrounding an interior; an internal plate mounted inside the interior of the main dome, dividing the interior into an internal space housing agent and a secondary internal space, wherein the internal space housing agent and the secondary internal space are both pressurized above ambient, characterised in that the internal plate includes a burst disc configured to rupture when agent is discharged from the internal space housing agent to equalize pressure across the internal plate. a main dome surrounding an interior; an internal plate mounted inside the interior of the main dome, dividing the interior into an internal space housing agent and a secondary internal space, wherein the internal space housing agent and the secondary internal space are both pressurized above ambient, characterised in that the internal plate includes a burst disc configured to rupture when agent is discharged from the internal space housing agent to equalize pressure across the internal plate.
A nonwoven filter media comprising a primary layer, wherein said primary layer comprises: (a) a synthetic microfiber; (b) a fibrillated cellulosic fiber; and (c) a monocomponent staple fiber comprising a bent fiber having an average effective length that is not more than 75 percent of the actual length. (a) a synthetic microfiber; (b) a fibrillated cellulosic fiber; and (c) a monocomponent staple fiber comprising a bent fiber having an average effective length that is not more than 75 percent of the actual length.
Method for power consumption management in a work chamber used for priming, painting, treating, sandblasting, welding, blending any type of parts and/or materials, by means of projection, spraying, impregnating with a liquid, gaseous, granular or pulverulent product, by welding or with a blender, comprising at least one equipment necessary for the secure operation of said chamber and forming a first energy consumer, said equipment including a ventilation device, a lighting device and/or a heating device, this chamber being intended to contain at least one tool or one appliance operating discontinuously and forming a second energy consumer, said tool or appliance including a spray gun, a welding outfit, a sandblasting gun or a material blender, characterized in that one controls automatically the energy supply of the first energy consumer in function of the actual operation of the second energy consumer in order to limit energy consumption in said chamber to the real needs of the operator and in that, after detecting the actual operation of said second energy consumer, one inhibits the operation of this second energy consumer as long as said first energy consumer did not reach its nominal operation, so as to allow secure operation of said work chamber.
A manufacturing method of an electrode, the manufacturing method comprising the steps of preparing an electrode forming composition comprising a support, catalyst particles, a precursor of organic functional metal oxide nanoparticles, and an ionomer; and coating the electrode forming composition to manufacture the electrode, wherein the precursor of the organic functional metal oxide nanoparticles forms the organic functional metal oxide nanoparticles by performing a sol-gel reaction. preparing an electrode forming composition comprising a support, catalyst particles, a precursor of organic functional metal oxide nanoparticles, and an ionomer; and coating the electrode forming composition to manufacture the electrode, wherein the precursor of the organic functional metal oxide nanoparticles forms the organic functional metal oxide nanoparticles by performing a sol-gel reaction.
An apparatus for evaluating an earth formation intersected by a borehole, the apparatus comprising: a carrier configured to be conveyed in a borehole, the carrier including a conducting tubular; at least one transmitter antenna on the conducting tubular configured to induce a current in the earth formation upon activation in the borehole; at least one receiver antenna (120; 125) on the conducting tubular configured to receive a corresponding transient signal induced by the earth formation responsive to the current; and at least one processor configured to: estimate a value of a resistivity property of the earth formation using the corresponding transient signal responsive to a transient activation of the at least one transmitter antenna; and wherein the conducting tubular comprises a reduced conductivity portion adjacent to at least one of (i) the at least one transmitter antenna, and (ii) the at least one receiver antenna, and characterized in that the reduced conductivity portion comprises a reduced conductivity material having a resistivity of between 10 -4 ohm-meters and 10 2 ohm-meters; wherein the reduced conductivity material is a composite material and comprises at least one of: i) carbon fibers; and ii) carbon tapes. a carrier configured to be conveyed in a borehole, the carrier including a conducting tubular; at least one transmitter antenna on the conducting tubular configured to induce a current in the earth formation upon activation in the borehole; at least one receiver antenna (120; 125) on the conducting tubular configured to receive a corresponding transient signal induced by the earth formation responsive to the current; and at least one processor configured to: estimate a value of a resistivity property of the earth formation using the corresponding transient signal responsive to a transient activation of the at least one transmitter antenna; and wherein the conducting tubular comprises a reduced conductivity portion adjacent to at least one of (i) the at least one transmitter antenna, and (ii) the at least one receiver antenna, and estimate a value of a resistivity property of the earth formation using the corresponding transient signal responsive to a transient activation of the at least one transmitter antenna; and wherein the conducting tubular comprises a reduced conductivity portion adjacent to at least one of (i) the at least one transmitter antenna, and (ii) the at least one receiver antenna, and characterized in that the reduced conductivity portion comprises a reduced conductivity material having a resistivity of between 10 -4 ohm-meters and 10 2 ohm-meters; wherein the reduced conductivity material is a composite material and comprises at least one of: i) carbon fibers; and ii) carbon tapes.
Device for processing of a liquid, the device comprising a device-input for receiving the liquid to be processed at an input-pressure, a device-output for returning the processed liquid at an output-pressure, and a process chamber with a chamber-inlet and a chamber-outlet, the chamber-inlet being connected to the device-input via a feed-line (203, 207), and the chamber-outlet being connected to the device-output via a discharge-line (211, 215), wherein the feed-line (203, 207) comprises pump means for increasing the pressure of the liquid from the input-pressure to a feed-pressure at the chamber-inlet, and the discharge-line (211, 215) comprises back-pressure means adapted to maintain a discharge-pressure at the chamber-outlet upstream of the back-pressure means at an excess-pressure (pe) above the output-pressure, and to reduce the pressure of the liquid from the discharge-pressure to the output-pressure downstream of the back-pressure means, characterised in that the pump means in the feed-line (203, 207) comprises a first stage of a multiple-stage gear pump, and the back-pressure means in the discharge-line (211, 215) comprises a second stage of the multiple-stage gear pump, wherein the second stage is mechanically coupled to the first stage.
A process for the production of a superabsorbent polymer gel with recycled superabsorbent polymer fines comprising the following steps: a) treating the superabsorbent polymer fines, which are a fraction of fine particles produced in the production process of superabsorbent polymers, having particles less than a certain size that is 150microns, with a caustic solution containing from 0.1 to 12% caustic based on the weight of the superabsorbent polymer fines, wherein the caustic is selected from sodium hydroxide, sodium carbonate or sodium bicarbonate; b) mixing the treated superabsorbent polymer fines obtained in step a) with a polymerization solution containing at least one cross linking agent and a partially neutralized monomer wherein said monomer solution includes an initiator, in which the content of the superabsorbent polymer fines relative to the total amount of the monomer is from 0.1 to 30wt%; and c) polymerizing the mixture obtained in step b) to produce the superabsorbent polymer gel and wherein said polymer is a cross linked polymer of polyacrylic acid, sodium polyacrylate or copolymers thereof. a) treating the superabsorbent polymer fines, which are a fraction of fine particles produced in the production process of superabsorbent polymers, having particles less than a certain size that is 150microns, with a caustic solution containing from 0.1 to 12% caustic based on the weight of the superabsorbent polymer fines, wherein the caustic is selected from sodium hydroxide, sodium carbonate or sodium bicarbonate; b) mixing the treated superabsorbent polymer fines obtained in step a) with a polymerization solution containing at least one cross linking agent and a partially neutralized monomer wherein said monomer solution includes an initiator, in which the content of the superabsorbent polymer fines relative to the total amount of the monomer is from 0.1 to 30wt%; and c) polymerizing the mixture obtained in step b) to produce the superabsorbent polymer gel and wherein said polymer is a cross linked polymer of polyacrylic acid, sodium polyacrylate or copolymers thereof.
Carrying device for a baby or small child, with a closable hip belt, at least two shoulder straps arranged on the hip belt and a fabric panel extending between the shoulder straps and joined to the hip belt, which fabric panel defines a seat and back support area for the baby or small child, characterised in that the connection area of the fabric panel is arranged within an openable hip belt pocket, wherein the connection area defines the area which is connected or connectable with the hip belt.
A porous anode body for use in solid state capacitor comprising niobium suboxide powder, the powder being agglomerated and coalesced to form a unitary porous body, wherein the niobium suboxide powder has a bulk nitrogen content of between 500 to 20.000 ppm, and wherein the nitrogen at least partly is present in the form of Nb 2 N crystals or niobium oxynitride crystals.
A method of handling a discrete elongate subsea element of determinate length for transport or installation, the method comprising: shortening a tensile chord system acting on longitudinally-spaced locations on the element to apply longitudinally-compressive forces to the element, which forces bend the element along its length between said locations against elastic recovery force to shorten a span of the element; anchoring a first end of the element at a first anchorage (12; 74) before or after said bending of the element; and after said bending of the element and while the element remains bent, anchoring a second end of the element at a second anchorage (14; 74). shortening a tensile chord system acting on longitudinally-spaced locations on the element to apply longitudinally-compressive forces to the element, which forces bend the element along its length between said locations against elastic recovery force to shorten a span of the element; anchoring a first end of the element at a first anchorage (12; 74) before or after said bending of the element; and after said bending of the element and while the element remains bent, anchoring a second end of the element at a second anchorage (14; 74).
A lateral scan unit comprising a first rotatable mirror, a second rotatable mirror, and a third rotatable mirror configured for scanning a light beam within a focal plane having a field of view greater than 5 mm; wherein rotation of the first and second mirrors (501, 502) scans the light beam in the same plane, and the first and second mirrors rotate simultaneously about parallel axes with an angle of rotation of the first mirror being strictly proportional to an angle of rotation of the second mirror, such that the direction of the beam rotates about a pupil downstream of the first and second mirrors (501, 502); wherein the third mirror is located at the pupil; and wherein rotation of the third mirror scans the light beam in a plane that is orthogonal to the plane in which the beam is scanned by the first and second mirrors (501, 502). wherein rotation of the first and second mirrors (501, 502) scans the light beam in the same plane, and the first and second mirrors rotate simultaneously about parallel axes with an angle of rotation of the first mirror being strictly proportional to an angle of rotation of the second mirror, such that the direction of the beam rotates about a pupil downstream of the first and second mirrors (501, 502); wherein the third mirror is located at the pupil; and wherein rotation of the third mirror scans the light beam in a plane that is orthogonal to the plane in which the beam is scanned by the first and second mirrors (501, 502).
A method for managing traffic in a network, comprising: receiving an overlay frame (300, 500) comprising a header portion comprising a first header (306, 502) and a second header (308, 504), wherein the first header comprises a first label (310, 506) and the second header comprises a second label (312, 508); obtaining, from the first header, the first label and obtaining, from the second header, the second label; generating an expanded label comprising the first label and the second label; making a first determination that an overlay network table comprises an entry for the expanded label; and based on the first determination, processing the overlay frame using the entry, wherein the first header and the second header are in an ordered sequence within the header portion and wherein the expanded label is generated based on the ordered sequence. receiving an overlay frame (300, 500) comprising a header portion comprising a first header (306, 502) and a second header (308, 504), wherein the first header comprises a first label (310, 506) and the second header comprises a second label (312, 508); obtaining, from the first header, the first label and obtaining, from the second header, the second label; generating an expanded label comprising the first label and the second label; making a first determination that an overlay network table comprises an entry for the expanded label; and based on the first determination, processing the overlay frame using the entry, wherein the first header and the second header are in an ordered sequence within the header portion and wherein the expanded label is generated based on the ordered sequence.
Method for monitoring a blocking member of an electromechanical actuator, the blocking member being adapted to block in position an actuation member driven by an electric motor of the electromechanical actuator, characterized in that the monitoring method comprising the steps of: - determining a value representative of a power supply current (Ivr) of the electric motor during an off-load operating phase (Phv) of the electromechanical actuator; - comparing the value representative of the power supply current with a predetermined current threshold (Ithresh), said predetermined current threshold being defined from nominal off-load operating characteristics of the electromechanical actuator; - detecting an accidental locking of the blocking member when the value representative of the power supply current is above or equal to the predetermined current threshold. - determining a value representative of a power supply current (Ivr) of the electric motor during an off-load operating phase (Phv) of the electromechanical actuator; - comparing the value representative of the power supply current with a predetermined current threshold (Ithresh), said predetermined current threshold being defined from nominal off-load operating characteristics of the electromechanical actuator; - detecting an accidental locking of the blocking member when the value representative of the power supply current is above or equal to the predetermined current threshold.
A method for accessing a network by user equipment UE, comprising: determining, by a base station, that first UE provides relay for the second UE; and sending, by the base station, a first message comprising a first identifier to the first UE, wherein the first message is used to manage a data radio bearer DRB of the first UE, so that the DRB of the first UE is used to transmit data of the second UE, and the first identifier is in a one-to-one correspondence with the second UE. determining, by a base station, that first UE provides relay for the second UE; and sending, by the base station, a first message comprising a first identifier to the first UE, wherein the first message is used to manage a data radio bearer DRB of the first UE, so that the DRB of the first UE is used to transmit data of the second UE, and the first identifier is in a one-to-one correspondence with the second UE.
A dryer comprising a body; a tub disposed inside the body and wherein the items to be dried are placed; an air duct that is situated on the body and wherein the circulation of the process air that provides drying is realized; an opening that is situated on the body and that provides loading/unloading from the tub; a frame that surrounds the opening, a housing that is disposed on the frame surface that faces the opening and that extends into the air duct and a lint filter placed inside the housing and separates the lint in the process air, a fragrance source that is placed into the housing separately from the lint filter, wherein the fragrance source is placed into the housing so as to remain behind the lint filter in the flow direction of the process air, characterized by the housing, the cross-sectional area of which narrows from the upper surface of the frame towards the air duct.
Pressure measuring device for measuring and/or monitoring the pressure of a medium, with a sensor housing and a transmitter, wherein a pressure measuring cell with a pressure-sensitive measuring element is assigned to the sensor housing, wherein a temperature sensor (10, 11, 12, 13) is assigned to the pressure measuring cell, and wherein a control/evaluation unit is assigned to the transmitter, characterized in that the control/evaluation unit is designed to determine or provide a step response in the event of an erratic change in the temperature recorded by the temperature sensor (10, 11, 12, 13), wherein the step response has a settling time (t s), which is specific to the sensor or sensor type, and wherein, after expiry of the sensor-specific or sensor type-specific settling time (t s) a state is reached in which the integral temperature of the pressure measuring cell and the ambient and/or medium temperature are in equilibrium, and in that, using the step response determined or provided, the control/evaluation unit is designed to apply the corresponding time-dependent integral temperature of the pressure measuring cell in order to eliminate or compensate for the temperature influence on the pressure measuring signal provided by the measuring element.