mhurhangee/ep-ind-claims huggingface dataset:
A herbicidal composition comprising a herbicidally effective amount of (a) pyroxsulam or an agriculturally acceptable salt thereof and (b) a cloquintocet salt, wherein the cloquintocet salt comprises a cation selected from the group consisting of monoethanolammonium, diethanolammonium, triethanolammonium, monoisopropanolammonium, diisopropanolammonium, triisopropanolammonium, choline, N,N-dimethylethanolammonium, dimethylammonium, isopropylammonium, or mixtures thereof, wherein the herbicidal composition is an aqueous suspension concentrate, or an aqueous suspension emulsion concentrate, containing with respect to the total composition, (a) from 5 grams active ingredient per liter (g ai/L) to 150 g ai/L of pyroxsulam, or an agriculturally acceptable salt thereof and (b) from 10 grams acid equivalent per liter (g ae/L) to 250 g ae/L of the cloquintocet salt; or an aqueous spray mixture or solution comprising (a) 0.001 to 2.0 wt.-% pyroxsulam and (b) 0.005 to 2.0 wt.-% ae of the cloquintocet salt. (a) pyroxsulam or an agriculturally acceptable salt thereof and (b) a cloquintocet salt, wherein the cloquintocet salt comprises a cation selected from the group consisting of monoethanolammonium, diethanolammonium, triethanolammonium, monoisopropanolammonium, diisopropanolammonium, triisopropanolammonium, choline, N,N-dimethylethanolammonium, dimethylammonium, isopropylammonium, or mixtures thereof, wherein the herbicidal composition is an aqueous suspension concentrate, or an aqueous suspension emulsion concentrate, containing with respect to the total composition, (a) from 5 grams active ingredient per liter (g ai/L) to 150 g ai/L of pyroxsulam, or an agriculturally acceptable salt thereof and (b) from 10 grams acid equivalent per liter (g ae/L) to 250 g ae/L of the cloquintocet salt; or an aqueous spray mixture or solution comprising (a) 0.001 to 2.0 wt.-% pyroxsulam and (b) 0.005 to 2.0 wt.-% ae of the cloquintocet salt.
A method of determining the prognosis of a subject suffering from malignant pleural mesothelioma, comprising the step of detecting the expression of neurotensin in a mesothelioma sample obtained from said subject, wherein expression of NTS is associated with a poor prognosis.
A bio-electrochemical reactor comprising: - an anode compartment comprising at least two anodes (12, 13) called bioanodes, and an anodic electrolyte comprising anodic electroactive microorganisms; - a cathode compartment comprising at least one cathode called biocathode, and a cathodic electrolyte comprising cathodic electroactive microorganisms; - the anode compartment being separated from the cathode compartment - from the anode compartment towards the cathode compartment - by a cation exchange membrane and anion exchange membrane, said cation and anion exchange membranes being separated from each other by an inter-membrane compartment; - means for applying a potential difference between the bioanodes connected together and the bio-cathodes(s), the bioanodes and biocathode(s) having active surface areas such that the total active surface area of the biocathode(s) is greater than the total active surface area of the two bioanodes (12, 13). - an anode compartment comprising at least two anodes (12, 13) called bioanodes, and an anodic electrolyte comprising anodic electroactive microorganisms; - a cathode compartment comprising at least one cathode called biocathode, and a cathodic electrolyte comprising cathodic electroactive microorganisms; - the anode compartment being separated from the cathode compartment - from the anode compartment towards the cathode compartment - by a cation exchange membrane and anion exchange membrane, said cation and anion exchange membranes being separated from each other by an inter-membrane compartment; - means for applying a potential difference between the bioanodes connected together and the bio-cathodes(s),
A system for generating occlusal loading, comprising: a loading appliance, comprising: a first load transmission element adapted to be positioned between upper and lower anterior teeth of a patient's mouth; a second load transmission element and a third load transmission element adapted to be positioned between upper and lower posterior teeth on the left and right sides of the patient's mouth, respectively, wherein the first, second and third load transmission elements are separated from each other; and three actuators coupled to the first, second and third load transmission elements, respectively; and a controller configured to control the three actuators to actuate the first, second and third load transmission elements individually and sequentially, with a rest period between successive actions of the first, second and third load transmission elements, to transmit vibration energy from the three actuators to the patient's periodontal tissues of the anterior teeth, the left posterior teeth, and the right posterior teeth. a loading appliance, comprising: a first load transmission element adapted to be positioned between upper and lower anterior teeth of a patient's mouth; a second load transmission element and a third load transmission element adapted to be positioned between upper and lower posterior teeth on the left and right sides of the patient's mouth, respectively, wherein the first, second and third load transmission elements are separated from each other; and three actuators coupled to the first, second and third load transmission elements, respectively; and a first load transmission element adapted to be positioned between upper and lower anterior teeth of a patient's mouth; a second load transmission element and a third load transmission element adapted to be positioned between upper and lower posterior teeth on the left and right sides of the patient's mouth, respectively, wherein the first, second and third load transmission elements are separated from each other; and three actuators coupled to the first, second and third load transmission elements, respectively; and a controller configured to control the three actuators to actuate the first, second and third load transmission elements individually and sequentially, with a rest period between successive actions of the first, second and third load transmission elements, to transmit vibration energy from the three actuators to the patient's periodontal tissues of the anterior teeth, the left posterior teeth, and the right posterior teeth.
A shot processing apparatus comprising: a projector configured to project shot to a workpiece; a set table configured to support the workpiece from below and be rotatable about an axis extending in a top-bottom direction; a retaining mechanism including a retainer opposed to the set table with the workpiece interposed, the retainer being configured to be rotatable about the axis and movable in a direction of the axis; and a rotational force driver configured to apply rotational force to the retainer through a transmission mechanism; characterised by further comprising a lifting mechanism including a pressing holder capable of being lifted and lowered above the retaining mechanism, the lifting mechanism being at a distance from the retaining mechanism when the pressing holder is located above a reference height at which the pressing holder is in contact with the retainer, the lifting mechanism being coupled to the retaining mechanism to apply pressing force to the workpiece through the retainer when the pressing holder is located below the reference height. a projector configured to project shot to a workpiece; a set table configured to support the workpiece from below and be rotatable about an axis extending in a top-bottom direction; a retaining mechanism including a retainer opposed to the set table with the workpiece interposed, the retainer being configured to be rotatable about the axis and movable in a direction of the axis; and a rotational force driver configured to apply rotational force to the retainer through a transmission mechanism; characterised by further comprising a lifting mechanism including a pressing holder capable of being lifted and lowered above the retaining mechanism, the lifting mechanism being at a distance from the retaining mechanism when the pressing holder is located above a reference height at which the pressing holder is in contact with the retainer, the lifting mechanism being coupled to the retaining mechanism to apply pressing force to the workpiece through the retainer when the pressing holder is located below the reference height.
Motor vehicle comprising a loading space, a passenger compartment in which is disposed a driver seat and a passenger seat, and a separation device, the separation device comprising a frame, a partition that is able to move with respect to the frame, and a flap that is able to move with respect to the partition, the frame being intended to be fastened to a bodyshell of a vehicle, the separation device being able to move between a first configuration and a second configuration, characterized in that the partition and the flap extend side by side and parallel to a first plane when the separation device is in its first configuration, said first plane being intended to be oriented perpendicular to a longitudinal axis of the vehicle so as to separate the passenger compartment from the loading space, the partition extending parallel to a second plane when the separation device is in its second configuration, said second plane being intended to extend perpendicular to a transverse axis of the vehicle and along a lateral side of the driver seat so as to cause at least a part of the passenger compartment to communicate with the loading space, the flap being stowed so as to clear a field of view of a driver when the separation device is in its second configuration. characterized in that the partition and the flap extend side by side and parallel to a first plane when the separation device is in its first configuration, said first plane being intended to be oriented perpendicular to a longitudinal axis of the vehicle so as to separate the passenger compartment from the loading space, the partition extending parallel to a second plane when the separation device is in its second configuration, said second plane being intended to extend perpendicular to a transverse axis of the vehicle and along a lateral side of the driver seat so as to cause at least a part of the passenger compartment to communicate with the loading space, the flap being stowed so as to clear a field of view of a driver when the separation device is in its second configuration.
A chassis, comprising: a plurality of continuous wave lasers each operable to emit a continuous wave optical beam at the same power as the other lasers; a plurality of optical couplers operable to input the continuous wave optical beams of the same power and output a plurality of continuous wave optical beams at different powers; and a plurality of optical assemblies operable to modulate the continuous wave optical beams of different powers into a plurality of modulated optical signals at different powers and couple the modulated optical signals onto different length optical mediums so that lower power ones of the modulated optical signals are coupled to shorter ones of the optical mediums and higher power ones of the modulated optical signals are coupled to longer ones of the optical mediums. a plurality of continuous wave lasers each operable to emit a continuous wave optical beam at the same power as the other lasers; a plurality of optical couplers operable to input the continuous wave optical beams of the same power and output a plurality of continuous wave optical beams at different powers; and a plurality of optical assemblies operable to modulate the continuous wave optical beams of different powers into a plurality of modulated optical signals at different powers and couple the modulated optical signals onto different length optical mediums so that lower power ones of the modulated optical signals are coupled to shorter ones of the optical mediums and higher power ones of the modulated optical signals are coupled to longer ones of the optical mediums.
A supercapacitor assembly comprising: • a supercapacitor comprising carbon-containing anode(s) and cathode(s), intermediate porous membrane(s) and an ionic liquid electrolyte, wherein the ionic liquid electrolyte comprises a quaternary ammonium cation or an alkyl or substituted-alkyl pyridinium, pyridazinium, pyrimidinium, pyrazinium, imidazolium, piperidinium, pyrrolidinium, pyrazolium, thiazolium, oxazolium, triazolium or azepanium cation; • an electrical heater for heating the supercapacitor, wherein (i) the electrical heater is dispersed around the outer surfaces of the supercapacitor, ii) the supercapacitor comprises a pouch and the electrical heater comprises a thin film heater disposed within the pouch, optionally wherein the internal surfaces of the pouch are coated with a heat reflective layer, or (iii) the heater comprises a heat-sink configured to draw heat from other electrical components in a device in which the supercapacitor is used; and • a thermostat for controlling the heater and maintaining the temperature of the ionic liquid at a temperature such that its viscosity is in the range of 0.001 to 0.05 N.s/m 2 (1 to 50 centipoise). • a supercapacitor comprising carbon-containing anode(s) and cathode(s), intermediate porous membrane(s) and an ionic liquid electrolyte, wherein the ionic liquid electrolyte comprises a quaternary ammonium cation or an alkyl or substituted-alkyl pyridinium, pyridazinium, pyrimidinium, pyrazinium, imidazolium, piperidinium, pyrrolidinium, pyrazolium, thiazolium, oxazolium, triazolium or azepanium cation; • an electrical heater for heating the supercapacitor, wherein (i) the electrical heater is dispersed around the outer surfaces of the supercapacitor, ii) the supercapacitor comprises a pouch and the electrical heater comprises a thin film heater disposed within the pouch, optionally wherein the internal surfaces of the pouch are coated with a heat reflective layer, or (iii) the heater comprises a heat-sink configured to draw heat from other electrical components in a device in which the supercapacitor is used; and • a thermostat for controlling the heater and maintaining the temperature of the ionic liquid at a temperature such that its viscosity is in the range of 0.001 to 0.05 N.s/m 2 (1 to 50 centipoise).
A solid fuel nozzle tip for issuing a flow of mixed solid fuel and air to a boiler comprising: a) an outer nozzle body having an outer flow channel extending therethrough from an inlet to an outlet of the outer nozzle body; and b) an inner nozzle body having an inner flow channel extending therethrough from an inlet to an outlet of the inner nozzle body, the inner nozzle body being mounted within the outer nozzle body with the inner flow channel inboard of and substantially aligned with the outer flow channel, characterized in that the inner and outer nozzle bodies are joined together so as to accommodate movement relative to one another due to ther-mal expansion and contraction of the outer and inner nozzle bodies, wherein the inner and outer nozzle bodies are joined together by three pins to constrain the inner and outer nozzle bodies against relative rotation, but allow relative translation along the pins to accommodate movement of the inner and outer nozzle bodies relative to one another due to thermal expansion and contraction. a) an outer nozzle body having an outer flow channel extending therethrough from an inlet to an outlet of the outer nozzle body; and b) an inner nozzle body having an inner flow channel extending therethrough from an inlet to an outlet of the inner nozzle body, the inner nozzle body being mounted within the outer nozzle body with the inner flow channel inboard of and substantially aligned with the outer flow channel, characterized in that the inner and outer nozzle bodies are joined together so as to accommodate movement relative to one another due to ther-mal expansion and contraction of the outer and inner nozzle bodies, wherein the inner and outer nozzle bodies are joined together by three pins to constrain the inner and outer nozzle bodies against relative rotation, but allow relative translation along the pins to accommodate movement of the inner and outer nozzle bodies relative to one another due to thermal expansion and contraction.
A motor control device (1000,2000) for controlling a motor (1,80) having a first winding and a second winding whose response to a current command is slower than that of the first winding, the motor control device (1000,2000) comprising: a current command calculation unit adapted to calculate current commands (id1 *, iq1 *, id2 *, iq2 *, i f*) for the first winding and the second winding on the basis of a torque command (T*) for the motor (1,80) and the motor parameter, wherein the current command calculation unit includes a first calculation unit adapted to calculate a first current command (id1 *, iq1 *, id2 *, iq2 *) for the first winding, a second calculation unit adapted to calculate a second current command (if*) for the second winding, characterized by a parameter acquisition unit adapted to regularly acquire motor state data indicating a state of the motor (1, 80), and acquire a motor parameter corresponding to the motor state data, a response delay reproduction unit adapted to reproduce, in the second current command (if*), response delay of the second winding relative to the second current command (if*), and in that the first calculation unit is adapted to calculate the first current command (id1*,iq1*,id2*,iq2*), using the second current command (if*) in which the response delay is reproduced. a current command calculation unit adapted to calculate current commands (id1 *, iq1 *, id2 *, iq2 *, i f*) for the first winding and the second winding on the basis of a torque command (T*) for the motor (1,80) and the motor parameter, wherein the current command calculation unit includes a first calculation unit adapted to calculate a first current command (id1 *, iq1 *, id2 *, iq2 *) for the first winding, a second calculation unit adapted to calculate a second current command (if*) for the second winding, characterized by a parameter acquisition unit adapted to regularly acquire motor state data indicating a state of the motor (1, 80), and acquire a motor parameter corresponding to the motor state data, a response delay reproduction unit adapted to reproduce, in the second current command (if*), response delay of the second winding relative to the second current command (if*), and in that a first calculation unit adapted to calculate a first current command (id1 *, iq1 *, id2 *, iq2 *) for the first winding, a second calculation unit adapted to calculate a second current command (if*) for the second winding, characterized by a parameter acquisition unit adapted to regularly acquire motor state data indicating a state of the motor (1, 80), and acquire a motor parameter corresponding to the motor state data, a response delay reproduction unit adapted to reproduce, in the second current command (if*), response delay of the second winding relative to the second current command (if*), and in that the first calculation unit is adapted to calculate the first current command (id1*,iq1*,id2*,iq2*), using the second current command (if*) in which the response delay is reproduced.
A flat cable covering comprising: a base film; and an anchor coat layer and a heat seal layer stacked in that order on the base film, wherein the heat seal layer comprises a resin composition comprising at least 70 to 30% by weight of a filler component composed mainly of a flame retardant and 30 to 70% by weight of a resin component composed mainly of a polyester-based resin, the flame retardant is a non-halogen-based flame retardant comprising a metal salt of phosphinic acid and is contained in an amount of 5 to 40% by weight based on the whole resin composition, and the filler component further comprises a hydrated metal compound as flame retarding assistant. the heat seal layer comprises a resin composition comprising at least 70 to 30% by weight of a filler component composed mainly of a flame retardant and 30 to 70% by weight of a resin component composed mainly of a polyester-based resin, the flame retardant is a non-halogen-based flame retardant comprising a metal salt of phosphinic acid and is contained in an amount of 5 to 40% by weight based on the whole resin composition, and the filler component further comprises a hydrated metal compound as flame retarding assistant.
An ozone gas generator for high-purity oxygen gas, comprising: a pair of dielectrics arranged so as to oppose each other; a discharge gap formed between the pair of dielectrics; at least a pair of electrodes for generating discharge in the discharge gap; a raw material gas supply section for supplying raw material gas to the discharge gap; an ozone gas removal section for removing ozone gas from the discharge gap; and a functional film formed on at least one of the pair of dielectrics and facing the discharge gap, wherein the functional film contains a composite metal oxide of a first metal oxide and a second metal oxide, wherein the first metal oxide is an oxide of niobium, and wherein the second metal oxide is an oxide of one or more metals selected from a group consisting of titanium, tungsten, zinc, and iron, wherein the functional film contains the first and second metal oxides at a ratio at which, when the molar number of the second metal oxide is 1, the molar number of the first metal oxide falls within a range of 0.03 - 3000, wherein the functional film formed on each dielectric has a multilayer structure in which a layer made of the first metal oxide is stacked on a layer made of the second metal oxide. a pair of dielectrics arranged so as to oppose each other; a discharge gap formed between the pair of dielectrics; at least a pair of electrodes for generating discharge in the discharge gap; a raw material gas supply section for supplying raw material gas to the discharge gap; an ozone gas removal section for removing ozone gas from the discharge gap; and a functional film formed on at least one of the pair of dielectrics and facing the discharge gap, wherein the functional film contains a composite metal oxide of a first metal oxide and a second metal oxide, wherein the first metal oxide is an oxide of niobium, and wherein the second metal oxide is an oxide of one or more metals selected from a group consisting of titanium, tungsten, zinc, and iron, wherein the functional film contains the first and second metal oxides at a ratio at which, when the molar number of the second metal oxide is 1, the molar number of the first metal oxide falls within a range of 0.03 - 3000, wherein the functional film formed on each dielectric has a multilayer structure in which a layer made of the first metal oxide is stacked on a layer made of the second metal oxide.