mhurhangee/ep-ind-claims huggingface dataset:
An angle width estimation device comprising: a beam forming unit (5, 11, 13) configured to acquire one reception array signal of a reflected wave from a target to be observed, and form, from the one reception array signal, a plurality of null beams by applying null beam forming to the reception array signal, each null beam having a null width which is width of the null in an arrival direction of the reflected wave, the null widths of the plurality of null beams being different from each other; and an angle width estimating unit configured to compare powers of the plurality of null beams formed by the beam forming unit (5, 11, 13) with each other, and to estimate a null width indicating an angle width of the reflected wave by determining, on a basis of a comparison result of the powers, one of the null widths of the plurality of null beams. a beam forming unit (5, 11, 13) configured to acquire one reception array signal of a reflected wave from a target to be observed, and form, from the one reception array signal, a plurality of null beams by applying null beam forming to the reception array signal, each null beam having a null width which is width of the null in an arrival direction of the reflected wave, the null widths of the plurality of null beams being different from each other; and an angle width estimating unit configured to compare powers of the plurality of null beams formed by the beam forming unit (5, 11, 13) with each other, and to estimate a null width indicating an angle width of the reflected wave by determining, on a basis of a comparison result of the powers, one of the null widths of the plurality of null beams.
A two-dimensional force sensor for measuring a first force (Fx) in a first direction and a second force (F Y) in a second direction different from the first direction, the two-dimensional force sensor comprising: a measurement probe; a first resilient structure oriented in the second direction and capable of being deformed in the first direction by the first force (F X) when induced on the measurement probe, a first end of the first resilient structure being arranged for being coupled to a reference point, wherein the first resilient structure is a resilient plate, or a beam comprising a bending zone; and a second resilient structure oriented in the first direction and capable of being deformed in the second direction by the second force (F Y) when induced on the measurement probe, a first end of the second resilient structure being coupled to a second end of the first resilient structure, and a second end of the second resilient structure being coupled to the measurement probe, wherein the second resilient structure is a resilient plate, or a beam comprising a bending zone; characterized in that the measurement probe is mounted on an extension device mounted to the second end of the second resilient structure, the extension device being shaped for - in the absence of the first and second forces - positioning the measurement probe at an imaginary cross-section point of a neutral axis of the first resilient structure and a neutral axis of the second resilient structure, or at a position deviating from that imaginary cross-section point by no more than 20%, preferably no more than 10%, and more preferably no more than 5%, of a length of the extension device. a measurement probe; a first resilient structure oriented in the second direction and capable of being deformed in the first direction by the first force (F X) when induced on the measurement probe, a first end of the first resilient structure being arranged for being coupled to a reference point, wherein the first resilient structure is a resilient plate, or a beam comprising a bending zone; and a second resilient structure oriented in the first direction and capable of being deformed in the second direction by the second force (F Y) when induced on the measurement probe, a first end of the second resilient structure being coupled to a second end of the first resilient structure, and a second end of the second resilient structure being coupled to the measurement probe, wherein the second resilient structure is a resilient plate, or a beam comprising a bending zone; characterized in that the measurement probe is mounted on an extension device mounted to the second end of the second resilient structure, the extension device being shaped for - in the absence of the first and second forces - positioning the measurement probe at an imaginary cross-section point of a neutral axis of the first resilient structure and a neutral axis of the second resilient structure, or at a position deviating from that imaginary cross-section point by no more than 20%, preferably no more than 10%, and more preferably no more than 5%, of a length of the extension device.
A radome for providing environmental protection for radar and communications equipment, said radome comprising flexible composite fabric material including polyester-polyarylate fibers in a flexible resin matrix material structured to increase the radome strength and reduce radio frequency transmission losses through the radome.
A device for supplying alumina to an electrolysis vat for the production of aluminum including a metering device and a piercing device comprising: - a piercing member for piercing a hole in a crust of alumina and frozen electrolyte forming above an electrolyte bath; - a tubular sheath surrounding the piercing member, the tubular sheath including a lower opening and a first gas discharge opening intended for the discharge of gas penetrating in the tubular sheath through the lower opening; - a supply duct intended for the introduction of alumina into the tubular sheath including a second opening for introducing alumina and an orifice opening into the tubular sheath; characterized in that the metering device comprises an alumina pouring opening which is remote from the second alumina introduction opening of the supply conduit and in that the tubular sheath and the supply conduit are configured so that more than 90% of the gases entering the tubular sheath through the lower opening exit the tubular sheath through the first gas discharge opening. - a piercing member for piercing a hole in a crust of alumina and frozen electrolyte forming above an electrolyte bath; - a tubular sheath surrounding the piercing member, the tubular sheath including a lower opening and a first gas discharge opening intended for the discharge of gas penetrating in the tubular sheath through the lower opening; - a supply duct intended for the introduction of alumina into the tubular sheath including a second opening for introducing alumina and an orifice opening into the tubular sheath;
A system comprising: an integrally bladed rotor of a compressor section of a gas turbine engine, the integrally bladed rotor configured to rotate about an axis (A-A'); a hub rotor positioned aft of the integrally bladed rotor and configured to rotate about the axis (A-A'); and a seal ring configured to be positioned between the integrally bladed rotor and the hub rotor and configured to rotate about the axis (A-A') in response to the integrally bladed rotor and the hub rotor rotating about the axis (A-A'); characterised in that the seal ring includes a radial arm configured to be axially positioned between the integrally bladed rotor and the hub rotor, and is removably coupled to the integrally bladed rotor and the hub rotor via a compressive force applied to the seal ring by the integrally bladed rotor and the hub rotor in axial and radial directions. an integrally bladed rotor of a compressor section of a gas turbine engine, the integrally bladed rotor configured to rotate about an axis (A-A'); a hub rotor positioned aft of the integrally bladed rotor and configured to rotate about the axis (A-A'); and a seal ring configured to be positioned between the integrally bladed rotor and the hub rotor and configured to rotate about the axis (A-A') in response to the integrally bladed rotor and the hub rotor rotating about the axis (A-A'); characterised in that the seal ring includes a radial arm configured to be axially positioned between the integrally bladed rotor and the hub rotor, and is removably coupled to the integrally bladed rotor and the hub rotor via a compressive force applied to the seal ring by the integrally bladed rotor and the hub rotor in axial and radial directions.
A DNA construct comprising (a) a first DNA segment comprising left and right T-DNA borders flanking a gene of interest operably linked to a promoter functional in plants, and (b) a second DNA segment comprising a second set of left and right T-DNA borders flanking a promoter functional in a seed operably linked to a DNA cassette comprising an identification sequence that confers a detectable phenotype comprising a change of seed size in seeds comprising the DNA cassette, and a marker gene operably linked to a promoter functional in plants, wherein the gene of interest and the identification sequence can genetically segregate from each other.
An unmanned vessel having a coupling apparatus comprises: a heaving line launcher which is provided on one side of a bow of the unmanned vessel; a coupling apparatus which is provided at a center of gravity of the unmanned vessel and is coupled to a coupling member of a crane provided on a mother vessel; a first winch, which is provided on at least one side of either the bow or a stern of the unmanned vessel, a first tow line being wounded around the same; and a second winch around which a second tow line, which passes one side of the coupling apparatus, is wound. a heaving line launcher which is provided on one side of a bow of the unmanned vessel; a coupling apparatus which is provided at a center of gravity of the unmanned vessel and is coupled to a coupling member of a crane provided on a mother vessel; a first winch, which is provided on at least one side of either the bow or a stern of the unmanned vessel, a first tow line being wounded around the same; and a second winch around which a second tow line, which passes one side of the coupling apparatus, is wound.
A spectrometric probe for sampling bulk material characterized in that it comprises: - at least one sampling module mounted on a section of the probe and which is formed by a casing having at least one front wall having a transparent inspection window, - the casing further having a capacitive sensor that protrudes outside the casing for contacting the mass of the bulk material to be sampled; and - being arranged within said casing at least one optical sampling sensor directed according to a reading path towards said inspection window, the optical sampling sensor being operatively connected to a remote-control panel; and - the optical sampling sensor comprising a light source that defines a light beam along a path of illumination directed towards said window, and a reader of light reflected on the mass of the bulk material, wherein said reader is directed according to said reading path, said reader being connected to said control panel by optical fiber; and - the sampling module further having a linear actuator comprising an actuator connected to a piston that carries at its end a black plate and a white plate that lie between temporary operative positions in front of the reading path of the reader. - at least one sampling module mounted on a section of the probe and which is formed by a casing having at least one front wall having a transparent inspection window, - the casing further having a capacitive sensor that protrudes outside the casing for contacting the mass of the bulk material to be sampled; and - being arranged within said casing at least one optical sampling sensor directed according to a reading path towards said inspection window, the optical sampling sensor being operatively connected to a remote-control panel; and - the optical sampling sensor comprising a light source that defines a light beam along a path of illumination directed towards said window, and a reader of light reflected on the mass of the bulk material, wherein said reader is directed according to said reading path, said reader being connected to said control panel by optical fiber; and - the sampling module further having a linear actuator comprising an actuator connected to a piston that carries at its end a black plate and a white plate that lie between temporary operative positions in front of the reading path of the reader.
Non-therapeutic use of compounds of the formula, in which G 1 represents N, CH or C-halogen, R 1 represents hydrogen or alkyl and G 2 represents optionally substituted heterocyclyl, represents optionally substituted heteroaryl or represents optionally substituted aryl, and also salts, metal complexes and N-oxides of the compounds of the formula, for controlling animal pests. G 1 represents N, CH or C-halogen, R 1 represents hydrogen or alkyl and G 2 represents optionally substituted heterocyclyl, represents optionally substituted heteroaryl or represents optionally substituted aryl,
A control system for controlling an angular position of a swashplate of an axial piston hydraulic pump or motor, the angular position of the swashplate being determined by a servo-piston, the control system comprising: a valve arrangement (110a, 112a, 110b, 112b) for providing a charge pressure to the servo-piston which causes the servo-piston to alter the angular position of the swashplate; a pivot arm configured to pivot about a pivot axis (127, 327) in concert with movement of the servo-piston, wherein an angular position of the pivot arm is indicative of the angular position of the swashplate, and wherein the pivot axis is adjustable in position with respect to a valve member (110a, 110b) of the valve arrangement and the servo-piston; and a spring (120a, 120b) for transferring spring load between the pivot arm and the valve member; characterized in that the control system further comprises an angle sensor for sensing the angular position of the pivot arm, wherein a housing of the angle sensor is angularly adjustable about the pivot axis relative to the pivot arm for adjusting the angle sensor angularly about the pivot axis relatively to the pivot arm. a valve arrangement (110a, 112a, 110b, 112b) for providing a charge pressure to the servo-piston which causes the servo-piston to alter the angular position of the swashplate; a pivot arm configured to pivot about a pivot axis (127, 327) in concert with movement of the servo-piston, wherein an angular position of the pivot arm is indicative of the angular position of the swashplate, and wherein the pivot axis is adjustable in position with respect to a valve member (110a, 110b) of the valve arrangement and the servo-piston; and a spring (120a, 120b) for transferring spring load between the pivot arm and the valve member; characterized in that the control system further comprises an angle sensor for sensing the angular position of the pivot arm, wherein a housing of the angle sensor is angularly adjustable about the pivot axis relative to the pivot arm for adjusting the angle sensor angularly about the pivot axis relatively to the pivot arm.
A hybrid wheel loader comprising: - a front work machine provided at the front of a vehicle body of the hybrid wheel loader and including at least a bucket;; - an engine provided in the vehicle body; - a motor/generator connected to the engine; and - an electric storage device; wherein the engine, the motor/generator, and the electric storage device are used as a power source, and the hybrid wheel loader further comprises a hybrid control device which is configured to control outputs of the power sources and a capacitor as the electric storage device; wherein the hybrid control device is configured to carry out a control so as to decrease a voltage of the capacitor in accordance with increase of energy held by the vehicle body, which consists of kinetic energy based on a traveling speed of the vehicle body, or energy obtained by adding at least one of potential energy based on height of the at least one oucket of the front work machine and rotational energy based on rotation speeds of the engine and the motor/generator to the kinetic energy; characterized in that the hybrid control device is configured to carry out a control so as to obtain different characteristics in the voltage of the capacitor relative to the energy held by the vehicle body between a normal operation mode in which normal work operation is carried out and a vehicle standby mode in which the vehicle body is kept standby, while carrying out a control to set the voltage of the capacitor at a first specific voltage value which is lower than a maximum service voltage value and higher than a minimum service voltage value when the energy held by the vehicle body takes a predetermined low output value in the normal operation mode; and when the state in which the energy held by the vehicle body takes the predetermined low output value is continued for a predetermined period of time, the hybrid control device is configured to carry out a control to rise the voltage of the capacitor from the first specific voltage value to the maximum service voltage value, and to then decrease the rotation speed of the engine to a rotation speed in an idle state to thereby bring the vehicle body into the vehicle standby mode. - a front work machine provided at the front of a vehicle body of the hybrid wheel loader and including at least a bucket;; - an engine provided in the vehicle body; - a motor/generator connected to the engine; and - an electric storage device; wherein the engine, the motor/generator, and the electric storage device are used as a power source, and the hybrid wheel loader further comprises a hybrid control device which is configured to control outputs of the power sources and a capacitor as the electric storage device;
A process for generating hydrogen cyanide comprising: a) regulating water content in at least one gaseous feedstock to generate one or more feedstreams selected from the group consisting of a methane consistent water content feedstream, an ammonia consistent water content feedstream, and an oxygen-containing consistent water content feedstream; and b) reacting a methane feedstream, an ammonia feedstream and an oxygen feedstream to thereby generate hydrogen cyanide, wherein at least one of the methane feedstream, the ammonia feedstream or the oxygen feedstream is a consistent water content feedstream; and wherein the consistent water content feedstream varies in water content by not more than 1% (wt/wt) from a set value. a) regulating water content in at least one gaseous feedstock to generate one or more feedstreams selected from the group consisting of a methane consistent water content feedstream, an ammonia consistent water content feedstream, and an oxygen-containing consistent water content feedstream; and b) reacting a methane feedstream, an ammonia feedstream and an oxygen feedstream to thereby generate hydrogen cyanide,
A peristaltic pump, comprising: a cam shaft; first and second pinch-valve cams (701, 703) coupled to the cam shaft; first and second pinch-valve cam followers configured to engage the first and second pinch-valve cams; a plunger cam coupled to the cam shaft; a plunger-cam follower configured to engage the plunger cam; a tube receiver configured to receive a tube; characterized by: a spring-biased plunger coupled to the plunger-cam follower, wherein expansion of the plunger cam along a radial angle intersecting the plunger-cam follower as the cam shaft rotates pushes the plunger cam to disengage the spring-biased plunger from the tube, and wherein a spring coupled to the spring-biased plunger biases the spring-biased plunger to apply the crushing force to the tube; a position sensor operatively coupled to the spring-biased plunger and configured to determine a position of the spring-biased plunger; and a processor coupled to the position sensor, wherein the processor is configured to estimate fluid flow of fluid within the tube utilizing the position of the spring-biased plunger determined by the position sensor. a cam shaft; first and second pinch-valve cams (701, 703) coupled to the cam shaft; first and second pinch-valve cam followers configured to engage the first and second pinch-valve cams; a plunger cam coupled to the cam shaft; a plunger-cam follower configured to engage the plunger cam; a tube receiver configured to receive a tube; characterized by: a spring-biased plunger coupled to the plunger-cam follower, wherein expansion of the plunger cam along a radial angle intersecting the plunger-cam follower as the cam shaft rotates pushes the plunger cam to disengage the spring-biased plunger from the tube, and wherein a spring coupled to the spring-biased plunger biases the spring-biased plunger to apply the crushing force to the tube; a position sensor operatively coupled to the spring-biased plunger and configured to determine a position of the spring-biased plunger; and a processor coupled to the position sensor, wherein the processor is configured to estimate fluid flow of fluid within the tube utilizing the position of the spring-biased plunger determined by the position sensor. a spring-biased plunger coupled to the plunger-cam follower, wherein expansion of the plunger cam along a radial angle intersecting the plunger-cam follower as the cam shaft rotates pushes the plunger cam to disengage the spring-biased plunger from the tube, and wherein a spring coupled to the spring-biased plunger biases the spring-biased plunger to apply the crushing force to the tube; a position sensor operatively coupled to the spring-biased plunger and configured to determine a position of the spring-biased plunger; and a processor coupled to the position sensor, wherein the processor is configured to estimate fluid flow of fluid within the tube utilizing the position of the spring-biased plunger determined by the position sensor.
An injector for injecting cylinder lubricating oil into large cylinders in a diesel engine, e.g. in marine engines, and for use in an injector system where a number of injectors are arranged in a cylinder wall and in a plane perpendicular to the axis of said cylinder for delivering lubricating oil jets onto said cylindrical wall and where said injector includes an injector housing and a nozzle tip provided in continuation of the injector housing, the nozzle tip provided at its outer free end with several nozzle apertures for delivering several lubricating oil jets in respective different directions, characterised in that that the nozzle apertures are provided under different angles radially relative to a centre line through the nozzle tip as well as axially relatively to a plane perpendicular to the centre line of the nozzle tip and that the nozzle apertures with the largest angle relative to the plane perpendicular to the centre line of the nozzle tip are disposed closest to the injector housing, whereby it is obtained that the centre of the lubricating oil jets strike, on said cylinder wall, at the same level above the injector but at different areas of a periphery of said cylinder wall.
Process for the assembly of at least two parts (1, 2) made of silicon carbide-based materials by moderately refractory non-reactive brazing, in which the parts (1, 2) are placed in contact with a non-reactive brazing composition, and the assembly formed by the parts (1, 2) and the brazing composition is heated to a brazing temperature that is sufficient to melt the brazing composition in order to form a moderately refractory joint, characterized in that the non-reactive brazing composition is a binary alloy consisting, as mass percentages, of 56% to 70% silicon and 44% to 30% yttrium.