mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: providing a bio-based feedstock; contacting the bio-based feedstock with a solvent in a hydrolysis reaction to form an intermediate stream comprising carbohydrates; contacting the intermediate stream with an Aqueous Phase Reforming catalyst to form a plurality of oxygenated intermediates, wherein a first portion of the oxygenated intermediates are recycled to form the solvent; and processing at least a second portion of the oxygenated intermediates to form a fuel blend. providing a bio-based feedstock; contacting the bio-based feedstock with a solvent in a hydrolysis reaction to form an intermediate stream comprising carbohydrates; contacting the intermediate stream with an Aqueous Phase Reforming catalyst to form a plurality of oxygenated intermediates, wherein a first portion of the oxygenated intermediates are recycled to form the solvent; and processing at least a second portion of the oxygenated intermediates to form a fuel blend.
A method of making a hybrid thermoplastic gel comprising: providing a base polymer having at least one functional group capable of crosslinking, wherein the base polymer comprises a maleated styrenic block copolymer; providing a functionalized extender, wherein the functionalized extender is a maleated extender selected from the group consisting of maleated polyisobutylene and maleated polybutadiene; providing a crosslinker; providing heat; and reacting the base polymer and functionalized extender in the presence of the heat to form the hybrid thermoplastic gel, wherein the gel exhibits hardness in the range of 24 to 53 Shore OOO hardness according to ASTM D2240. providing a base polymer having at least one functional group capable of crosslinking, wherein the base polymer comprises a maleated styrenic block copolymer; providing a functionalized extender, wherein the functionalized extender is a maleated extender selected from the group consisting of maleated polyisobutylene and maleated polybutadiene; providing a crosslinker; providing heat; and reacting the base polymer and functionalized extender in the presence of the heat to form the hybrid thermoplastic gel, wherein the gel exhibits hardness in the range of 24 to 53 Shore OOO hardness according to ASTM D2240.
An image blur correction device, comprising: a movable frame capable of moving in a first direction and a second direction orthogonal to the first direction and which is equipped with any one of a lens and an imaging element and has a guide part; a fixed frame having a guide supporting part which movably supports the movable frame by coming into contact with the guide part; and a drive mechanism (16g, 16c, COL1) which drives the movable frame for correcting image blur by moving the movable frame relative to the fixed frame; wherein the fixed frame has magnetic bodies (16a', 16b'), the movable frame has urging magnets (15e, 15f) at positions corresponding to the magnetic bodies (16c', 16b'), the urging magnets using attractive force between the magnets and the magnetic bodies, so as to urge the movable frame in a direction in which the guide part and the guide supporting part come into contact with each other; the guide part has a first direction guide part and a second direction guide part (17a, 17a', 17b and 17b'), the moveable frame includes a first movable frame having the first direction guide part and equipped with an imaging element, a second movable frame having the second direction guide part (17a, 17a', 17b and 17b') and a first direction guide shaft (14a, 14b) which movably support the first movable frame by coming into contact with the first direction guide part, the guide supporting part is a second direction guide shaft (13a, 13b) which movably supports the second movable frame by coming into contact with the second direction guide (17a, 17a'. 17b and 17b'). a movable frame capable of moving in a first direction and a second direction orthogonal to the first direction and which is equipped with any one of a lens and an imaging element and has a guide part; a fixed frame having a guide supporting part which movably supports the movable frame by coming into contact with the guide part; and a drive mechanism (16g, 16c, COL1) which drives the movable frame for correcting image blur by moving the movable frame relative to the fixed frame; wherein the fixed frame has magnetic bodies (16a', 16b'), the movable frame has urging magnets (15e, 15f) at positions corresponding to the magnetic bodies (16c', 16b'), the urging magnets using attractive force between the magnets and the magnetic bodies, so as to urge the movable frame in a direction in which the guide part and the guide supporting part come into contact with each other; the guide part has a first direction guide part and a second direction guide part (17a, 17a', 17b and 17b'), the moveable frame includes a first movable frame having the first direction guide part and equipped with an imaging element, a second movable frame having the second direction guide part (17a, 17a', 17b and 17b') and a first direction guide shaft (14a, 14b) which movably support the first movable frame by coming into contact with the first direction guide part, the guide supporting part is a second direction guide shaft (13a, 13b) which movably supports the second movable frame by coming into contact with the second direction guide (17a, 17a'. 17b and 17b').
A sensor device comprising: a partial assembly constituted by selectively mounting to a holder a part that is at least a driven wheel (96, 97) and that is optionally additionally a magnetism collection member, the optional magnetism collection member being configured to induce magnetic flux that matches torsion of a shaft as a detection target, and the driven wheel (96, 97) being configured to rotate in conjunction with rotation of the shaft; a circuit board provided with a detector (63, 64) configured to detect a rotational angle of the driven wheel (96, 97) and optionally configured to detect the magnetic flux induced by the magnetism collection member in accordance with the part mounted to the holder; and a sensor housing that is penetrated by the shaft and that houses the partial assembly and the circuit board, wherein the partial assembly includes a holding member that holds the driven wheel (96, 97) on the holder, the sensor housing suppresses entry of dust or a liquid into the housing, and the sensor housing includes a cover that closes an opening portion that opens toward a direction that intersects with an axis of the shaft, and the sensor housing includes a housing chamber that houses the partial assembly and the circuit board via the opening portion. a partial assembly constituted by selectively mounting to a holder a part that is at least a driven wheel (96, 97) and that is optionally additionally a magnetism collection member, the optional magnetism collection member being configured to induce magnetic flux that matches torsion of a shaft as a detection target, and the driven wheel (96, 97) being configured to rotate in conjunction with rotation of the shaft; a circuit board provided with a detector (63, 64) configured to detect a rotational angle of the driven wheel (96, 97) and optionally configured to detect the magnetic flux induced by the magnetism collection member in accordance with the part mounted to the holder; and a sensor housing that is penetrated by the shaft and that houses the partial assembly and the circuit board, wherein the partial assembly includes a holding member that holds the driven wheel (96, 97) on the holder, the sensor housing suppresses entry of dust or a liquid into the housing, and the sensor housing includes a cover that closes an opening portion that opens toward a direction that intersects with an axis of the shaft, and the sensor housing includes a housing chamber that houses the partial assembly and the circuit board via the opening portion.
Process for manufacturing a flow guide for an electrochemical reactor, comprising the steps of: - providing a substrate; - on a first face of the substrate, printing a layer of electrically conductive ink by applying a shear stress to this layer, the viscosity of the printed ink being comprised between 70 and 500 Pa.s for a shear rate of 0.1 s -1, and the viscosity of the printed ink being comprised between 2.5 and 7 Pa.s for a shear rate of 100 s -1, the layer of ink being printed to form a pattern including ribs delineating flow channels. - providing a substrate; - on a first face of the substrate, printing a layer of electrically conductive ink by applying a shear stress to this layer, the viscosity of the printed ink being comprised between 70 and 500 Pa.s for a shear rate of 0.1 s -1, and the viscosity of the printed ink being comprised between 2.5 and 7 Pa.s for a shear rate of 100 s -1, the layer of ink being printed to form a pattern including ribs delineating flow channels.
Container processing machine for processing containers, with a driven revolving transport element on which a plurality of processing stations are provided, wherein the processing stations each have a lifting device for raising and lowering the containers, wherein the lifting device comprises at least one container carrier and a guiding element, and wherein the container carrier is guided at the guiding element, characterised in that an accommodating space is formed in the interior of the guiding element, wherein a plurality of magnets are accommodated in the accommodating space, and that the container carrier comprises electrical coils, which, together with the magnets in the guiding element form a linear drive for raising and lowering the container carrier.
A control device controlling a gear change mechanism of a manual gearbox of a vehicle, said mechanism including a gear shift leaver permitting a driver to select gears, said device including i) a movable part comprising at least two protuberances (PRj) suitable to be positioned close to a hidden part of said gear shift lever, and ii) positioning means suitable to position said movable part in a selected position, as a function of a current speed of said vehicle, from at least two different positions in which one at least of said protuberances (PRj) prevents at least a displacement of said hidden part intended to select one of said gears, said device being characterized in that said positioning means include an electric motor driving in rotation an axis to which said movable part is coupled.
An electronic device comprising: a housing including a first plate including a first external surface facing in a first direction, a second plate including a second external surface facing in a second direction opposite to the first direction, and a side member disposed between the first plate and the second plate and forming a portion of a surface of the electronic device; a polymer structure coupled to the side member, wherein grooves are formed in the polymer structure; an antenna structure interposed in a space between the first plate and a support member interposed between the first plate and the second plate, the antenna structure including a first surface facing the grooves that are open toward the first surface, and at least one antenna element configured to output a directional beam towards the grooves of the polymer structure; and a wireless communication circuit electrically connected to the antenna element and configured to transmit and/or receive a signal having a frequency between 3 GHz to 100 GHz. a housing including a first plate including a first external surface facing in a first direction, a second plate including a second external surface facing in a second direction opposite to the first direction, and a side member disposed between the first plate and the second plate and forming a portion of a surface of the electronic device; a polymer structure coupled to the side member, wherein grooves are formed in the polymer structure; an antenna structure interposed in a space between the first plate and a support member interposed between the first plate and the second plate, the antenna structure including a first surface facing the grooves that are open toward the first surface, and at least one antenna element configured to output a directional beam towards the grooves of the polymer structure; and a wireless communication circuit electrically connected to the antenna element and configured to transmit and/or receive a signal having a frequency between 3 GHz to 100 GHz.
A control system for a torque tool provided for tightening and unscrewing of screw connections with adjustable torque, comprising a controller of an electric motor of the torque tool, further comprising a torque sensor, the torque sensor is configured to measure the torsional deformations of an element of a reduction gear of the torque tool transferring the torque, and moreover the torque sensor is coupled with the controller which is configured to correct the output control signal to the electric motor based on the signal from the torque sensor, characterized in that the control system comprises a single control loop with regulator R that is configured to control the electric motor when the measured torque has values lower than a predefined torque threshold (M P) in order to maintain the motor speed running the gearbox at a desired speed (V z), further comprising a cascade regulation system with regulator R1, regulator R2, and regulator R3, which are configured to control the motor when the measured torque assumes values between the predefined torque threshold (M P) and a desired torque (M Z), whereas regulator R3 is configured to monotonically decrease the difference between the desired torque (M Z) and the measured torque, regulator R2 is configured to decrease the rate at which the torque increases proportionally to the difference between the measured torque and the desired torque (M Z), and regulator R1 is configured to decrease the motor speed according to the signal from regulator R2.
Fastening device for fastening an interior equipment element, particularly a passenger seat, to a side wall of a vehicle, preferably a rail vehicle, having at least one fastening element which forms a C-profile rail for receiving slot nuts for fastening the interior equipment element to the fastening device in a detachable manner on the wall side, wherein the fastening device, for its part, can be fastened or is fastened to at least one structure of the side wall, characterized by at least one elastic damping device (28, 30) for elastically fastening the fastening device to the at least one structure of the side wall, which structure is designed as a wall structure, by means of an adhesive bond, and by at least one elastic damping element for elastically supporting the fastening device on at least one further structure of the side wall, which structure is designed as a protrusion.
An audio system for use by a speaker, the system comprising: a microphone configured to detect speech uttered by the speaker and generate corresponding audio signals; an audio signal processor, other than a beamformer, coupled to the microphone to receive the audio signals generated thereby and configured to process the received audio signals, wherein the audio signal processor comprises an anti-reverberation filter; a camera oriented at least partially toward the microphone and configured to generate a scene image; an image analyzer coupled to the camera and configured to automatically analyze the scene image, so as to estimate a distance between the speaker and the microphone; and a tuner coupled to the image analyzer and to the audio signal processor and configured to automatically alter an operating parameter of the audio signal processor, based at least in part on the estimated distance between the speaker and the microphone, wherein the tuner is configured to reduce aggressiveness of the anti-reverberation filter when the estimated distance is greater than a calculated value indicative of a critical reverberation distance. a microphone configured to detect speech uttered by the speaker and generate corresponding audio signals; an audio signal processor, other than a beamformer, coupled to the microphone to receive the audio signals generated thereby and configured to process the received audio signals, wherein the audio signal processor comprises an anti-reverberation filter; a camera oriented at least partially toward the microphone and configured to generate a scene image; an image analyzer coupled to the camera and configured to automatically analyze the scene image, so as to estimate a distance between the speaker and the microphone; and a tuner coupled to the image analyzer and to the audio signal processor and configured to automatically alter an operating parameter of the audio signal processor, based at least in part on the estimated distance between the speaker and the microphone, wherein the tuner is configured to reduce aggressiveness of the anti-reverberation filter when the estimated distance is greater than a calculated value indicative of a critical reverberation distance.
A robotic surgical system comprising: a reamer operable to ream bone coupled to an end effector, the reamer comprising: a primary driveshaft configured to rotate about a first axis of rotation; a cutting head coupled to a distal end of the primary driveshaft, the cutting head configured to rotate about a second axis of rotation laterally offset from the first axis of rotation; and a robotic arm including the end effector, the robotic arm configured to control a cutting depth of the cutting head, a retainer coupling the primary driveshaft to the end effector of the robotic arm, characterised in that the retainer defines a first longitudinal axis extending orthogonally to the primary driveshaft, wherein the retainer includes a portion defining a second longitudinal axis extending parallel to and laterally offset from the first longitudinal axis. a reamer operable to ream bone coupled to an end effector, the reamer comprising: a primary driveshaft configured to rotate about a first axis of rotation; a cutting head coupled to a distal end of the primary driveshaft, the cutting head configured to rotate about a second axis of rotation laterally offset from the first axis of rotation; and a primary driveshaft configured to rotate about a first axis of rotation; a cutting head coupled to a distal end of the primary driveshaft, the cutting head configured to rotate about a second axis of rotation laterally offset from the first axis of rotation; and a robotic arm including the end effector, the robotic arm configured to control a cutting depth of the cutting head, a retainer coupling the primary driveshaft to the end effector of the robotic arm, characterised in that the retainer defines a first longitudinal axis extending orthogonally to the primary driveshaft, wherein the retainer includes a portion defining a second longitudinal axis extending parallel to and laterally offset from the first longitudinal axis.
A method for producing make-up elements comprising the steps of: - mixing at least some pigments/beads, a filler and a binder to obtain a make-up powder having a moisture between 0.8 and 1,5% - pressing the make-up powder on a first surface of a matrix having a plurality of through holes, thus pushing the make-up powder through a first end of said holes to form a plurality of strips which protrude from a second end of the holes disposed on a second surface of the matrix, and - breaking the plurality of strips in the proximity of said second surface, so as to form a plurality of make-up elements. - mixing at least some pigments/beads, a filler and a binder to obtain a make-up powder having a moisture between 0.8 and 1,5% - pressing the make-up powder on a first surface of a matrix having a plurality of through holes, thus pushing the make-up powder through a first end of said holes to form a plurality of strips which protrude from a second end of the holes disposed on a second surface of the matrix, and - breaking the plurality of strips in the proximity of said second surface, so as to form a plurality of make-up elements.
A fuel injection valve for a large diesel engine, with a nozzle head which has at least one nozzle hole through which a fuel can be introduced into a combustion chamber, with a fuel pipe through which the fuel can be introduced under a high pressure into a pressure chamber, with a nozzle needle which is loaded with a spring, with a first valve seat, which is designed to cooperate with the nozzle needle in such a way that, in an open state of the nozzle needle, a flow connection between the pressure chamber and the nozzle head is opened, and that, in a closed state, the nozzle needle cooperates in a sealing manner with the first valve seat, so that the flow connection between the pressure chamber and the nozzle head is closed, with a movable actuating piston, which is designed to move the nozzle needle from the open state to the closed state by a stroke movement, and with a control chamber for moving the actuating piston from a first position, in which the nozzle needle is in the open state, to a second position, in which the nozzle needle is in the closed state, wherein the control chamber receives one end of the actuating piston, characterized in that an intermediate chamber is provided, which can be connected to the control chamber via a closable flow connection, wherein the end of the actuating piston is designed as a closing body which closes the flow connection between the control chamber and the intermediate chamber when the actuating piston is in the first position, wherein a closable opening throttle is provided, with which the intermediate chamber can be connected to an outlet for the fuel, wherein a first closing throttle is provided which connects the control chamber to the fuel pipe, wherein a second closing throttle is provided which connects the intermediate chamber to the fuel pipe, and wherein the diameter of the second closing throttle is smaller than the diameter of the first closing throttle.
An air-conditioning system comprising a discharge device for discharging condensed water from the air-conditioning system, wherein the discharge device has a piping system for guiding the condensed water, wherein the discharge device has a regulating element, wherein the regulating element is configured and arranged such that the regulating element guides the condensed water inside the piping system in the first rotational position and establishes a continuous connection between a drip-off point for the condensed water and an outer area around the air-conditioning system in the second rotational position, characterized in that the regulating element is configured as an open channel rotatable about a longitudinal axis between a first rotational position and a second rotational position. wherein the discharge device has a piping system for guiding the condensed water, wherein the discharge device has a regulating element, wherein the regulating element is configured and arranged such that the regulating element guides the condensed water inside the piping system in the first rotational position and establishes a continuous connection between a drip-off point for the condensed water and an outer area around the air-conditioning system in the second rotational position, characterized in that the regulating element is configured as an open channel rotatable about a longitudinal axis between a first rotational position and a second rotational position.