mhurhangee/ep-ind-claims huggingface dataset:
A method for applying torque for securing a fastener with a torque tool, the method comprising: determining an initial command torque value for outputting torque to a fastener engaged by the torque tool that is less than a target command torque value; and in response to actuation of the torque tool, operating the torque tool at the initial command torque value; characterised by, in response to a spike in torque, increasing from the initial command torque value to a jump command torque value to increase torque output by the torque tool; and ramping from the jump command torque value toward the target command torque value to increase torque output by the torque tool. determining an initial command torque value for outputting torque to a fastener engaged by the torque tool that is less than a target command torque value; and in response to actuation of the torque tool, operating the torque tool at the initial command torque value;
A method for recovery of rare earth metals from diluted aqueous acidic solution comprising: liquid-phase extraction of REM into an organic phase and re-extraction of REM from the organic phase; wherein the re-extraction is carried out by precipitation of REM from the organic phase with 30 wt.% to 70 wt.% aqueous solution of sulphuric acid, a mixture of H 2 SO 4 with HCl or HNO 3, or a mixture of M(HSO 4) n with H 2 SO 4 and HCl or HNO 3, where M is Na, K, Mg or REM atom, as a solid phase in the form of REM sulphates, and wherein an extractant used as the organic phase is chosen from a group consisting of phosphine oxide in kerosene, tributylphosphate in kerosene, and di-(2-ethylhexyl)phosphoric acid (DEHPA). liquid-phase extraction of REM into an organic phase and re-extraction of REM from the organic phase; wherein the re-extraction is carried out by precipitation of REM from the organic phase with 30 wt.% to 70 wt.% aqueous solution of sulphuric acid, a mixture of H 2 SO 4 with HCl or HNO 3, or a mixture of M(HSO 4) n with H 2 SO 4 and HCl or HNO 3, where M is Na, K, Mg or REM atom, as a solid phase in the form of REM sulphates, and wherein an extractant used as the organic phase is chosen from a group consisting of phosphine oxide in kerosene, tributylphosphate in kerosene, and di-(2-ethylhexyl)phosphoric acid (DEHPA).
A pneumatic tire having in the tread portion circumferential main grooves including shoulder circumferential main grooves which continuously extend in a tire circumferential direction and are arranged at the axial outermost side of the tire, and a plurality of shoulder lateral grooves which are provided on shoulder land portions arranged on the tire axial outer side of the shoulder circumferential main groove and which not only extend from the tire axial outer side of a tread ground-contact edge (Te) to a tire axial inner side but also have an inner end in a tire axial direction terminating within the shoulder land portions, wherein the shoulder lateral grooves have angle α with respect to the tire circumferential direction in a range of 80 to 90°, and wherein the shoulder lateral grooves have the deepest part where the groove depth (H12a) is largest and the groove depth (H12a) of the deepest part is made 70 to 90% of the groove depth (Hgs) of the shoulder circumferential main groove, characterized in that the pneumatic tire has a tire flattening rate of more than 55% and less than 70%, on a meridian cross section of a tire which is mounted on a standard wheel rim, and in a condition with an internal pressure of 5%, which is 5% of a standard internal pressure, applied, a contour line of a surface of a tread portion forms an arc having a single radius of curvature, and a tire axial distance Ds between the tire axially inner end and the shoulder circumferential main groove is in a range of 3.5 to 5.5 mm.
Exterior element for portable objects comprising a support on which is arranged a first material, said first material being chosen to be capable of reflecting different visible wavelengths as a function of applied mechanical stress, said exterior element further including a device that allows to modify the stress applied to said material, characterized in that the device which allows to modify the stress applied to said first material uses a second material whose volume is capable of varying as a function of a physical magnitude, said second material being associated with a flexible element carrying the first material.
An elevator safety gear actuation device for actuating an elevator safety gear, the elevator safety gear actuation device comprising: a first member; and a second member; wherein the first and second members (23, 25) are arranged opposite to each other defining a gap for accommodating a guide member (14, 15) extending in a longitudinal direction; wherein the first member comprises an engagement element which is movable between a disengaged position and an engaged position, wherein the engagement element comprises at least one first permanent magnet configured for being magnetically attracted by the guide member (14, 15) extending through the gap and attaching to the guide member (14, 15), when the engagement element is arranged in the engaged position; and wherein the second member comprises two rollers, which are spaced apart from each other in the longitudinal direction and are configured for rolling along the guide member; characterized in that the second member includes a magnet holder, and said magnet holder supports at least one second permanent magnet which is arranged between the two rollers in the longitudinal direction and which is configured for being magnetically attracted to the guide member (14, 15) for counterbalancing the magnetic force actuated onto the guide member (14, 15) by the at least one first permanent magnet, and for assuring that the second member follows the guide member (14, 15). a first member; and a second member; wherein the first and second members (23, 25) are arranged opposite to each other defining a gap for accommodating a guide member (14, 15) extending in a longitudinal direction; wherein the first member comprises an engagement element which is movable between a disengaged position and an engaged position, wherein the engagement element comprises at least one first permanent magnet configured for being magnetically attracted by the guide member (14, 15) extending through the gap and attaching to the guide member (14, 15), when the engagement element is arranged in the engaged position; and wherein the second member comprises two rollers, which are spaced apart from each other in the longitudinal direction and are configured for rolling along the guide member; characterized in that the second member includes a magnet holder, and said magnet holder supports at least one second permanent magnet which is arranged between the two rollers in the longitudinal direction and which is configured for being magnetically attracted to the guide member (14, 15) for counterbalancing the magnetic force actuated onto the guide member (14, 15) by the at least one first permanent magnet, and for assuring that the second member follows the guide member (14, 15).
Bracelet clasp of the type having an unfolding buckle, comprising first and second strips (2, 4) hinged to each other via a first of the respective ends thereof, between a closed position for wear, and at least one open position, said first strip carrying a fastening member to a first bracelet strand, said second, bottom strip carrying a loop at the second end thereof defining a passage for a second bracelet strand and carrying a lug intended to be inserted in a suitable hole in the bracelet strand to define a point of anchorage of said bracelet to the clasp, the clasp further comprising at least one locking member (38, 40) for holding said first and second strips (2, 4) in the closed position thereof, and being characterized in that said loop has a plurality of sites, substantially aligned along the longitudinal direction of the bracelet, each of which is capable of cooperating with said lug to ensure the assembly thereof to said loop and to define a predefined position of the point of anchorage associated with a predefined usable length of the bracelet.
A system for reducing a temperature of a braking assembly, the system comprising: the braking assembly of a wheel assembly, the braking assembly comprising a plurality of friction disks; an airflow amplifier coupled to the wheel assembly; a conduit extending from a compressed gas source to the airflow amplifier; and characterized by further comprising a compressed gas source comprising a solid state material that generates gas via a chemical reaction; and wherein the airflow amplifier is configured to entrain ambient air in response to compressed gas from the compressed gas source flowing through the airflow amplifier via the conduit, wherein the airflow amplifier is configured to direct the entrained air and the compressed gas onto the braking assembly to reduce the temperature of the braking assembly. the braking assembly of a wheel assembly, the braking assembly comprising a plurality of friction disks; an airflow amplifier coupled to the wheel assembly; a conduit extending from a compressed gas source to the airflow amplifier; and characterized by further comprising a compressed gas source comprising a solid state material that generates gas via a chemical reaction; and wherein the airflow amplifier is configured to entrain ambient air in response to compressed gas from the compressed gas source flowing through the airflow amplifier via the conduit, wherein the airflow amplifier is configured to direct the entrained air and the compressed gas onto the braking assembly to reduce the temperature of the braking assembly.
A vibration unit, comprising: a rotor; a stator; a first rotor coil coupled to the rotor; a second rotor coil coupled to the rotor; a first stator coil coupled to the stator and proximal to the first rotor coil; a second stator coil coupled to the stator and proximal to the second rotor coil; and a controller operable to alternatingly cause the first rotor coil and the first stator coil to have a first state and the second rotor coil and the second stator coil to have a second state. a first flexible conductor coupled between the first rotor coil and the first stator coil; and a second flexible conductor coupled between the second rotor coil and the second stator coil. a rotor; a stator; a first rotor coil coupled to the rotor; a second rotor coil coupled to the rotor; a first stator coil coupled to the stator and proximal to the first rotor coil; a second stator coil coupled to the stator and proximal to the second rotor coil; and a controller operable to alternatingly cause the first rotor coil and the first stator coil to have a first state and the second rotor coil and the second stator coil to have a second state. a first flexible conductor coupled between the first rotor coil and the first stator coil; and a second flexible conductor coupled between the second rotor coil and the second stator coil.
A cooling apparatus comprising: a thermal spreader comprising a heat-pipe plate or a graphite plate adapted to be in direct thermal contact with an electronic component; a phase change thermal capacitor in thermal contact with the thermal spreader for storing heat in a phase transition during peak thermal loads of the electronic component or conditions of reduced cooling; and a cold plate in direct thermal contact with the thermal spreader, for dissipating heat from the thermal spreader. a thermal spreader comprising a heat-pipe plate or a graphite plate adapted to be in direct thermal contact with an electronic component; a phase change thermal capacitor in thermal contact with the thermal spreader for storing heat in a phase transition during peak thermal loads of the electronic component or conditions of reduced cooling; and a cold plate in direct thermal contact with the thermal spreader, for dissipating heat from the thermal spreader.
A grinding composition, comprising: - a selected grinding powder in a concentration of between about 51 % w/w to about 65% w/w; - a selected thickening agent in a concentration of between about 5% w/w to about 35% w/w, wherein the selected thickening agent is selected from one or more of the group consisting of a white oil, an animal oil, an vegetable oil, or a stearine wax; and - a selected additive in a concentration of between about 3% w/w to about 30% w/w, wherein the selected additive is selected from one or more of the group consisting of an antirust powder, an antiwear powder, an antistatic powder, or an antioxidation powder, wherein the grinding composition, when applied, sharpens a paper shredder blade. - a selected grinding powder in a concentration of between about 51 % w/w to about 65% w/w; - a selected thickening agent in a concentration of between about 5% w/w to about 35% w/w, wherein the selected thickening agent is selected from one or more of the group consisting of a white oil, an animal oil, an vegetable oil, or a stearine wax; and - a selected additive in a concentration of between about 3% w/w to about 30% w/w, wherein the selected additive is selected from one or more of the group consisting of an antirust powder, an antiwear powder, an antistatic powder, or an antioxidation powder,
A cold gas spray gun with a high-pressure gas heater having a pressure vessel through which a gas flows and a heating element arranged in the pressure vessel and with a mixing chamber (6, 14) in which particles can be supplied to the gas by a particle feed and with a Laval nozzle consisting of a converging portion (7, 12, 15), a nozzle throat and a diverging portion, characterized in that the high-pressure gas heater is arranged at the mixing chamber (6, 14) and the mixing chamber (6, 14) is arranged at the Laval nozzle in succession in the flow direction of the gas, and wherein the high-pressure gas heater and the mixing chamber (6, 14) are at least partially internally insulated at the contact surfaces contacting the gas and that the pressure vessel of the high-pressure gas heater and / or the mixing chamber are insulated by a gas gap between an inner shell enclosing the gas and an outer shell.
An apparatus for a user equipment, the apparatus comprising means for performing: measuring interference in a radio resource control non-connected mode; estimating interference on different radio resources based on the measurements of the interference; selecting an interference profile among a plurality of interference profiles based on the estimated interference, wherein different interference profiles map to different radio resources on which at least one downlink message of an access procedure is to be received; including, as information of the measured interference, an indication of the selected interference profile in an uplink message of the access procedure, wherein the selected interference profile maps to radio resources on which interference is estimated to be below a predetermined interference threshold for the reception of the at least one downlink message; and causing reception of the at least one downlink message of said access procedure on radio resources which are at least partially based on the included indication. measuring interference in a radio resource control non-connected mode; estimating interference on different radio resources based on the measurements of the interference; selecting an interference profile among a plurality of interference profiles based on the estimated interference, wherein different interference profiles map to different radio resources on which at least one downlink message of an access procedure is to be received; including, as information of the measured interference, an indication of the selected interference profile in an uplink message of the access procedure, wherein the selected interference profile maps to radio resources on which interference is estimated to be below a predetermined interference threshold for the reception of the at least one downlink message; and causing reception of the at least one downlink message of said access procedure on radio resources which are at least partially based on the included indication.
Motor vehicle clutch release bearing comprising a rotating ring and a fixed ring each provided with a rolling track (3, 4) forming between them a raceway in which rolling elements are arranged to guide the relative rotation of said rings, the rotating ring having a bearing surface for actuating the diaphragm of the clutch, said bearing surface extending inwardly in a substantially radial direction on the front side of the rolling track of the rotating ring, the rotating ring having a sealing bearing surface formed on the rear side of the rolling track, said sealing surface extending inwardly along a substantially radial direction while forming a reduced clearance with a complementary bearing surface of the fixed ring, at least the rotation ring being made in one piece and said release bearing being characterized in that the fixed ring has a rear wall forming the complementary bearing surface and extending substantially axially and radially opposite that where the sealing bearing surface is arranged to form the reduced clearance, said reduced clearance being formed at the interface of an inner edge of the sealing bearing surface and the complementary bearing surface of the inner ring.
An ostomy pouch comprising a first proximal pouch wall and a second distal pouch wall joined together along their outer periphery to form a cavity for accommodating waste material; an inlet provided in the first pouch wall for receiving waste into the pouch; a comfort layer provided at least on the distal pouch wall; the comfort layer comprises two cover panels (3a, 3b) covering each side of the pouch and sealed along the periphery wherein said two cover panels (3a, 3b) abut or overlap each other without being permanently attached to one another; characterized in that said two cover panels (3a, 3b) abut or overlap each other without being permanently attached to one another along a longitudinally oriented line on the pouch.
A support frame for an orthopedic bone cutter comprising a cutting shell, the support frame comprising: a) a plurality of first struts extending radially and longitudinally from a proximal strut end at a frame base to a distal first strut end and towards an imaginary apex, a rotational axis extending through the imaginary apex, wherein each of the plurality of first struts comprises a first strut sidewall having a sidewall thickness that resides between opposed interior and exterior first strut sidewall surfaces (54, 56); b) a plurality of second struts, each of the plurality of second struts extending laterally between the plurality of first struts, wherein each of the plurality of second struts comprises a second strut sidewall having a second strut sidewall thickness that resides between opposed interior and exterior second strut sidewall surfaces (66, 68); and c) a cross-bar interface positioned at the frame base, wherein the cross-bar interface is connectable to a drive shaft, wherein the first and second strut sidewalls (50, 62) are of a convexo-concave shape, wherein the exterior surfaces (56, 68) of the first and second strut sidewalls (50, 62) are of a convex shape and the interior surfaces (54, 66) of the first and second strut sidewalls (50, 62) are of a concave shape with respect to the rotational axis; and wherein the distal first strut ends do not contact each other and do not reside on the rotational axis; and wherein said support frame is capable of being detachably connected to the orthopedic bone cutter cutting shell. a) a plurality of first struts extending radially and longitudinally from a proximal strut end at a frame base to a distal first strut end and towards an imaginary apex, a rotational axis extending through the imaginary apex, wherein each of the plurality of first struts comprises a first strut sidewall having a sidewall thickness that resides between opposed interior and exterior first strut sidewall surfaces (54, 56); b) a plurality of second struts, each of the plurality of second struts extending laterally between the plurality of first struts, wherein each of the plurality of second struts comprises a second strut sidewall having a second strut sidewall thickness that resides between opposed interior and exterior second strut sidewall surfaces (66, 68); and c) a cross-bar interface positioned at the frame base, wherein the cross-bar interface is connectable to a drive shaft, wherein
A fixing plate of a mold of an injection molding apparatus of plastic material, wherein said molding apparatus comprises a distributor of the plastic material to be injected and a series of injectors connected to the distributor and including a nozzle within which a valve pin is axially movable, said fixing plate bearing a respective electric motor with associated transmission for each injector for controlling the displacement of the relative valve pin between a closed position and an open position to allow the flow of fluid plastic material under pressure from the distributor to the mold cavity, said fixing plate having a first face facing the mold and a second face opposite to said first face and each electric motor is a rotary motor housed, perpendicularly to the axis of the respective injector, in a quickly insertable and removable manner within a respective seat arranged on said second face, laterally with respect to the corresponding injector.
A packaged tea beverage comprising Components (a) to (c): (a) 0.003-0.1% of tea-leaf-derived pectin, (b) 0.1-20 μg/mL of glyceroglycolipid, and (c) 100-600 ppm of catechin compound, wherein the packaged tea beverage has a turbidity (absorbance at an optical density of 680 nm) of 0.005 - 0.25. (a) 0.003-0.1% of tea-leaf-derived pectin, (b) 0.1-20 μg/mL of glyceroglycolipid, and (c) 100-600 ppm of catechin compound,
A method of operating a quantum computer, comprising: for each phase angle φ in a sequence of phase angles: initializing N qubits of the quantum computer in a Greenberger-Horne-Zeilinger, GHZ, state that allows the amplification of quantum errors through coherent phase accumulation; measuring parity oscillations of the GHZ state for the phase angle φ, obtaining, by one or more classical processors, an ensemble average of accumulated errors, comprising obtaining a power spectrum of the parity oscillations as a function of phase frequency α φ conjugate to phase angle φ; and fitting, by one or more classical processors, a Pauli error model to the ensemble average of the accumulated quantum errors, comprising fitting a Pauli phase error probability Ψ z and Pauli bit-flip error probability Ψ x to the power spectrum of the parity oscillations. for each phase angle φ in a sequence of phase angles: initializing N qubits of the quantum computer in a Greenberger-Horne-Zeilinger, GHZ, state that allows the amplification of quantum errors through coherent phase accumulation; measuring parity oscillations of the GHZ state for the phase angle φ, initializing N qubits of the quantum computer in a Greenberger-Horne-Zeilinger, GHZ, state that allows the amplification of quantum errors through coherent phase accumulation; measuring parity oscillations of the GHZ state for the phase angle φ, obtaining, by one or more classical processors, an ensemble average of accumulated errors, comprising obtaining a power spectrum of the parity oscillations as a function of phase frequency α φ conjugate to phase angle φ; and fitting, by one or more classical processors, a Pauli error model to the ensemble average of the accumulated quantum errors, comprising fitting a Pauli phase error probability Ψ z and Pauli bit-flip error probability Ψ x to the power spectrum of the parity oscillations.