mhurhangee/ep-ind-claims huggingface dataset:
A hybrid propulsion system for a vehicle, comprising: a multiple step fixed-gear ratio transmission device for transmitting torque to a first at least one drive wheel; an electric energy conversion device (114,124); and a control system; characterised in that during a deceleration condition, the control system is operative to increase negative torque output of the electric energy conversion device to meet a desired wheel braking torque in response to the fixed-ratio transmission downshifting from a first gear ratio to a second gear ratio that is higher than the first gear ratio. a multiple step fixed-gear ratio transmission device for transmitting torque to a first at least one drive wheel; an electric energy conversion device (114,124); and a control system;
A power controller comprising: an output stage; a sensing circuit for providing an output corresponding to a voltage of the output stage; a pulse generator that charges the output stage; and a multi-state digital logic circuit having N states S 1 through S N corresponding to N pulse frequencies f i, i=1 through N, and that controls the pulse generator, characterised in that the pulse frequencies f i monotonically increasing with i; wherein the N states include states S 1 through S M with lower frequencies f 1 through f M and states S M+1 through 5 N with higher frequencies f M+1 through f N, and wherein the digital logic circuit switches to state S N from any of states S 1 through S M when a number of pulses needed to charge the output stage exceeds a threshold number N Ai for each state S 1 through S M. an output stage; a sensing circuit for providing an output corresponding to a voltage of the output stage; a pulse generator that charges the output stage; and a multi-state digital logic circuit having N states S 1 through S N corresponding to N pulse frequencies f i, i=1 through N, and that controls the pulse generator, characterised in that the pulse frequencies f i monotonically increasing with i; wherein the N states include states S 1 through S M with lower frequencies f 1 through f M and states S M+1 through 5 N with higher frequencies f M+1 through f N, and wherein the digital logic circuit switches to state S N from any of states S 1 through S M when a number of pulses needed to charge the output stage exceeds a threshold number N Ai for each state S 1 through S M.
A turbine comprising: a. a rotor; b. a casing circumferentially surrounding at least a portion of the rotor, wherein the rotor and the casing at least partially define a gas path through the turbine; c. a plurality of stages of rotating blades extending radially between the rotor and the casing, the plurality of stages including a last stage of rotating blades circumferentially arranged around the rotor, wherein each rotating blade of the last stage of rotating blades only includes a downstream swept portion defined along a radial length of the rotating blade and extending radially outward from the rotor, wherein the curvature of the downstream swept portion begins from at least 50% along the radial length of the leading edge of the last stage of rotating blades from the outer surface of the rotor, d. wherein a radial length of the rotating blade continuously increases along a chord line of the rotating blade from a leading edge portion of the rotating blade to a trailing edge portion of the rotating blade. a. a rotor; b. a casing circumferentially surrounding at least a portion of the rotor, wherein the rotor and the casing at least partially define a gas path through the turbine; c. a plurality of stages of rotating blades extending radially between the rotor and the casing, the plurality of stages including a last stage of rotating blades circumferentially arranged around the rotor, wherein each rotating blade of the last stage of rotating blades only includes a downstream swept portion defined along a radial length of the rotating blade and extending radially outward from the rotor, wherein the curvature of the downstream swept portion begins from at least 50% along the radial length of the leading edge of the last stage of rotating blades from the outer surface of the rotor, d. wherein a radial length of the rotating blade continuously increases along a chord line of the rotating blade from a leading edge portion of the rotating blade to a trailing edge portion of the rotating blade.
A method, comprising: receiving a first network insight from a network element; adjusting functionality of an application of a user equipment to pre-fetch data based on the received first network insight, wherein the first network insight comprises a network condition corresponding to the user equipment; determining at least one environmental condition corresponding to the user equipment; monitoring the at least one environmental condition; and readjusting the functionality of the application to pre-fetch data when the at least one environmental condition meets a predetermined condition wherein the predetermined condition comprises at least one threshold being exceeded with respect to the at least one environmental condition, wherein the readjustment comprises one of discontinuing prefetching and reducing prefetching; further monitor the at least one environmental condition; and further readjust the functionality of the application of the user equipment to pre-fetch data when the at least one environmental condition meets a second predetermined condition. receiving a first network insight from a network element; adjusting functionality of an application of a user equipment to pre-fetch data based on the received first network insight, wherein the first network insight comprises a network condition corresponding to the user equipment; determining at least one environmental condition corresponding to the user equipment; monitoring the at least one environmental condition; and readjusting the functionality of the application to pre-fetch data when the at least one environmental condition meets a predetermined condition wherein the predetermined condition comprises at least one threshold being exceeded with respect to the at least one environmental condition, wherein the readjustment comprises one of discontinuing prefetching and reducing prefetching; further monitor the at least one environmental condition; and further readjust the functionality of the application of the user equipment to pre-fetch data when the at least one environmental condition meets a second predetermined condition.
An optical node for managing optical signals, said optical node being configurable to be connected to a main lightpath and to a protection lightpath, said protection lightpath being an alternate optical path in case of a failure event on the main lightpath, the optical node being configurable to transmit an output optical signal on a first carrier wavelength on the main optical path, said optical node characterized by: - a first carrier wavelength selector device being configurable to be provided with a first carrier signal on the first carrier wavelength and with a second carrier signal on a second carrier wavelength, said first carrier wavelength and said second carrier wavelength being different carrier wavelengths, and adapted for outputting a selected optical signal, said selected optical signal resulting from the selection of the first carrier signal or from the selection of the second carrier signal, - an optical modulator device for performing the modulation of a transmit informative signal with the selected optical signal, said transmit informative signal comprising first informative data, said modulation resulting into the output optical signal, and in response to occurrence of a failure event on the main lightpath, the optical node being adapted for: - configuring the first carrier wavelength selector device for selecting the second carrier signal for outputting the selected optical signal to be provided to the optical modulator device, - transmitting the output optical signal on the protection lightpath, said output optical signal resulting from the modulation performed by the optical modulator device. - a first carrier wavelength selector device being configurable to be provided with a first carrier signal on the first carrier wavelength and with a second carrier signal on a second carrier wavelength, said first carrier wavelength and said second carrier wavelength being different carrier wavelengths, and adapted for outputting a selected optical signal, said selected optical signal resulting from the selection of the first carrier signal or from the selection of the second carrier signal, - an optical modulator device for performing the modulation of a transmit informative signal with the selected optical signal, said transmit informative signal comprising first informative data, said modulation resulting into the output optical signal, - configuring the first carrier wavelength selector device for selecting the second carrier signal for outputting the selected optical signal to be provided to the optical modulator device, - transmitting the output optical signal on the protection lightpath, said output optical signal resulting from the modulation performed by the optical modulator device.
A method of wireless communication, comprising: receiving a downlink control information, DCI, comprising a resource assignment on a downlink, DL, component carrier, CC, in a carrier aggregation, CA, configuration, the resource assignment comprising an identifier associated with aperiodic sounding reference signal, A-SRS, transmissions on one or more uplink, UL, CCs in the CA configuration, an A-SRS trigger, and the resource assignment further comprising power control information for the A-SRS transmissions, wherein the identifier is an SRS radio network temporary identifier, RNTI, SRS-RNTI, and wherein the one or more UL CCs are configured to transmit A-SRS and not perform UL data transmissions; and transmitting the A-SRS transmissions on the one or more UL CCs in accordance with the power control information and the A-SRS trigger. receiving a downlink control information, DCI, comprising a resource assignment on a downlink, DL, component carrier, CC, in a carrier aggregation, CA, configuration, the resource assignment comprising an identifier associated with aperiodic sounding reference signal, A-SRS, transmissions on one or more uplink, UL, CCs in the CA configuration, an A-SRS trigger, and the resource assignment further comprising power control information for the A-SRS transmissions, wherein the identifier is an SRS radio network temporary identifier, RNTI, SRS-RNTI, and wherein the one or more UL CCs are configured to transmit A-SRS and not perform UL data transmissions; and transmitting the A-SRS transmissions on the one or more UL CCs in accordance with the power control information and the A-SRS trigger.
A panel (1, 1') including a top side (4, 4'), an underside (12, 12'), a body (9, 9'), complementary locking means provided in pairs at mutually opposite panel edges, at least one pair of locking means with hook profiles, namely a receiving hook and in opposite relationship thereto an arresting hook, with the proviso that the receiving hook has arranged remote from the body a hook edge and arranged nearer to the body a receiving recess, wherein the receiving recess is open towards the top side, the arresting hook is provided with an arresting recess arranged nearer to the body and open to the underside and has an arresting step arranged remote from the body and which fits in a vertical joining direction into the receiving recess of the receiving hook, the arresting hook has a transverse joining surface remote from the body and also remote from the body a vertically acting arresting contour, the receiving hook has nearer to the body a transverse joining surface and also nearer to the body a positively locking contour which fits together in positively locking relationship with the arresting contour, that is remote from the body, of the arresting hook so that locking can be implemented perpendicularly to the plane of mounted panels, the arresting hook has arranged nearer to the body a horizontal locking surface at its arresting step, the receiving hook has arranged remote from the body a horizontal locking surface in the receiving recess, formed at the receiving hook is a receiving opening through which the arresting step can be inserted substantially in the joining direction into the receiving recess, wherein the arresting step and the receiving opening are of such a configuration that the step end during a joining movement initially fits without elastic deformation of the hook profiles into the receiving opening, to such an extent that the horizontal locking surface of the arresting hook makes contact with a part of its surface with the horizontal locking surface of the receiving hook, whereas the hook edge of the receiving hook and the arresting recess of the arresting hook form a lower latching means, and that the arresting hook has a flexural region, characterised in that provided remote from the body at the hook edge of the receiving hook is a female latching element or a male latching element, and wherein the arresting recess has near the body a female latching element or a male latching element complementary thereto, and that also the receiving hook has a flexural region.
A nutritional composition comprising 10 to 50 wt.% vegetable lipids based on dry weight of the composition, and lipid globules with a core comprising said vegetable lipids wherein said lipid globules have 1) a volume-weighted mode diameter above 1.0 μm, preferably between 1.0 and 10 μm, and/or 2) a diameter of 2 to 12 μm in an amount of at least 45, more preferably at least 55 volume % based on total lipid, for use in altering brain membrane fatty acid composition selected from the group consisting of i) increasing brain membrane fluidity, ii) increasing brain membrane PUFA, iii) increasing brain membrane LC-PUFA, iv) decreasing brain membrane ratio of n6/n3 LC-PUFA, v) decreasing brain membrane ratio of n6 /n3 PUFA, vi) increasing brain membrane n3 PUFA, vii increasing brain membrane n3 LC-PUFA and vii) increasing brain membrane DHA. 10 to 50 wt.% vegetable lipids based on dry weight of the composition, and lipid globules with a core comprising said vegetable lipids wherein said lipid globules have 1) a volume-weighted mode diameter above 1.0 μm, preferably between 1.0 and 10 μm, and/or 2) a diameter of 2 to 12 μm in an amount of at least 45, more preferably at least 55 volume % based on total lipid, for use in altering brain membrane fatty acid composition selected from the group consisting of i) increasing brain membrane fluidity, ii) increasing brain membrane PUFA, iii) increasing brain membrane LC-PUFA, iv) decreasing brain membrane ratio of n6/n3 LC-PUFA, v) decreasing brain membrane ratio of n6 /n3 PUFA, vi) increasing brain membrane n3 PUFA, vii increasing brain membrane n3 LC-PUFA and vii) increasing brain membrane DHA. 1) a volume-weighted mode diameter above 1.0 μm, preferably between 1.0 and 10 μm, and/or 2) a diameter of 2 to 12 μm in an amount of at least 45, more preferably at least 55 volume % based on total lipid, for use in altering brain membrane fatty acid composition selected from the group consisting of i) increasing brain membrane fluidity, ii) increasing brain membrane PUFA, iii) increasing brain membrane LC-PUFA, iv) decreasing brain membrane ratio of n6/n3 LC-PUFA, v) decreasing brain membrane ratio of n6 /n3 PUFA, vi) increasing brain membrane n3 PUFA, vii increasing brain membrane n3 LC-PUFA and vii) increasing brain membrane DHA.
An apparatus for pouring a molten metal, comprising: a crucible having a bottom wall member with an aperture formed therethrough; and an integrally formed ceramic molten metal dispenser (125,4000), comprising: an upstanding first tube (257,4257) positioned within said crucible and having a first end located around said aperture and another second end that is closed, said first tube having at least one entrance (252,4252) for allowing the passage of molten metal from said crucible to said first tube, said first tube having a double wall to define a molten metal receiving cavity therein; an upstanding second tube (256,4256) located within said first tube and having one end coupled to said first end of the first tube and in fluid communication with said aperture and another end (251a,4251a) defining an inlet from said first tube; a passageway (250,4250) extending along said second tube for the passage of the molten metal from said at least one entrance to said inlet. a crucible having a bottom wall member with an aperture formed therethrough; and an integrally formed ceramic molten metal dispenser (125,4000), comprising: an upstanding first tube (257,4257) positioned within said crucible and having a first end located around said aperture and another second end that is closed, said first tube having at least one entrance (252,4252) for allowing the passage of molten metal from said crucible to said first tube, said first tube having a double wall to define a molten metal receiving cavity therein; an upstanding second tube (256,4256) located within said first tube and having one end coupled to said first end of the first tube and in fluid communication with said aperture and another end (251a,4251a) defining an inlet from said first tube; a passageway (250,4250) extending along said second tube for the passage of the molten metal from said at least one entrance to said inlet. an upstanding first tube (257,4257) positioned within said crucible and having a first end located around said aperture and another second end that is closed, said first tube having at least one entrance (252,4252) for allowing the passage of molten metal from said crucible to said first tube, said first tube having a double wall to define a molten metal receiving cavity therein; an upstanding second tube (256,4256) located within said first tube and having one end coupled to said first end of the first tube and in fluid communication with said aperture and another end (251a,4251a) defining an inlet from said first tube; a passageway (250,4250) extending along said second tube for the passage of the molten metal from said at least one entrance to said inlet.
A manipulator with multiple degrees of freedom for surgery driven by a driving means, comprising: a pair of gripping members (11a, 11b); a first axis that connects both the gripping members (11a, 11b) rotatably; a second axis existing on an imaginary plane substantially perpendicular to the first axis; a first link mechanism for converting a drive power of the driving means to a rotary motion of one gripping member (11a, 11b) around the first axis; a second link mechanism for converting a drive power of the drive means to a rotary motion of the other gripping member (11a, 11b) around the first axis; a third link mechanism for converting a drive power of the driving means to a rotary motion of both the gripping members (11a, 11b) around the second axis; a first supporting body for supporting the gripping members (11a, 11b) with the first axis; and a second supporting body for supporting the first supporting body with the second axis, wherein each of the first and second link mechanisms comprises: a first link (51a, 51b) supported slidably by the first supporting body; a second link (12a, 12b) supported slidably by the second supporting body; and a third link (50a, 50b) for connecting between the first link (51a, 51b) and the second link (12a, 12b). a pair of gripping members (11a, 11b); a first axis that connects both the gripping members (11a, 11b) rotatably; a second axis existing on an imaginary plane substantially perpendicular to the first axis; a first link mechanism for converting a drive power of the driving means to a rotary motion of one gripping member (11a, 11b) around the first axis; a second link mechanism for converting a drive power of the drive means to a rotary motion of the other gripping member (11a, 11b) around the first axis; a third link mechanism for converting a drive power of the driving means to a rotary motion of both the gripping members (11a, 11b) around the second axis; a first supporting body for supporting the gripping members (11a, 11b) with the first axis; and a second supporting body for supporting the first supporting body with the second axis, wherein each of the first and second link mechanisms comprises: a first link (51a, 51b) supported slidably by the first supporting body; a second link (12a, 12b) supported slidably by the second supporting body; and a third link (50a, 50b) for connecting between the first link (51a, 51b) and the second link (12a, 12b). a first link (51a, 51b) supported slidably by the first supporting body; a second link (12a, 12b) supported slidably by the second supporting body; and a third link (50a, 50b) for connecting between the first link (51a, 51b) and the second link (12a, 12b).
Assembly of at least one tank of a waste collection bin, in particular of a plurality of tanks that can be stacked, and of a protective lid made of plastic, the assembly being characterised in that the assembly comprise an adhesive and in that the protective lid is attached temporarily to a tank of the assembly using the adhesive applied on the protective lid, the adhesive being selected so as to allow subsequent separation of the protective lid from the tank, in particular substantially without leaving any residue of adhesive on the tank and in that the tank comprises attachment means for a pivoting lid different from the protective lid.
An automatic camera-cleaning device that removes spider webs and other debris from the front of a surveillance camera, the automatic camera-cleaning device comprising: an electric motor; an electronics box having a motor control circuit for controlling the electric motor and a timing-control circuit for controlling a start time, finish time, and run time of the cleaning device; a vertical arm mounted to the electronics box; a freely rotating L-shaped hinge that is pivotally attached to the vertical arm and enables the cleaning device to transition between a cleaning position and a rest position in which the cleaning device is outside of the field of view of the camera; and a rotatable cleaning unit having a cleaning head and a propeller blade that spins, when powered by the motor, to lift the unit up to the cleaning position. an electric motor; an electronics box having a motor control circuit for controlling the electric motor and a timing-control circuit for controlling a start time, finish time, and run time of the cleaning device; a vertical arm mounted to the electronics box; a freely rotating L-shaped hinge that is pivotally attached to the vertical arm and enables the cleaning device to transition between a cleaning position and a rest position in which the cleaning device is outside of the field of view of the camera; and a rotatable cleaning unit having a cleaning head and a propeller blade that spins, when powered by the motor, to lift the unit up to the cleaning position.