mhurhangee/ep-ind-claims huggingface dataset:
A unitary one-piece hub for a gas turbine engine comprising: first and second rings (72, 76); and a midsection arranged between the first and second rings (72, 76), the midsection including a plurality of windows configured to receive a plurality of cross members, and the windows each include a lip configured to surround the cross members; characterised in that: the second ring includes a flange for connecting to parts of the engine and a first stiffening element on a radially inner side of the second ring. first and second rings (72, 76); and a midsection arranged between the first and second rings (72, 76), the midsection including a plurality of windows configured to receive a plurality of cross members, and the windows each include a lip configured to surround the cross members; characterised in that: the second ring includes a flange for connecting to parts of the engine and a first stiffening element on a radially inner side of the second ring.
Isocyclosporin A or an ophthalmically acceptable salt thereof for ophthalmic topical use in the prevention or treatment in an individual of an inflammatory and/or autoimmune ophthalmic disease.
Display device for vehicles which comprises a projection element that emits the display light, and a mirror which is intended to reflect the display light, said mirror being moved by a drive means which is intended to angularly move said mirror and consists of a motor which directly drives a cam having a segment of increasing radius for adjusting the orientation of the mirror in an active position, the peripheral surface of the cam coming into sliding contact with the surface of the mirror or of a lateral support which extends said mirror, characterized in that said mirror is tiltable with respect to a transverse axis of rotation positioned in the middle of the height of the mirror, and in that said cam has a profile which is defined by a particular radius/angle function with an angular zone in which the radius varies linearly, for fine adjustment, extended by an angular zone in which the variation in the radius is greater in order to ensure rapid movement to a withdrawn position.
A circuitry for on-chip power regulation of static random access memory, comprising: a memory array comprising a plurality of memory cell blocks arranged in rows and columns, where the memory cell blocks are clustered into a defined number of memory cell blocks along the row, each cluster is connected to a respective local reference line; a plurality of sense amplifiers connected to the respective memory cell blocks; at least one dummy memory cell block additionally arranged to each cluster of memory cell blocks, connected to a main reference line and wherein the plurality of memory cell blocks and the at least one dummy memory cell block are implemented with static random access memory cells; and at least one transistor arranged in between the local reference line of each cluster of memory cell blocks and the main reference line, the transistor being configured to receive an input signal from the dummy memory cell block, thereby performing power gating of the respective cluster of memory cell blocks based on the input signal from the dummy memory cell block, wherein each sense amplifier is configured to receive inputs from a bit-line and a bit-line bar of a respective memory cell block and is further configured to receive inputs from a dummy bit-line and a dummy bit-line bar of a respective dummy memory cell block, and wherein each sense amplifier is further configured to output a value based on the inputs from the dummy bit-line and the dummy bit-line bar independently of the inputs from the bit-line and the bit-line bar. a memory array comprising a plurality of memory cell blocks arranged in rows and columns, where the memory cell blocks are clustered into a defined number of memory cell blocks along the row, each cluster is connected to a respective local reference line; a plurality of sense amplifiers connected to the respective memory cell blocks; at least one dummy memory cell block additionally arranged to each cluster of memory cell blocks, connected to a main reference line and wherein the plurality of memory cell blocks and the at least one dummy memory cell block are implemented with static random access memory cells; and at least one transistor arranged in between the local reference line of each cluster of memory cell blocks and the main reference line, the transistor being configured to receive an input signal from the dummy memory cell block, thereby performing power gating of the respective cluster of memory cell blocks based on the input signal from the dummy memory cell block, wherein each sense amplifier is configured to receive inputs from a bit-line and a bit-line bar of a respective memory cell block and is further configured to receive inputs from a dummy bit-line and a dummy bit-line bar of a respective dummy memory cell block, and wherein each sense amplifier is further configured to output a value based on the inputs from the dummy bit-line and the dummy bit-line bar independently of the inputs from the bit-line and the bit-line bar.
A three-dimensional shaping apparatus configured to shape a three-dimensional shaped object by stacking layers of a material, the three-dimensional shaping apparatus comprising: a discharge unit that has a nozzle surface in which a nozzle hole is formed; a stage having a shaping surface facing the nozzle surface; a moving unit configured to change a relative position between the stage and the nozzle surface; and a control unit configured to control the moving unit, wherein the control unit is configured to drive the moving unit such that a relation between a gap G, in a direction perpendicular to the shaping surface, between the nozzle surface and the stage or a previous layer (Lyn-1) of the material when the material is discharged from the discharge unit and an outer diameter Dp of the nozzle surface satisfies a following relation: Dp ≤ 20 × G + 0.20 mm characterised in that: the discharge unit is configured such that the outer diameter Dp of the nozzle surface satisfies a following relation: 0.50 mm ≤ Dp ≤ 2.20 mm and the control unit is configured to drive the moving unit such that the gap G satisfies a following relation: 0.05 mm ≤ G ≤ 0.20 mm a discharge unit that has a nozzle surface in which a nozzle hole is formed; a stage having a shaping surface facing the nozzle surface; a moving unit configured to change a relative position between the stage and the nozzle surface; and a control unit configured to control the moving unit, wherein the control unit is configured to drive the moving unit such that a relation between a gap G, in a direction perpendicular to the shaping surface, between the nozzle surface and the stage or a previous layer (Lyn-1) of the material when the material is discharged from the discharge unit and an outer diameter Dp of the nozzle surface satisfies a following relation: Dp ≤ 20 × G + 0.20 mm characterised in that: the discharge unit is configured such that the outer diameter Dp of the nozzle surface satisfies a following relation: 0.50 mm ≤ Dp ≤ 2.20 mm and the control unit is configured to drive the moving unit such that the gap G satisfies a following relation: 0.05 mm ≤ G ≤ 0.20 mm the discharge unit is configured such that the outer diameter Dp of the nozzle surface satisfies a following relation: 0.50 mm ≤ Dp ≤ 2.20 mm and the control unit is configured to drive the moving unit such that the gap G satisfies a following relation: 0.05 mm ≤ G ≤ 0.20 mm
Elastic fixing for a piston of a variable compression ratio engine, said piston being securely attached in its bottom part to a transmission member which cooperates on the one hand with a guiding device with rolling bearing, and on the other hand with a toothed wheel securely attached to a link rod in order to ensure the transmission of the movement between said piston and said link rod, characterized in that it consists of at least one metal rod kept under tension between said piston and said transmission member and which applies a strong contact pressure between the base of said piston and the top face of said transmission member, said piston being on the one hand tightened according to a previously calculated angle enabling the metal rod consisting of a stud to be subjected to a desired tension force and the tightening prestress to be reached between said piston and the transmission member and on the other hand indexed in rotation relative to the transmission member, by an additional tightening which does not significantly increase the tightening prestress, said stud continuing to elongate with the same tension force by plastic deformation.
A slatted bed platform adapted to lay transverse to a vehicle behind one or more occupant seats inside a vehicle cabin, the bed platform comprising a supporting beam structure forming a central portion and one or more outer portions; wherein the one or more outer portions is adapted to extend behind the seat in a lateral direction of the vehicle when the bed platform is installed in the vehicle; wherein the supporting beam structure has one or more weakened connector portions adapted to connect the said central portion to the vehicle cabin and/or the one or more outer portions; wherein the said weakened connector portion is adapted to allow the central portion to move forward past the said occupant seats and the said outer portions to remain behind the said seats by disconnection and/or deformation of weakened connector portions from the central portion. wherein the supporting beam structure has one or more weakened connector portions adapted to connect the said central portion to the vehicle cabin and/or the one or more outer portions; wherein the said weakened connector portion is adapted to allow the central portion to move forward past the said occupant seats and the said outer portions to remain behind the said seats by disconnection and/or deformation of weakened connector portions from the central portion.
A computer-implemented method of propagating data packets in a network of nodes, each node in the network having one or more connections to other nodes, the method comprising: generating at least one data packet of a first type; collecting, at a node, a set of data packets of the first type during a first time period, the set including the at least one generated data packet and at least one data packet of the first type received from one or more first nodes in the network; and determining a mapping of the data packets of the set to a plurality of neighbouring nodes connected to the node, the mapping indicating an expected time of relay of each data packet of the set to neighbouring nodes, wherein determining the mapping includes determining at least one of: a first sub-mapping which maps any two data packets having a same source for relay to different subsets of the neighbouring nodes; and a second sub-mapping which maps different expected times of relay to any two data packets that are generated at the node or received by the node from the one or more first nodes in a same time interval, and transmitting the data packets of the set to the plurality of neighbouring nodes according to the determined mapping. generating at least one data packet of a first type; collecting, at a node, a set of data packets of the first type during a first time period, the set including the at least one generated data packet and at least one data packet of the first type received from one or more first nodes in the network; and determining a mapping of the data packets of the set to a plurality of neighbouring nodes connected to the node, the mapping indicating an expected time of relay of each data packet of the set to neighbouring nodes, wherein determining the mapping includes determining at least one of: a first sub-mapping which maps any two data packets having a same source for relay to different subsets of the neighbouring nodes; and a second sub-mapping which maps different expected times of relay to any two data packets that are generated at the node or received by the node from the one or more first nodes in a same time interval, and a first sub-mapping which maps any two data packets having a same source for relay to different subsets of the neighbouring nodes; and a second sub-mapping which maps different expected times of relay to any two data packets that are generated at the node or received by the node from the one or more first nodes in a same time interval, and transmitting the data packets of the set to the plurality of neighbouring nodes according to the determined mapping.
A hearing aid comprising an earpiece, the earpiece comprising: - a first portion; - a sensor coupled to the first portion and configured for sensing a change of a condition of the first portion, and - a component configured to provide an output, - an effector coupled to the first portion, wherein the earpiece is configured such that the first portion is placed at a first bend or at a second bend of an ear canal when the earpiece is inserted in the ear canal of a user, wherein the output comprises a stimulus for interacting with material of the first portion wherein the first portion is configured to change shape in response to the stimulus provided by the component via the effector, and wherein the component is configured to provide the output in response to the input received by sensor. - a first portion; - a sensor coupled to the first portion and configured for sensing a change of a condition of the first portion, and - a component configured to provide an output, - an effector coupled to the first portion, wherein the earpiece is configured such that the first portion is placed at a first bend or at a second bend of an ear canal when the earpiece is inserted in the ear canal of a user, wherein the output comprises a stimulus for interacting with material of the first portion wherein the first portion is configured to change shape in response to the stimulus provided by the component via the effector, and wherein the component is configured to provide the output in response to the input received by sensor.
A method of wireless communication at a relay user equipment, UE, the method comprising: receiving, on a downlink channel from a network entity, at least one message including a radio network temporary identifier, RNTI, of a remote UE associated with the relay UE; characterized by: transmitting, on a sidelink channel, a sidelink grant associated with the RNTI to the remote UE.
A top roller (1, 1') for a drafting system, comprising an axle centre piece (2, 2') and two journal bearings having bearing pins which are arranged on opposite sides in the axle centre piece (2, 2') and on the free end of each of which there is arranged at least one rolling-element bearing which supports an outer ring (7, 7'), the axle centre piece (2, 2') being adapted to the respective different pitches and/or saddle shapes of top roller support and weighting arms, holes being arranged on both sides in the axle centre piece (2, 2') for receiving the bearing pins, and the holes on both sides for pressing in the bearing pins having a uniform depth for the bearing pins having the same length and the same diameter, characterised in that the bearing pin and the outer ring (7, 7') each have spherical rolling-element raceways (12, 14) which are arranged symmetrically with respect to the radial centre plane of the outer ring (7, 7'), the flange heights of the rolling-element raceways (12, 14) of the bearing pins and of the outer ring being between 5% and 15% of the diameter of the rolling element, all the bearing devices required for the bearing arrangement being arranged on the bearing pin, so that, when the top roller is assembled, the axle centre piece (2, 2') can be selected for adaptation to different pitches and/or saddle shapes regardless of the bearing pins used together with the rolling-element bearing and outer ring (7, 7').
A method for modifying a fuel gas boiler installed in a heating plant; the boiler (1, 201, 301, 401) comprising a fuel gas burner, a feeding assembly (3; 403) for feeding fuel gas to the burner having a modulator valve, a control unit for controlling the flow rate of the fuel gas of the feeding assembly; the method comprising the steps of: intercepting a first control signal (S1; S4) configured to control the feeding assembly (3; 403) and provided by the control unit; disconnecting a cable coupling the control unit with the modulator valve to supply the first control signal to the modulator valve of the feeding assembly (3; 403); coupling said cable with a processing unit of a retrofit assembly; detecting a second signal correlated to the exhaust gas or fuel gas composition; coupling an additional cable between the processing unit and the modulator valve of the feeding assembly to supply a third control signal instead of the first control signal to the modulator valve; supplying the third control signal to the feeding assembly (3; 403) configured to control the feeding assembly (3; 403) and defined according to the second signal and to the first signal (S1; S4); and controlling the feeding assembly (3; 403) by means of the third signal.
A catalyst composition for converting an alcohol to a hydrocarbon containing a mixture of alkanes having at least four carbon atoms, the catalyst composition comprising a mixture of (i) a metal-loaded ZSM-5 catalyst catalytically active for converting said alcohol to said hydrocarbon, wherein said metal is vanadium, and (ii) a benzene alkylation catalyst selected from zeolite Y, mordenite, and MCM catalysts active for alkylating benzene; wherein said mixture is a solid solution containing particles of said metal-loaded ZSM-5 catalyst and separate particles of said benzene alkylation catalyst.
A method for operating a three-dimensional image display apparatus having a screen, the method comprising: exchanging data between the three-dimensional image display apparatus and an external device; and generating and displaying, by the three-dimensional image display apparatus, a three-dimensional object, wherein the step of displaying includes displaying a movement of the three-dimensional object relative to the screen, the movement representing a state of data exchange between the three-dimensional image display apparatus and the external device, wherein when the three-dimensional object has a positive depth, said three-dimensional object is displayed relative to the screen as protruding toward a user, and wherein when the three-dimensional object has a negative depth, said three-dimensional object is displayed relative to the screen as recessed into the display; characterized in that the step of displaying further includes varying an image quality of the three-dimensional object in correspondence with a corresponding data exchange signal quality, and in that the step of exchanging comprises one of: a step of receiving data by the display apparatus from the external device, the displayed movement being a depth movement toward the screen; and a step of transferring data from the display apparatus to the external device, the displayed movement being a depth movement away from the screen. exchanging data between the three-dimensional image display apparatus and an external device; and generating and displaying, by the three-dimensional image display apparatus, a three-dimensional object, wherein the step of displaying includes displaying a movement of the three-dimensional object relative to the screen, the movement representing a state of data exchange between the three-dimensional image display apparatus and the external device, wherein when the three-dimensional object has a positive depth, said three-dimensional object is displayed relative to the screen as protruding toward a user, and wherein when the three-dimensional object has a negative depth, said three-dimensional object is displayed relative to the screen as recessed into the display; characterized in that the step of displaying further includes varying an image quality of the three-dimensional object in correspondence with a corresponding data exchange signal quality, and in that a step of receiving data by the display apparatus from the external device, the displayed movement being a depth movement toward the screen; and a step of transferring data from the display apparatus to the external device, the displayed movement being a depth movement away from the screen.
A signal processing device for non-linear analog-to-digital converting of an analog input signal into a digital output signal, comprising a Delta-Sigma, DS, converter, the DS converter comprising a subtraction unit, an integration unit, a quantization unit and a delay unit, the device being characterized by further comprising: - A phase modulator, PM, in the feed-forward branch of the DS converter for performing phase modulation of either the signal integrated by the integration unit or the signal quantized by the quantization unit, and a phase demodulator in series with the delay unit in the feedback branch of the DS converter, where the phase demodulator is the corresponding demodulator to the phase modulator, performing the inverse function of the modulation performed by the phase modulator in the feed-forward branch or - A frequency modulator, FM, in the feed-forward branch of the DS converter for performing frequency modulation of either the signal integrated by the integration unit or the signal quantized by the quantization unit, and a frequency demodulator in series with the delay unit in the feedback branch of the DS converter, where the frequency demodulator is the corresponding demodulator to the frequency modulator, performing the inverse function of the modulation performed by the frequency modulator in the feed-forward branch. - A phase modulator, PM, in the feed-forward branch of the DS converter for performing phase modulation of either the signal integrated by the integration unit or the signal quantized by the quantization unit, and a phase demodulator in series with the delay unit in the feedback branch of the DS converter, where the phase demodulator is the corresponding demodulator to the phase modulator, performing the inverse function of the modulation performed by the phase modulator in the feed-forward branch or - A frequency modulator, FM, in the feed-forward branch of the DS converter for performing frequency modulation of either the signal integrated by the integration unit or the signal quantized by the quantization unit, and a frequency demodulator in series with the delay unit in the feedback branch of the DS converter, where the frequency demodulator is the corresponding demodulator to the frequency modulator, performing the inverse function of the modulation performed by the frequency modulator in the feed-forward branch.