mhurhangee/patent-ind-claim-en huggingface dataset:
Calender for profiling a rubber mixture intended for the manufacture of tyre casings, the calender comprising three rotating rolls arranged such that the axis of rotation (A112) of the upper roll is situated above the axis of rotation (A114) of the intermediate roll and such that the axis of rotation (A114) of the intermediate roll is situated above the axis of rotation (A116) of the lower roll , these three axes of rotation (A112,A114,A116) being parallel, the axis of rotation (A116) of the lower roll and the axis of rotation (A114) of the intermediate roll being situated in the same vertical plane (PV1), the axis of rotation (A112) of the upper roll being situated in a plane (PI1) inclined with respect to the vertical plane (PV1), the upper roll and the intermediate roll being separated by a first distance (D1) in the inclined plane (PI1), this first distance (D1) defining the height of a first profiling nip , the intermediate roll and the lower roll being separated by a second distance (d1) in the vertical plane (PV1), this second distance (d1) defining the height of a second profiling nip , the calender comprising a pair of upper lugs and a pair of intermediate lugs , the upper lugs being situated at the transverse ends of the upper and intermediate rolls, and the intermediate lugs being situated at the transverse ends of the intermediate and lower rolls, the upper lugs comprising two quarter-circle bearing surfaces meeting at the first profiling nip and respectively following the shape of the outer walls (P112,P114) of the upper roll and of the intermediate roll , and the intermediate lugs comprising two quarter-circle bearing surfaces meeting at the second profiling nip and respectively following the shape of the outer walls (P114,P116) of the intermediate roll and of the lower roll , the calender being characterized in that each transverse end (E114,E116) of the intermediate roll or of the lower roll is equipped with a collar fastened to this roll and inserted between this roll and the quarter-circle bearing surface of an intermediate lug , and making it possible to increase the radius of the roll by a height (H) equal, to within the operating clearance, to the second distance (d1) separating the intermediate roll and the lower roll .
A method for improving accuracy of an image of a surveyed subsurface, the method comprising: receiving seismic data (D) recorded with seismic sensors, wherein the seismic data includes pressure data (P) recorded with hydrophones and particle motion data (A) recorded with particle motion sensors; deghosting the seismic data (D) using a sparse τ - p inversion algorithm together with a low-rank optimization scheme and a high-cut filter to calculate ghost-free wave-fields (U 0 (t,x,y)) in the time-space domain; and processing the ghost-free wave-fields (U 0 (t,x,y) to generate the image of the surveyed subsurface. receiving seismic data (D) recorded with seismic sensors, wherein the seismic data includes pressure data (P) recorded with hydrophones and particle motion data (A) recorded with particle motion sensors; deghosting the seismic data (D) using a sparse τ - p inversion algorithm together with a low-rank optimization scheme and a high-cut filter to calculate ghost-free wave-fields (U 0 (t,x,y)) in the time-space domain; and processing the ghost-free wave-fields (U 0 (t,x,y) to generate the image of the surveyed subsurface.
A combination of liposomal irinotecan and nivolumab for use in the treatment of cancer.
An elongate smoking article having a lighting end and an opposed mouth end , said smoking article comprising: a mouth end portion disposed at the mouth end ; a heat generation portion disposed about the lighting end (14; an outer wrapping material wrapped at least about the heat generation portion and extending toward the mouth end portion, so as to define a cylindrical rod; and an aerosol-generating portion disposed within the outer wrapping material and between the heat generation portion and the mouth end portion, the aerosol-generating portion comprising an aerosol-generating element wrapped by a wrapping material disposed between the aerosol-generating element and the outer wrapping material and extending from the heat generation portion to the aerosol-generating portion , the aerosol-generating portion being configured to generate an aerosol in response to heat received from the heat generation portion , the wrapping material being a laminate having a foil layer as an initial layer closest to the aerosol-generating portion , the wrapping material being arranged to distribute heat from the heat generation portion , such that the heat from the heat generation portion is directed to the aerosol-generating portion , so as to prevent scorching of the outer wrapping material . a mouth end portion disposed at the mouth end ; a heat generation portion disposed about the lighting end (14; an outer wrapping material wrapped at least about the heat generation portion and extending toward the mouth end portion, so as to define a cylindrical rod; and an aerosol-generating portion disposed within the outer wrapping material and between the heat generation portion and the mouth end portion, the aerosol-generating portion comprising an aerosol-generating element wrapped by a wrapping material disposed between the aerosol-generating element and the outer wrapping material and extending from the heat generation portion to the aerosol-generating portion , the aerosol-generating portion being configured to generate an aerosol in response to heat received from the heat generation portion , the wrapping material being a laminate having a foil layer as an initial layer closest to the aerosol-generating portion , the wrapping material being arranged to distribute heat from the heat generation portion , such that the heat from the heat generation portion is directed to the aerosol-generating portion , so as to prevent scorching of the outer wrapping material .
A robotic transportation apparatus comprising: a plurality of automatic guided vehicles (AGV) wherein each of the AGVs has a left wheel driven by a left motor , a right wheel driven by a right motor , a motor controller that controls the left motor and the right motor, and a rotational coupling having a vertical rotational axis coupled to a frame ; a plurality of linkages , each of the plurality of linkages coupling together two of the plurality of AGVs; wherein the rotational coupling allows each of the plurality of linkages to rotate relative to the AGVS; the robotic transportation apparatus being characterized in that it further comprises an AGV controller for controlling the plurality of AGVs so a shape of the plurality of linkages transitions from a rectangular shape to a non-rectangular parallelogram shape or from a non-rectangular parallelogram shape to a rectangular shape while the robotic transportation apparatus is moving. a plurality of automatic guided vehicles (AGV) wherein each of the AGVs has a left wheel driven by a left motor , a right wheel driven by a right motor , a motor controller that controls the left motor and the right motor, and a rotational coupling having a vertical rotational axis coupled to a frame ; a plurality of linkages , each of the plurality of linkages coupling together two of the plurality of AGVs; wherein the rotational coupling allows each of the plurality of linkages to rotate relative to the AGVS; the robotic transportation apparatus being characterized in that it further comprises an AGV controller for controlling the plurality of AGVs so a shape of the plurality of linkages transitions from a rectangular shape to a non-rectangular parallelogram shape or from a non-rectangular parallelogram shape to a rectangular shape while the robotic transportation apparatus is moving.
A feeding device for a flush tank, extending substantially along a longitudinal axis (A), substantially vertical in use, and comprising an internally hollow body ; a valve assembly housed inside the body and operated by a float ; a feeding pipe that can be connected to a water supply network to supply a water flow to the valve assembly ; and a filling pipe for pouring water from the valve assembly into the tank; wherein the body houses an inlet conduit and an outlet conduit arranged respectively upstream and downstream of the valve assembly and respectively connected to the feeding pipe and to an outlet , the outlet is facing a mouth of the filling pipe and is positioned above said mouth and spaced apart therefrom; said outlet being provided with a flow regulator device , configured so as to regulate a liquid flow passing therethrough by dividing said flow in a plurality of adjacent streams; characterized in that the outlet conduit has an inlet communicating with the valve assembly and positioned at a height, measured parallel to the longitudinal axis (A), lower than the outlet .
Device for selecting drive stages for a transmission in a motor vehicle , with an operator control element which selects the respective drive stage and is designed to be pivotable or rotatable manually with respect to at least one axis of rotation , wherein haptic feedback to a user can be generated by means of an actuator acting upon the operator control element , wherein a position pickup is provided for determining the pivoting or rotational position of the operator control element with respect to the at least one axis of rotation and for generating a corresponding position signal , and wherein a controller is provided which, depending on the position of the operator control element , actuates the actuator and generates drive stage control signals and which is designed both for determining a shift position of the operator control element and for generating a control signal for a movement and the haptic feedback of the operator control element taking into account the position signal of the position pickup , wherein the operator control element in addition to manual actuation by the user is also designed for the automatic shifting movement by the actuator , which is actuated by the controller , characterized in that the device has a sensor which is connected to the controller and which detects a manual engagement of the user on the operator control element and outputs a corresponding signal to the controller , wherein the actuator is designed as a BLDC motor , and the controller is designed for generating a commutation signal for the BLDC motor taking into account the position signal of the position pickup .
A system comprising: an optical air data system operative to measure aerosol and molecular scattering of light from an interrogation region and to derive therefrom air data parameters; an optical instrument separate from the optical air data system , the optical instrument operative to measure aerosol and/or molecular scattering of light from the interrogation region ; and a processor operative to receive data from the optical air data system and data from the optical instrument , wherein the processor is configured to perform a signal analysis and data fusion method, comprising: determining an aerosol concentration, or presence thereof, in the interrogation region from the received data from the optical air data system and the optical instrument ; based on the determined aerosol concentration or presence thereof, dynamically optimizing detector settings in the optical air data system to enhance a signal level and avoid system saturation; and outputting enhanced air data parameters. an optical air data system operative to measure aerosol and molecular scattering of light from an interrogation region and to derive therefrom air data parameters; an optical instrument separate from the optical air data system , the optical instrument operative to measure aerosol and/or molecular scattering of light from the interrogation region ; and a processor operative to receive data from the optical air data system and data from the optical instrument , wherein the processor is configured to perform a signal analysis and data fusion method, comprising: determining an aerosol concentration, or presence thereof, in the interrogation region from the received data from the optical air data system and the optical instrument ; determining an aerosol concentration, or presence thereof, in the interrogation region from the received data from the optical air data system and the optical instrument ; based on the determined aerosol concentration or presence thereof, dynamically optimizing detector settings in the optical air data system to enhance a signal level and avoid system saturation; and outputting enhanced air data parameters.
Finishing section of a machine for continuously producing square pipes, adapted to be placed downstream of a forming section suitable for progressively bending a sheet strip , and upstream of a section for welding the formed square pipe, said finishing section comprising at least one finishing station suitable for bringing further together the upper edges of the bent sheet strip exiting said forming section, said at least one finishing station comprising a lower roller having a substantially horizontal axis, acting as a support for the square pipe being formed, two lateral rollers , placed at the sides of the square pipe being formed, mounted with the possibility of horizontal movement, i.e. parallel to the plane of the sheet strip , and two upper rollers , placed above the square pipe being formed, mounted with the possibility of vertical movement, i.e. orthogonal to the plane of the sheet strip , said horizontal and vertical movements being provided for adjusting the position of the lateral rollers and of the upper rollers according to the size of the pipe to be produced, characterised in that said lateral rollers and said upper rollers have adjustable inclination.
A method comprising: collecting telemetry data that represents a state of a network device during a live operating session, the live operating session comprising a mode of operation in which the network device is deployed within a network and handles traffic within the network; deriving, from the telemetry data, a set of steps for reproducing the state of the network device during the live operating session based at least in part on a set of rules; generating, based at least in part on the set of steps, a playback decision tree that, upon execution, facilitates: reproducing the state of the network device during the live operating session; and debugging the state of the network device; and performing a debug operation that executes the playback decision tree, wherein performing the debug operation comprises: identifying a problem with the state of the network device by executing the playback decision tree; and remedying the problem with the state of the network device via a network diagnostic tool. collecting telemetry data that represents a state of a network device during a live operating session, the live operating session comprising a mode of operation in which the network device is deployed within a network and handles traffic within the network; deriving, from the telemetry data, a set of steps for reproducing the state of the network device during the live operating session based at least in part on a set of rules; generating, based at least in part on the set of steps, a playback decision tree that, upon execution, facilitates: reproducing the state of the network device during the live operating session; and debugging the state of the network device; and reproducing the state of the network device during the live operating session; and debugging the state of the network device; and performing a debug operation that executes the playback decision tree, wherein performing the debug operation comprises: identifying a problem with the state of the network device by executing the playback decision tree; and remedying the problem with the state of the network device via a network diagnostic tool. identifying a problem with the state of the network device by executing the playback decision tree; and remedying the problem with the state of the network device via a network diagnostic tool.
A method for managing a processor pipeline, comprising: translating a program counter associated with an instruction block to be fetched to one or more execute permissions associated with the instruction block, the instruction block comprising a group of instructions and wherein the program counter associated with the instruction block points to a virtual address that corresponds to a page table entry storing the one or more execute permissions associated with the instruction block; associating the instruction block with a speculative execution mode indicating the mode in which the block is expected to execute based at least in part on the one or more execute permissions; and processing the instruction block relative to the speculative execution mode while the instruction block is in-flight within the processor pipeline. translating a program counter associated with an instruction block to be fetched to one or more execute permissions associated with the instruction block, the instruction block comprising a group of instructions and wherein the program counter associated with the instruction block points to a virtual address that corresponds to a page table entry storing the one or more execute permissions associated with the instruction block; associating the instruction block with a speculative execution mode indicating the mode in which the block is expected to execute based at least in part on the one or more execute permissions; and processing the instruction block relative to the speculative execution mode while the instruction block is in-flight within the processor pipeline.
An alloy composition consisting of, in weight per cent, between 7% and 14% hafnium, between 5% and 10% niobium, between 0.9% and 1.1% titanium, between 0.5% and 2% zirconium, between 0.1% and 0.7% tungsten and 0.05% and 0.3% carbon, and, optionally, an amount less than 2% tantalum, wherein the balance consists of molybdenum and incidental impurities, wherein the titanium may be bonded with oxygen to form titanium oxide and wherein the tantalum may be bonded with oxygen to form tantalum oxide.
A spatial power combiner (10 ; 10'; 10") comprising: - several inputs (11a, 11b, 11c, ... ; 11a', 11b', 11c', ... ; 11a", 11b", 11c", ...) to which are respectively linked a set of transmission lines (a, b, c, ... ; a', b', c', ... a", b" ,c", ... ), - an output (12; 12' ; 12"), - a body (13 ; 13' ; 13") forming a cavity having a longitudinal axis, the set of transmission lines (a, b, c, ...; a', b', c', ... a", b", c", ...) passing longitudinally through said cavity and being disposed around an absorbent member (15 ; 15' ; 15") extending longitudinally in said cavity , and - an impedance preadaptation module (102 ; 102') disposed at the input of the spatial power combiner (10 ; 10'; 10"), said impedance preadaptation module (102 ; 102') comprising first parts of said transmission lines (aa, ba, ca ...; aa', ba', ca' ...) of the set of transmission lines, the spatial power combiner (10 ; 10' ; 10") being characterized in that : - the first parts of the transmission lines (aa, ba, ca ...; aa', ba', ca' ...) extend in radial direction relative with the longitudinal axis of the cavity , - the impedance preadaptation module comprises a support on which are disposed the first parts of the transmission lines (aa, ba, ca ...; aa', ba', ca' ...), said support comprising a set of hollows , each first part of the transmission lines of the set of transmission lines being respectively disposed on a hollow of the set of hollows. - several inputs (11a, 11b, 11c, ... ; 11a', 11b', 11c', ... ; 11a", 11b", 11c", ...) to which are respectively linked a set of transmission lines (a, b, c, ... ; a', b', c', ... a", b" ,c", ... ), - an output (12; 12' ; 12"), - a body (13 ; 13' ; 13") forming a cavity having a longitudinal axis, the set of transmission lines (a, b, c, ...; a', b', c', ... a", b", c", ...) passing longitudinally through said cavity and being disposed around an absorbent member (15 ; 15' ; 15") extending longitudinally in said cavity , and - an impedance preadaptation module (102 ; 102') disposed at the input of the spatial power combiner (10 ; 10'; 10"), said impedance preadaptation module (102 ; 102') comprising first parts of said transmission lines (aa, ba, ca ...; aa', ba', ca' ...) of the set of transmission lines, - the first parts of the transmission lines (aa, ba, ca ...; aa', ba', ca' ...) extend in radial direction relative with the longitudinal axis of the cavity , - the impedance preadaptation module comprises a support on which are disposed the first parts of the transmission lines (aa, ba, ca ...; aa', ba', ca' ...), said support comprising a set of hollows , each first part of the transmission lines of the set of transmission lines being respectively disposed on a hollow of the set of hollows.
A flow sleeve removal tool and flow sleeve assembly comprising: a flow sleeve of a combustion can of a gas turbine engine , and a flow sleeve removal tool comprising: a shaft having an axis; a bracket attached to a first end region of the shaft , wherein the bracket includes a ring in a plane perpendicular to the axis of the shaft and a mount at the center of the bracket configured to receive the first end region of the shaft , and wherein the ring is configured to abut and be releasably attached to an end of the flow sleeve such that an axis of the flow sleeve is coaxial with the axis of the shaft when the flow sleeve is attached to the bracket ; a counter balance , wherein the counter balance is attached to a second end region of the shaft , and a cable connector mounted to the shaft between the counter balance and the bracket , wherein the cable connector is configured to attach to a cable connected to an overhead support structure and the cable connector is at a position on the shaft at which the weight of the counter balance and a flow sleeve to which the ring is attached substantially balance each other. a flow sleeve of a combustion can of a gas turbine engine , and a flow sleeve removal tool comprising: a shaft having an axis; a bracket attached to a first end region of the shaft , wherein the bracket includes a ring in a plane perpendicular to the axis of the shaft and a mount at the center of the bracket configured to receive the first end region of the shaft , and wherein the ring is configured to abut and be releasably attached to an end of the flow sleeve such that an axis of the flow sleeve is coaxial with the axis of the shaft when the flow sleeve is attached to the bracket ; a counter balance , wherein the counter balance is attached to a second end region of the shaft , and a cable connector mounted to the shaft between the counter balance and the bracket , wherein the cable connector is configured to attach to a cable connected to an overhead support structure and the cable connector is at a position on the shaft at which the weight of the counter balance and a flow sleeve to which the ring is attached substantially balance each other. a shaft having an axis; a bracket attached to a first end region of the shaft , wherein the bracket includes a ring in a plane perpendicular to the axis of the shaft and a mount at the center of the bracket configured to receive the first end region of the shaft , and wherein the ring is configured to abut and be releasably attached to an end of the flow sleeve such that an axis of the flow sleeve is coaxial with the axis of the shaft when the flow sleeve is attached to the bracket ; a counter balance , wherein the counter balance is attached to a second end region of the shaft , and