mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: disposing a tool in a borehole formed in a formation comprising: at least one transmitter and at least one receiver; wherein at least one of the transmitter and the receiver is a directional antenna; and wherein the transmitter and the receiver are axially spaced relative to one another; acquiring in the borehole a plurality of data pairs, each data pair comprising an induced signal induced at the at least one receiver and a corresponding toolface angle (φ) from among a total toolface range; characterized in that said method includes the step of calculating a plurality of areas under an induced signal function (Vφ); the plurality of areas calculated by dividing the total toolface range into a plurality of sub-sets and calculating, for each sub-set of the total toolface range, an area under the induced signal function (Vφ); the induced signal function (Vcp) comprising a signal induced at the at least one receiver of the tool by an electromagnetic wave emitted at the at least one transmitter of the tool, as a function of the toolface angle (φ) and approximately defined by the plurality of data pairs; calculating a 0 th harmonic coefficient (V 0) and 1 st harmonic coefficients (V 1c, V 1s) using the calculated plurality of areas; and generating a measurement characterizing the formation using the calculated 0 th harmonic coefficient (V 0) and 1 st harmonic coefficients (V 1c, V 1s). at least one transmitter and at least one receiver; wherein at least one of the transmitter and the receiver is a directional antenna; and wherein the transmitter and the receiver are axially spaced relative to one another; acquiring in the borehole a plurality of data pairs, each data pair comprising an induced signal induced at the at least one receiver and a corresponding toolface angle (φ) from among a total toolface range; characterized in that said method includes the step of calculating a plurality of areas under an induced signal function (Vφ); the plurality of areas calculated by dividing the total toolface range into a plurality of sub-sets and calculating, for each sub-set of the total toolface range, an area under the induced signal function (Vφ); the induced signal function (Vcp) comprising a signal induced at the at least one receiver of the tool by an electromagnetic wave emitted at the at least one transmitter of the tool, as a function of the toolface angle (φ) and approximately defined by the plurality of data pairs; calculating a 0 th harmonic coefficient (V 0) and 1 st harmonic coefficients (V 1c, V 1s) using the calculated plurality of areas; and generating a measurement characterizing the formation using the calculated 0 th harmonic coefficient (V 0) and 1 st harmonic coefficients (V 1c, V 1s).
A method for cleaning one or more cooling passages associated with a combustion chamber of a gas turbine engine, the gas turbine engine having a compressor section upstream from the combustion chamber, the method comprising: receiving a pressurized fluid from a source; directing the pressurized fluid through an inlet of a chamber such that a portion of a plurality of particles within the chamber is entrained within the pressurized fluid; and injecting the pressurized fluid with the entrained portion of the plurality of particles downstream from the compressor section through an end wall of a diffuser and deswirl system of the gas turbine engine upstream from the combustion chamber to clean the one or more cooling passages associated with the combustion chamber. receiving a pressurized fluid from a source; directing the pressurized fluid through an inlet of a chamber such that a portion of a plurality of particles within the chamber is entrained within the pressurized fluid; and injecting the pressurized fluid with the entrained portion of the plurality of particles downstream from the compressor section through an end wall of a diffuser and deswirl system of the gas turbine engine upstream from the combustion chamber to clean the one or more cooling passages associated with the combustion chamber.
Vehicle bumper, characterized in that it comprises at least one part made of elastic material having a curved frontal portion forming an internal cavity, the frontal portion having orifices that allow said cavity to communicate with the exterior of said elastic part, at least one cell of marking fluid being provided within the cavity, the cell or cells comprising an envelope made of a material and of dimensions such that the envelope of the cells ruptures when subjected to a given pressure, and in that it also comprises attachment means (10, 12) intended for attachment to said vehicle.
Method for the blow moulding of containers, in which a pre-form made of a thermoplastic material, following a thermal conditioning, is stretched within a blow mould by means of a stretching rod and is formed into the container by means of the action of a blow-moulding pressure, and in which a definition of the positioning of the stretching rod is done by means of a stretching rod drive, and in which the blow-moulding pressure is generated by means of at least one positionable blow gas feed, whereby the stretching rod drive is mechanically coupled, at least for part of the time, to the positionable blow gas feed in appropriate manner such that a joint motion is performed, characterised in that the mechanical coupling of the stretching rod drive and the positionable blow gas feed is effected by means of a catch and a catch profile.
A method for making a lens plate comprising: dispensing a first portion of material onto a tool formed of Polydimethyl Siloxane (PDMS) that forms recesses corresponding to spacers and lenses, disposing a first side of a transparent substrate wafer onto said first portion of material, adjusting a position of said transparent substrate wafer to provide said first portion of material with a spacer thickness and a lens thickness for each of the spacers and lenses respectively, and curing the first portion of material; wherein the PDMS tool is replicated from a plastic mold, and the plastic mold is replicated from a metal master tool, such as the plastic mold is a negative mold of the metal master tool and the PDMS tool replicates features of the metal master tool. dispensing a first portion of material onto a tool formed of Polydimethyl Siloxane (PDMS) that forms recesses corresponding to spacers and lenses, disposing a first side of a transparent substrate wafer onto said first portion of material, adjusting a position of said transparent substrate wafer to provide said first portion of material with a spacer thickness and a lens thickness for each of the spacers and lenses respectively, and curing the first portion of material; wherein the PDMS tool is replicated from a plastic mold, and the plastic mold is replicated from a metal master tool, such as the plastic mold is a negative mold of the metal master tool and the PDMS tool replicates features of the metal master tool.
A method for implementing Automatic Protection Switching, APS, in an Optical Burst-switching Ring, OBRing, network, comprising the steps of: performing separately, by a master node and a slave node, optical power monitoring on respective channels, and aggregating monitoring results to the master node; when determining, according to the monitoring results, that a fault occurs, sending, by the master node, a switching operation instruction to the slave node; and performing a switching operation and entering a protection working state, by the slave node; characterized in that based on that the master node is located at one end of a fault point, the method further comprises: performing a switching operation by the master node itself, and triggering, by the master node, a protection switch to enter a protection state; otherwise, directly entering the protection working state by the master node; wherein before the slave node performs the switching operation, the method further comprises: after the slave node receives a switching operation instruction, judging, by the slave node, whether the slave node is one of the nodes located at two ends of the fault point; based on that the slave node is not one of the nodes located at two ends of the fault point, the slave node directly entering the protection working state and waiting the master node to reallocate bandwidth; based on that the slave node is one of the nodes located at two ends of the fault node, entering the protection working state according to the switching operation instruction after performing a switching operation on the protection switch.
A subsea drilling, production or processing actuation system comprising: a variable speed electric motor adapted to be supplied with a current; a reversible hydraulic pump (8, 28) driven by said motor; a hydraulic piston assembly (92, 101, 111, 121, 131) connected to said pump and comprising a first chamber, a second chamber and a piston separating said first and second chambers and configured to actuate a valve in a subsea system; a fluid reservoir connected to said pump and said hydraulic piston assembly; said pump, hydraulic piston assembly and reservoir connected in a substantially closed hydraulic system; and a pressure compensator (13, 65) configured to normalize pressure differences between outside said hydraulic system and inside said hydraulic system. a variable speed electric motor adapted to be supplied with a current; a reversible hydraulic pump (8, 28) driven by said motor; a hydraulic piston assembly (92, 101, 111, 121, 131) connected to said pump and comprising a first chamber, a second chamber and a piston separating said first and second chambers and configured to actuate a valve in a subsea system; a fluid reservoir connected to said pump and said hydraulic piston assembly; said pump, hydraulic piston assembly and reservoir connected in a substantially closed hydraulic system; and a pressure compensator (13, 65) configured to normalize pressure differences between outside said hydraulic system and inside said hydraulic system.
An interchangeable lens, comprising: a mount on which a camera body can be mounted; a driven member; a driver configured to drive the driven member; a storage device that stores lens data related to driving of the driven member by the driver; and a transmitter that is configured to send to the camera body lens-side judgment data, based on which whether the lens data is properly stored in the storage device can be judged at the camera body, the lens-side judgment data being determined by the interchangeable lens based on a parameter relating to the driven member that is received from the camera body, wherein the lens-side judgment data is sent to the camera body even when the lens data is properly stored in the storage device. a mount on which a camera body can be mounted; a driven member; a driver configured to drive the driven member; a storage device that stores lens data related to driving of the driven member by the driver; and a transmitter that is configured to send to the camera body lens-side judgment data, based on which whether the lens data is properly stored in the storage device can be judged at the camera body, the lens-side judgment data being determined by the interchangeable lens based on a parameter relating to the driven member that is received from the camera body, wherein the lens-side judgment data is sent to the camera body even when the lens data is properly stored in the storage device.
Method for fabricating a musical instrument string, said string (no) having a core with at least one winding strand helically wound thereon, thereby forming a string with at least one core and at least one winding layer, the method comprising: - placing a core axially along a path, - spinning the core about its central axis and helically winding at least one winding strand around the string; wherein for increasing compactness of the string a friction force is applied to the at least one winding strand by a compactness increasing module at a spinning point, said spinning point being defined as the point where the at least one winding strand is being wound on to the string, consisting of at least one core, and a compression force is applied to the at least one winding strand and the string by the compactness increasing module, when helically winding the at least one winding strand around the string characterized in that during spinning the compactness increasing module is moved, such that it follows the spinning point. - placing a core axially along a path, - spinning the core about its central axis and helically winding at least one winding strand around the string;
An exercise roller device, comprising: an inner roller supporting an outer roller, wherein: the inner roller comprises parabolic-shaped end inner roller portions located at opposite ends of the inner roller; the outer roller comprises a cylindrical-shaped center outer roller portion provided with end outer roller portions located at opposite ends of the center outer roller portion, the end outer roller portions having parabolic-shaped ends oriented with an axis of symmetry of the parabolic-shaped ends centered on a rotational axis of the exercise roller device; and wherein a centered cylindrical-shaped portion (15, 115) is located within a centered circumferential groove, the centered cylindrical-shaped portion (15, 115) having a diameter less than the cylindrical-shaped outer roller portion. an inner roller supporting an outer roller, wherein: the inner roller comprises parabolic-shaped end inner roller portions located at opposite ends of the inner roller; the outer roller comprises a cylindrical-shaped center outer roller portion provided with end outer roller portions located at opposite ends of the center outer roller portion, the end outer roller portions having parabolic-shaped ends oriented with an axis of symmetry of the parabolic-shaped ends centered on a rotational axis of the exercise roller device; and the inner roller comprises parabolic-shaped end inner roller portions located at opposite ends of the inner roller; the outer roller comprises a cylindrical-shaped center outer roller portion provided with end outer roller portions located at opposite ends of the center outer roller portion, the end outer roller portions having parabolic-shaped ends oriented with an axis of symmetry of the parabolic-shaped ends centered on a rotational axis of the exercise roller device; and wherein a centered cylindrical-shaped portion (15, 115) is located within a centered circumferential groove, the centered cylindrical-shaped portion (15, 115) having a diameter less than the cylindrical-shaped outer roller portion.
An electrosurgical connection unit (703, 903, 1003, 1103) for a surgical robot arm, the electrosurgical connection unit (703, 903, 1003, 1103) comprising: an input port connectable to an electrosurgical generator, the input port configured to receive a driving electrosurgical signal and output one or more activation signals; an output port connectable to an electrosurgical instrument (712, 1104), the output port configured to output the driving electrosurgical signal received on the input port; one or more activation switch units (806, 808), wherein activation of an activation switch unit (806, 808) of the one or more activation switch units causes an activation signal to be output from the input port indicating a driving electrosurgical signal with a desired waveform is to be activated; and a control unit configured to selectively activate one of the one or more activation switch units in response to a control signal. an input port connectable to an electrosurgical generator, the input port configured to receive a driving electrosurgical signal and output one or more activation signals; an output port connectable to an electrosurgical instrument (712, 1104), the output port configured to output the driving electrosurgical signal received on the input port; one or more activation switch units (806, 808), wherein activation of an activation switch unit (806, 808) of the one or more activation switch units causes an activation signal to be output from the input port indicating a driving electrosurgical signal with a desired waveform is to be activated; and a control unit configured to selectively activate one of the one or more activation switch units in response to a control signal.
A thrust roller bearing cage (11, 81, 91) for a thrust roller bearing, the cage (11, 81, 91) including a plurality of pockets (21, 73, 85, 92) for housing rollers, the cage (11, 81, 91) comprising: projections (44, 70, 83) projecting inwardly along the radius toward a radially outer area of the pockets (21, 73, 85, 92) in use to make contact with end faces (16, 17) of the rollers after bending a radially outer area of the cage material inwardly along a radius, characterized in that the projections (44, 70, 83) have areas in use making contact with the end faces (16, 17) of the rollers, the areas being subjected to a press-flattening process. projections (44, 70, 83) projecting inwardly along the radius toward a radially outer area of the pockets (21, 73, 85, 92) in use to make contact with end faces (16, 17) of the rollers after bending a radially outer area of the cage material inwardly along a radius, characterized in that the projections (44, 70, 83) have areas in use making contact with the end faces (16, 17) of the rollers, the areas being subjected to a press-flattening process.
A method comprising: detecting, by an anomaly detector in a sidecar of a microservice, an anomaly in telemetry data generated by the microservice, the microservice is hosted in a container executed by a processor and is part of a service of an application; enabling, by an enhanced debug and trace component of the sidecar, a debug mode in the microservice; collecting, by the enhanced debug and trace component, a target set of data points generated by the microservice; processing, by the enhanced debug and trace component, the target set of data points with a matchmaking process to generate a timestamp and a tag for a context for each data point of the target set of data points; and making, by the enhanced debug and trace component, the target set of data points processed with the matchmaking process available to a global agent of the service for analysis of the anomaly; characterized in that the debug mode is based on a type of the anomaly. detecting, by an anomaly detector in a sidecar of a microservice, an anomaly in telemetry data generated by the microservice, the microservice is hosted in a container executed by a processor and is part of a service of an application; enabling, by an enhanced debug and trace component of the sidecar, a debug mode in the microservice; collecting, by the enhanced debug and trace component, a target set of data points generated by the microservice; processing, by the enhanced debug and trace component, the target set of data points with a matchmaking process to generate a timestamp and a tag for a context for each data point of the target set of data points; and making, by the enhanced debug and trace component, the target set of data points processed with the matchmaking process available to a global agent of the service for analysis of the anomaly; characterized in that the debug mode is based on a type of the anomaly.
A blade or contrast blade, composed of a plate which has a first sharp perimetric edge and, on the opposite side, a second perimetric edge, which are mutually connected by a third front edge, said third front edge being slidingly and rotatably associable, and said second perimetric edge being lockable temporarily, following a rotation imposed thereto, respectively at an adapted first rivet and second rivet which protrude from a support, said blade or contrast blade having, on said third front edge adjacent to said first sharp perimetric edge and along the axis thereof, a first seat for sliding coupling to a first shank of said first rivet which protrudes from said support for said blade or contrast blade, and on said second perimetric edge of said plate which is opposite to said first sharp perimetric edge and along an axis, which is substantially perpendicular thereto, a second seat, which has axially at least one wing which can be deformed elastically for stable and temporary interconnection of said second shank of said second rivet which protrudes from said support.
An adhesive composition comprising: a (meth)acrylate-based resin; and a polymer having a melting temperature (Tm) of 60°C or higher, as measured by differential scanning calorimetry, wherein the polymer is a copolymer of a monofunctional polysiloxane and two types of monomers, wherein the polymer having a melting temperature of 60°C or higher comprises, based on 100 parts by weight of the polymer having a melting temperature of 60°C or higher, the monofunctional polysiloxane in greater than or equal to 10 parts by weight and less than or equal to 40 parts by weight, and the two types of monomers in greater than or equal to 60 parts by weight and less than or equal to 90 parts by weight, wherein the two types of monomers are represented by the following Chemical Formula 1: in Chemical Formula 1, X is N or O; R 1 is hydrogen or a methyl group; and n is an integer of 10 to 30. a (meth)acrylate-based resin; and a polymer having a melting temperature (Tm) of 60°C or higher, as measured by differential scanning calorimetry, wherein the polymer is a copolymer of a monofunctional polysiloxane and two types of monomers, wherein the polymer having a melting temperature of 60°C or higher comprises, based on 100 parts by weight of the polymer having a melting temperature of 60°C or higher, the monofunctional polysiloxane in greater than or equal to 10 parts by weight and less than or equal to 40 parts by weight, and the two types of monomers in greater than or equal to 60 parts by weight and less than or equal to 90 parts by weight, wherein the two types of monomers are represented by the following Chemical Formula 1: in Chemical Formula 1, X is N or O; R 1 is hydrogen or a methyl group; and n is an integer of 10 to 30.
A planting machine comprising an adjustable component, the adjustable component being adjustable between a first configuration and a second configuration, the first configuration set to maximize planting efficiency of a first variety of seed relative to other varieties of seeds, the second configuration set to maximize planting efficiency of a second variety of seed relative to other varieties of seeds; and a controller (402, 404) in communication with the planting machine, the controller (402, 404) configured to automatically adjust the adjustable component between the first configuration and the second configuration based on a particular location (302, 304) of the planting machine in a field of land comprising a plurality of different locations that include the particular location (302, 304), characterised in that the adjustable component comprises a vacuum control system configured to control a vacuum level applied to a vacuum seed meter configured to dispense seeds during a given planting operation, the controller (402, 404) configured to automatically adjust the vacuum level applied to the vacuum seed meter of the seed planting machine based on an attitude of the seed planting machine, wherein the attitude of the seed planting machine is detected by a sensor.
Ironing soleplate of an ironing device, in particular a steam ironing soleplate, which has a border area, characterised in that directly at the edge of its border area this has an ironing device fastening groove for temporary and re-detachable engagement with a fastening element of a stop device or another external object, which itself does not belong to the ironing device, the ironing soleplate or a housing fastened thereto.