mhurhangee/ep-ind-claims huggingface dataset:
A method in a system comprising at least one server having a network connection (215, 212) to a diagnostic analyzer, for displaying information related to the diagnostic analyzer on a portable computer having a network connection (210,212) to the at least one server, the method comprising: receiving (444, 464), by the at least one server, diagnostic analyzer information generated by a diagnostic analyzer, wherein the diagnostic analyzer information is error information generated by the diagnostic analyzer; determining (446, 466), by the at least one server, whether to notify the diagnostic analyzer information to a user of the portable computer based on an authority level of the user of the portable computer, wherein each authority level is associated with error levels above a predetermined error level and it is determined to notify the diagnostic analyzer information to said user when the error level of the received error information is above the predetermined error level associated with the authority level of the user of the portable computer; when the diagnostic analyzer information is determined to be notified to the user, communicating, by the at least one server, a notification of the error information to the portable computer without waiting for a demand for the notification from the portable computer; and when the diagnostic analyzer information is determined not to be notified to the user, communicating, by the at least one server, the diagnostic analyzer information to the portable computer in response to receipt of a demand of the communication from the portable computer. receiving (444, 464), by the at least one server, diagnostic analyzer information generated by a diagnostic analyzer, wherein the diagnostic analyzer information is error information generated by the diagnostic analyzer; determining (446, 466), by the at least one server, whether to notify the diagnostic analyzer information to a user of the portable computer based on an authority level of the user of the portable computer, wherein each authority level is associated with error levels above a predetermined error level and it is determined to notify the diagnostic analyzer information to said user when the error level of the received error information is above the predetermined error level associated with the authority level of the user of the portable computer; when the diagnostic analyzer information is determined to be notified to the user, communicating, by the at least one server, a notification of the error information to the portable computer without waiting for a demand for the notification from the portable computer; and when the diagnostic analyzer information is determined not to be notified to the user, communicating, by the at least one server, the diagnostic analyzer information to the portable computer in response to receipt of a demand of the communication from the portable computer.
A method of optimizing a block storage protocol read access to a block storage device via a wide area network, the method comprising: selecting a first file system entity from a set of file system entities, wherein the first file system entity is associated with a requested first storage block, and wherein the first file system entity is a file, a directory, or a file system node; analysing the first file system entity to identify at least a first portion of the set of file system entities likely to be associated with at least one future storage request, wherein said analysing includes one or more of: identifying, in the first file system entity, references to one or more portions of the set of file system entities; and identifying access patterns that associate the first file system entity with the one or more portions of the set of file system entities; identifying at least a second storage block corresponding with the first portion of the set of file system entities; retrieving the second storage block from a data storage connected with the wide area network at a first network location; communicating via the wide area network the second storage block from the data storage to a storage block cache at a second network location; and storing the second storage block in the storage block cache. selecting a first file system entity from a set of file system entities, wherein the first file system entity is associated with a requested first storage block, and wherein the first file system entity is a file, a directory, or a file system node; analysing the first file system entity to identify at least a first portion of the set of file system entities likely to be associated with at least one future storage request, wherein said analysing includes one or more of: identifying, in the first file system entity, references to one or more portions of the set of file system entities; and identifying access patterns that associate the first file system entity with the one or more portions of the set of file system entities; identifying, in the first file system entity, references to one or more portions of the set of file system entities; and identifying access patterns that associate the first file system entity with the one or more portions of the set of file system entities; identifying at least a second storage block corresponding with the first portion of the set of file system entities; retrieving the second storage block from a data storage connected with the wide area network at a first network location; communicating via the wide area network the second storage block from the data storage to a storage block cache at a second network location; and storing the second storage block in the storage block cache.
A guide wire comprising: a core having distal and proximal portions, of which at least the distal portion is made of a ferrous alloy, and a proximal tube which is made of a metallic material having a higher modulus of elasticity than the ferrous alloy and which covers at least part of the proximal portion of the core; wherein the ferrous alloy has shape memory properties and superelasticity, includes substantially two phases having a γ phase and a γ' phase, and has a difference of 100°C or less between a reverse transformation finish temperature and a martensitic transformation start temperature in a thermal hysteresis of martensitic transformation and reverse transformation. a core having distal and proximal portions, of which at least the distal portion is made of a ferrous alloy, and a proximal tube which is made of a metallic material having a higher modulus of elasticity than the ferrous alloy and which covers at least part of the proximal portion of the core; wherein the ferrous alloy has shape memory properties and superelasticity, includes substantially two phases having a γ phase and a γ' phase, and has a difference of 100°C or less between a reverse transformation finish temperature and a martensitic transformation start temperature in a thermal hysteresis of martensitic transformation and reverse transformation.
A receiver for receiving OFDM frames transmitted via a channel, each OFDM frame comprising a sequence of OFDM symbols and each OFDM symbol comprising a plurality of data bearing sub-carriers on which data is transmitted and a plurality of pilot bearing sub-carriers on which pilot data is transmitted, the pilot sub-carriers being arranged within an OFDM frame in accordance with a pilot sub-carrier pattern, the receiver comprising: a channel estimator which includes a pilot data extractor for extracting pilot data from the pilot sub-carriers of each OFDM symbol, a pilot data extrapolator for generating extrapolated pilot data based on pilot data extracted from the pilot data sub-carriers, and a pilot data interpolator (3072/3073) operable to process the pilot data by interpolating between the extrapolated pilot data in time and frequency to produce an estimate of the channel; and a controller, the receiver being characterised by a discontinuity detector for detecting a discontinuity in the pilot sub-carrier pattern in which a distribution of pilot sub-carriers of an OFDM frame does not correspond to the pilot sub-carrier pattern with respect to a distribution of pilot sub-carriers from a preceding OFDM frame, and the controller upon detection of a pilot pattern discontinuity by the discontinuity detector is operable to provide a control signal to the channel estimator which causes the pilot data extractor to reset a phase of the pilot sub-carriers of the OFDM frame from which the pilot data extractor extracts pilot data to zero rather than extracting pilot data from sub-carriers of the OFDM frame where pilot data would be located if the pilot sub-carrier pattern of the OFDM frame conformed to the pilot sub-carrier pattern of the preceding OFDM frame. a channel estimator which includes a pilot data extractor for extracting pilot data from the pilot sub-carriers of each OFDM symbol, a pilot data extrapolator for generating extrapolated pilot data based on pilot data extracted from the pilot data sub-carriers, and a pilot data interpolator (3072/3073) operable to process the pilot data by interpolating between the extrapolated pilot data in time and frequency to produce an estimate of the channel; and a controller, the receiver being characterised by a discontinuity detector for detecting a discontinuity in the pilot sub-carrier pattern in which a distribution of pilot sub-carriers of an OFDM frame does not correspond to the pilot sub-carrier pattern with respect to a distribution of pilot sub-carriers from a preceding OFDM frame, and the controller upon detection of a pilot pattern discontinuity by the discontinuity detector is operable to provide a control signal to the channel estimator which causes the pilot data extractor to reset a phase of the pilot sub-carriers of the OFDM frame from which the pilot data extractor extracts pilot data to zero rather than extracting pilot data from sub-carriers of the OFDM frame where pilot data would be located if the pilot sub-carrier pattern of the OFDM frame conformed to the pilot sub-carrier pattern of the preceding OFDM frame.
A method for producing a permanent magnet, in which a powder of a magnetic material is produced and the powder of the magnetic material is processed into a permanent magnet, wherein the production of the powder of the magnetic material comprises the steps: - Grinding a suspension of particles of the magnetic material of a first average particle size in liquid nitrogen, obtaining particles of the magnetic material of a second average particle size, which is smaller than the first average particle size, characterized by - separating a suspension of the ground magnetic material in liquid nitrogen, wherein particles having a particle size smaller than a predetermined upper particle size are separated. - Grinding a suspension of particles of the magnetic material of a first average particle size in liquid nitrogen, obtaining particles of the magnetic material of a second average particle size, which is smaller than the first average particle size, characterized by - separating a suspension of the ground magnetic material in liquid nitrogen, wherein particles having a particle size smaller than a predetermined upper particle size are separated.
An apparatus for generating a set of transform coefficients of a block in a frame or portion thereof, comprising: a media encoder coupled to a data interface adapted to receive a frame or portion thereof, said media encoder is adapted to: designate a rotational symmetry mask having a size and a shape as said block partitioned in said frame or portion thereof for processing said block; split said block to two complementary portions using said rotational symmetry mask; generate a pair of rotational symmetry blocks each having one of said two complementary portions; and compute a transform coefficient for each member of said pair of rotational symmetry blocks; wherein said media encoder is adapted to generate each of said pair of rotational symmetry blocks as blocks having the size and shape of said block by adding complementary data to the respective portion of each of the two complementary portions; wherein said complementary data is obtained by multiplying a 2D mirror of the respective portion which said rotational symmetry block is constructed from by one member of the group consisting of: zero, one and minus one (-1). designate a rotational symmetry mask having a size and a shape as said block partitioned in said frame or portion thereof for processing said block; split said block to two complementary portions using said rotational symmetry mask; generate a pair of rotational symmetry blocks each having one of said two complementary portions; and compute a transform coefficient for each member of said pair of rotational symmetry blocks; wherein said media encoder is adapted to generate each of said pair of rotational symmetry blocks as blocks having the size and shape of said block by adding complementary data to the respective portion of each of the two complementary portions; wherein said complementary data is obtained by multiplying a 2D mirror of the respective portion which said rotational symmetry block is constructed from by one member of the group consisting of: zero, one and minus one (-1).
Pilger rolling system for forming a hollow into a pipe with a first roll stand which is mounted so as to be movable linearly in a direction of movement, wherein two rollers (2, 3) for forming the hollow into the pipe are mounted on the roll stand so as to be rotatable on shafts, wherein one of the rollers (2, 3) is arranged with a drive gear on a shaft and wherein the drive gear engages in a fixed gear rack, which is attached in such a way to a gear rack holder that a translational movement of the roll stand causes a rotational movement of the drive gear and the roller (2, 3), and a crank drive which is connected to the roll stand and which transfers a rotary movement of a drive motor via a push rod into an oscillating translational movement of the roll stand during operation of the pilger rolling system, and the gear rack holder is designed in such a way that the first roll stand is interchangeable with a second roll stand of a second dimension different from the first dimension, characterised in that the gear rack holder is designed in such a way that the gear rack can be received on the gear rack holder at at least two positions spaced apart from one another in a direction parallel to the shafts of the rollers (2, 3). the gear rack holder is designed in such a way that the first roll stand is interchangeable with a second roll stand of a second dimension different from the first dimension, characterised in that the gear rack holder is designed in such a way that the gear rack can be received on the gear rack holder at at least two positions spaced apart from one another in a direction parallel to the shafts of the rollers (2, 3).
A sweetener composition comprising rebaudioside A and rebaudioside E, wherein the weight ratio of rebaudioside A to rebaudioside E ranges from 2:5 to 6:1.
A blocker door assembly for use in a gas turbine engine, said blocker door assembly comprising: a facesheet, wherein said facesheet comprises a plurality of openings to facilitate noise attenuation; and a body portion coupled to said facesheet, wherein said body portion comprises a backsheet integrally formed with a honeycomb core, wherein said body portion is molded from a thermoplastic material; and wherein said body portion comprises a plurality of mounting structures integrally formed with said backsheet and said honeycomb core. a facesheet, wherein said facesheet comprises a plurality of openings to facilitate noise attenuation; and a body portion coupled to said facesheet, wherein said body portion comprises a backsheet integrally formed with a honeycomb core, wherein said body portion is molded from a thermoplastic material; and wherein said body portion comprises a plurality of mounting structures integrally formed with said backsheet and said honeycomb core.
A method for the injection molding of a part comprising: clamping a first side of an injection mold to a second side of an injection mold creating a cavity therebetween; a first positioning step to position a valve-gate pin to an open position; injecting a first material into said cavity; a maintaining step to hold said injected material under pressure within said injection mold for a predetermined period of time; a second positioning step to position a valve-gate pin to a closed position; opening said injection mold, to separate said first side of said injection mold from said second side of said injection mold; characterised by a third positioning step to retract said valve-gate pin thereby breaking a connection between said valve-gate pin and said part, a fourth positioning step following said third positioning step to position the valve-gate pin to force the part away from the first side of the injection mold. clamping a first side of an injection mold to a second side of an injection mold creating a cavity therebetween; a first positioning step to position a valve-gate pin to an open position; injecting a first material into said cavity; a maintaining step to hold said injected material under pressure within said injection mold for a predetermined period of time; a second positioning step to position a valve-gate pin to a closed position; opening said injection mold, to separate said first side of said injection mold from said second side of said injection mold; characterised by a third positioning step to retract said valve-gate pin thereby breaking a connection between said valve-gate pin and said part, a fourth positioning step following said third positioning step to position the valve-gate pin to force the part away from the first side of the injection mold.
Annular knife module for a longitudinal cutting system for a web-shaped material, having at least one annular knife and a shaft, in particular an expansion shaft, for plug-fitting and releasably fixing the at least one annular knife, and having at least one positioning installation for displacing the at least one annular knife on the shaft, wherein the positioning installation has at least one gripper element for gripping the at least one annular knife, characterized in that the gripper element has clamping jaws which are capable of clamping by moving apart in a groove of the annular knife.
Cell culture medium, characterised in that the cell culture medium comprises an iron-citrate-diphosphate complex and is present in undissolved form, the cell culture medium comprising the iron-citrate-diphosphate complex in a quantity of from 0.16 wt.-% to 12 wt.-%.
Planetary stage having a planet carrier, at least one pitch tube and at least one fixing element; wherein the pitch tube is arranged coaxially with an axis of rotation of the planetary stage; and wherein the pitch tube passes through a wall of the planet carrier; wherein the fixing element is fixed in the wall; wherein the pitch tube has a groove; wherein the fixing element engages in at least one part of the groove; wherein the at least one part of the groove extends orthogonally to the axis of rotation; also comprising a plate that is fixed in the wall and fixes the fixing element in the wall in a form-fitting manner; wherein the fixing element engages in an intermediate space between the wall and the plate such that it is fixed in a form-fitting manner between the wall and the plate. the pitch tube is arranged coaxially with an axis of rotation of the planetary stage; and wherein the pitch tube passes through a wall of the planet carrier; wherein the fixing element is fixed in the wall; wherein the pitch tube has a groove; wherein the fixing element engages in at least one part of the groove; wherein the at least one part of the groove extends orthogonally to the axis of rotation; also comprising a plate that is fixed in the wall and fixes the fixing element in the wall in a form-fitting manner; wherein the fixing element engages in an intermediate space between the wall and the plate such that it is fixed in a form-fitting manner between the wall and the plate.
A fastening apparatus suitable for assembling a downhole tool, comprising: a retaining member comprising a shape memory material, the retaining member having an axial cross-section of a first cross sectional shape; a hole within a body into which the retaining member is disposed, the hole having an axial cross-section of a second cross sectional shape; wherein the shape memory material is configured to transform, responsive to application of a stimulus, from a first solid phase to a second solid phase; and characterised in that the first cross-sectional shape is circular, the second cross-sectional shape is non-circular and transformation of the shape memory material to the second solid phase will secure the retaining member within the hole against rotational and axial movement. a retaining member comprising a shape memory material, the retaining member having an axial cross-section of a first cross sectional shape; a hole within a body into which the retaining member is disposed, the hole having an axial cross-section of a second cross sectional shape; wherein the shape memory material is configured to transform, responsive to application of a stimulus, from a first solid phase to a second solid phase; and characterised in that the first cross-sectional shape is circular, the second cross-sectional shape is non-circular and transformation of the shape memory material to the second solid phase will secure the retaining member within the hole against rotational and axial movement.
Method for producing a groove structure in an inner surface of a pin bore of a piston, comprising the method steps: - providing a rotatable boring bar with at least one cutting tool, - advancing the boring bar, which rotates in a rotational direction at a first speed n 1, at a first feed speed v 1 into the pin bore and introducing at least one helical first groove of the groove structure into the inner surface with a first depth and a first width, characterised in - that the boring bar is retracted subsequently out of the pin bore at a speed n 2 while maintaining the rotational direction at a second feed speed v 2 different from the first feed speed v 1, wherein when retracting the boring bar at least one helical second groove of the groove structure is introduced into the inner surface with a second depth different from the first depth, - that the introduction of the respective groove (16, 18) into the inner surface of the bolt bore is performed by a relative radial adjustment of the inner surface to the cutting tool. - providing a rotatable boring bar with at least one cutting tool, - advancing the boring bar, which rotates in a rotational direction at a first speed n 1, at a first feed speed v 1 into the pin bore and introducing at least one helical first groove of the groove structure into the inner surface with a first depth and a first width, characterised in - that the boring bar is retracted subsequently out of the pin bore at a speed n 2 while maintaining the rotational direction at a second feed speed v 2 different from the first feed speed v 1, wherein when retracting the boring bar at least one helical second groove of the groove structure is introduced into the inner surface with a second depth different from the first depth, - that the introduction of the respective groove (16, 18) into the inner surface of the bolt bore is performed by a relative radial adjustment of the inner surface to the cutting tool.