mhurhangee/ep-ind-claims huggingface dataset:
A dual-flow turbine engine comprising a fan wheel arranged at an upstream end of the turbine engine and a straightening assembly positioned axially downstream of the fan wheel, said assembly comprising two radially inner and outer coaxial shells (32, 34) between which extend vanes made of composite material, the radially inner shell being arranged around a compressor and delimiting with the radially outer shell an annular stream for the flow of a secondary air flow, the vanes being fastened at a first end portion on the radially inner shell and at a second end portion on the radially outer shell, the vanes further comprising a useful part extending between said first and second end portions (44, 46), characterized in that: a) for each vane, in a plane perpendicular to the axis of the radially inner and outer shells (32, 34), a straight line (d) passing through a junction between said first and second end portions (44, 46) and the useful part forms an angle α with a radius of the radially inner shell passing through the junction between said first end portion and the useful part of said vane such that 0° < α ≤ 30°, b) the difference in radius between the inner and outer shells ranges from 200 to 900 mm, and in that the radially inner shell comprises, on its radially outer periphery, breaks forming walls that extend radially and against which the first end portion of the vanes comes to rest. a) for each vane, in a plane perpendicular to the axis of the radially inner and outer shells (32, 34), a straight line (d) passing through a junction between said first and second end portions (44, 46) and the useful part forms an angle α with a radius of the radially inner shell passing through the junction between said first end portion and the useful part of said vane such that 0° < α ≤ 30°, b) the difference in radius between the inner and outer shells ranges from 200 to 900 mm,
A medical device, comprising: a pacing pulse delivery circuit configured to deliver a pacing pulse to a heart; a sensing circuit configured to sense a cardiac signal associated with the pacing pulse; and a control circuit, coupled to the sensing circuit and configured to define a classification window relative to and following the pacing pulse, detect one or more characteristics of the cardiac signal sensed within one classification window, and classify a cardiac response to the pacing pulse based on the one or more characteristics and the particular classification window, characterised in that said control circuit is further configured to define a plurality of classification windows. a pacing pulse delivery circuit configured to deliver a pacing pulse to a heart; a sensing circuit configured to sense a cardiac signal associated with the pacing pulse; and a control circuit, coupled to the sensing circuit and configured to define a classification window relative to and following the pacing pulse, detect one or more characteristics of the cardiac signal sensed within one classification window, and classify a cardiac response to the pacing pulse based on the one or more characteristics and the particular classification window, characterised in that said control circuit is further configured to define a plurality of classification windows.
A cam drive device for an image forming apparatus, the cam drive device comprising: a cam to rotate; a displacement body to be displaced in response to a change in a rotation position of the cam in contact with the displacement body; a motor to rotate the cam; and a power source to output an electric current to be supplied to the motor, the cam drive device being characterized in that it further includes a controller configured to control an excitation current to cause a stall torque to the motor being in a stop state, wherein the excitation current is changed in response to a change in a rotation stop position of the cam, wherein the cam is an eccentric cam, and the cam includes: a concentric curved portion (P 1,P 3) in which a curvature centered on an axis of the cam is constant; and a non-concentric curved portion (P 2) in which the curvature centered on the axis of the cam is not constant, wherein the controller is further configured to change the excitation current between a first rotation stop position of the cam and a second rotation stop position of the cam, the first rotation stop position at which the concentric curved portion (P 1,P 3) is in contact with the displacement body, the second rotation stop position at which the non-concentric curved portion (P 2) is in contact with the displacement body, the excitation current at the first rotation stop position of the cam is set smaller than the excitation current at the second rotation stop position of the cam. a cam to rotate; a displacement body to be displaced in response to a change in a rotation position of the cam in contact with the displacement body; a motor to rotate the cam; and a power source to output an electric current to be supplied to the motor, the cam drive device being characterized in that it further includes a controller configured to control an excitation current to cause a stall torque to the motor being in a stop state, wherein the excitation current is changed in response to a change in a rotation stop position of the cam, wherein the cam is an eccentric cam, and the cam includes: a concentric curved portion (P 1,P 3) in which a curvature centered on an axis of the cam is constant; and a non-concentric curved portion (P 2) in which the curvature centered on the axis of the cam is not constant, a concentric curved portion (P 1,P 3) in which a curvature centered on an axis of the cam is constant; and a non-concentric curved portion (P 2) in which the curvature centered on the axis of the cam is not constant, wherein the controller is further configured to change the excitation current between a first rotation stop position of the cam and a second rotation stop position of the cam, the first rotation stop position at which the concentric curved portion (P 1,P 3) is in contact with the displacement body, the second rotation stop position at which the non-concentric curved portion (P 2) is in contact with the displacement body, the excitation current at the first rotation stop position of the cam is set smaller than the excitation current at the second rotation stop position of the cam.
Plug-connector housing (1, 1') having receptacles (4, 6) for fastening of at least two contact carriers, wherein the plug-connector housing (1, 1') has a substantially rectangular cross section, with two opposite narrow sides and two opposite long sides, wherein the receptacles (4, 6) are formed integrally on the internal side within the plug-connector housing (1, 1'), and wherein one first receptacle is arranged in each of the corner regions, and wherein at least one second receptacle (6, 6') is arranged on each of the long sides, characterized in that one first receptacle is arranged in each of the corner regions, and in that two second receptacle are arranged on each of the long sides, and in that the second receptacles (6, 6') are mounted so as to be displaceable along the long sides. wherein one first receptacle is arranged in each of the corner regions, and wherein at least one second receptacle (6, 6') is arranged on each of the long sides, characterized in that one first receptacle is arranged in each of the corner regions, and in that two second receptacle are arranged on each of the long sides, and in that the second receptacles (6, 6') are mounted so as to be displaceable along the long sides.
An apparatus comprising: means for obtaining a received sequence for a control segment spanning multiple symbol periods; means for performing correlation on the received sequence to determine whether a signaling message was sent in the control segment, wherein means for performing correlation comprises: means for generating a signaling sequence based on the signaling message; means for partitioning the signaling sequence into multiple sub-sequences, one sub-sequence for each of the multiple symbol periods; means for cyclically shifting each of the multiple sub-sequences; and means for forming a correlating sequence based on multiple cyclically shifted sub-sequences, and wherein the means for performing correlation comprises means for correlating the received sequence with the correlating sequence to determine whether the signaling message was sent in the control segment. means for obtaining a received sequence for a control segment spanning multiple symbol periods; means for performing correlation on the received sequence to determine whether a signaling message was sent in the control segment, wherein means for performing correlation comprises: means for generating a signaling sequence based on the signaling message; means for partitioning the signaling sequence into multiple sub-sequences, one sub-sequence for each of the multiple symbol periods; means for cyclically shifting each of the multiple sub-sequences; and means for forming a correlating sequence based on multiple cyclically shifted sub-sequences, and wherein the means for performing correlation comprises means for correlating the received sequence with the correlating sequence to determine whether the signaling message was sent in the control segment. means for generating a signaling sequence based on the signaling message; means for partitioning the signaling sequence into multiple sub-sequences, one sub-sequence for each of the multiple symbol periods; means for cyclically shifting each of the multiple sub-sequences; and means for forming a correlating sequence based on multiple cyclically shifted sub-sequences, and wherein the means for performing correlation comprises means for correlating the received sequence with the correlating sequence to determine whether the signaling message was sent in the control segment.
A multipart torque bar, comprising: an outer torque bar body having a first end and a second end, a top surface and a bottom surface, and a groove, wherein the groove defines an opening on the outer torque bar body; an inner torque bar body having a first end, a second end, a top surface, and a bottom surface, wherein the inner torque bar body is configured to be removably inserted within the groove of the outer torque bar body; characterised in that the opening begins on the first end of the top surface and extends in an axial direction proximate the second end, and in that the inner torque bar body is configured to fit entirely and evenly into the outer torque bar body. an outer torque bar body having a first end and a second end, a top surface and a bottom surface, and a groove, wherein the groove defines an opening on the outer torque bar body; an inner torque bar body having a first end, a second end, a top surface, and a bottom surface, wherein the inner torque bar body is configured to be removably inserted within the groove of the outer torque bar body; characterised in that the opening begins on the first end of the top surface and extends in an axial direction proximate the second end, and in that the inner torque bar body is configured to fit entirely and evenly into the outer torque bar body.
A method for indicating a type of a participating service provider identity, characterized in that, the method comprises: generating a system message by an access device, wherein the system message comprises multiple participating service provider identities, PSP-IDs, PSP-IDs of a same type among the multiple PSP-IDs are sequentially arranged, and different types of PSP-IDs among the multiple PSP-IDs are arranged according to a preset sequential order, and the system message further comprises indication information for each type of PSP-IDs, wherein the indication information comprises information for indicating start and end locations of each type of PSP-IDs among the multiple PSP-IDs, or the indication information comprises information for indicating an end location of each type of a first type of PSP-IDs to a last but one type of PSP-IDs arranged according to the preset sequential order among the multiple PSP-IDs, or the indication information comprises information for indicating a start location of each type of a second type of PSP-IDs to a last type of PSP-IDs arranged according to the preset sequential order among the multiple PSP-IDs; and transmitting the system message to a User Equipment, UE, by the access device. generating a system message by an access device, wherein the system message comprises multiple participating service provider identities, PSP-IDs, PSP-IDs of a same type among the multiple PSP-IDs are sequentially arranged, and different types of PSP-IDs among the multiple PSP-IDs are arranged according to a preset sequential order, and the system message further comprises indication information for each type of PSP-IDs, wherein the indication information comprises information for indicating start and end locations of each type of PSP-IDs among the multiple PSP-IDs, or the indication information comprises information for indicating an end location of each type of a first type of PSP-IDs to a last but one type of PSP-IDs arranged according to the preset sequential order among the multiple PSP-IDs, or the indication information comprises information for indicating a start location of each type of a second type of PSP-IDs to a last type of PSP-IDs arranged according to the preset sequential order among the multiple PSP-IDs; and transmitting the system message to a User Equipment, UE, by the access device.
Passive attenuator for spacecraft, the passive attenuator having a mass of less than 75 kg and comprising: - two omega cross-section rings, placed symmetrically and defining a gap therebetween, being the main load path of the passive attenuator, and - a plurality of damper elements placed in the gap defined between the two omega cross-section rings and not in the main load path of the passive attenuator, such that the omega cross-section rings and the damper elements are assembled at their ends by means of attachment means, and the omega cross-section rings have a protruding central part with a plurality of holes for connection with the adjacent structures (7, 8) of the spacecraft. - two omega cross-section rings, placed symmetrically and defining a gap therebetween, being the main load path of the passive attenuator, and - a plurality of damper elements placed in the gap defined between the two omega cross-section rings and not in the main load path of the passive attenuator, such that the omega cross-section rings and the damper elements are assembled at their ends by means of attachment means, and the omega cross-section rings have a protruding central part with a plurality of holes for connection with the adjacent structures (7, 8) of the spacecraft.
Method of combustion in a furnace that is equipped with energy recovery means (1, 11) and burners, wherein the heat from the combustion fumes is recovered by the energy recovery means (1, 11) and this heat recovered by the energy recovery means (1, 11) is used to heat the air, said energy recovery means being regenerators, - at least some of the burners implementing the combustion of a fuel and of an oxygen-rich oxidizer, characterised in that: - at least some of the air heated by the energy recovery means (1, 11) is used to preheat the fuel and/or the oxygen-rich oxidizer of the burners by heat exchange between the heated air and the fuel and/or the oxygen-rich oxidizer. - at least some of the burners implementing the combustion of a fuel and of an oxygen-rich oxidizer, - at least some of the air heated by the energy recovery means (1, 11) is used to preheat the fuel and/or the oxygen-rich oxidizer of the burners by heat exchange between the heated air and the fuel and/or the oxygen-rich oxidizer.
A non-invasive method for the estimation of strain profile and dynamic evolution of the strain at a location interposed inside a block of soft material, comprising: i. preparing a first block of crosslinked material by crosslinking a first predetermined quantity of a pre-polymer solution containing a monomer, a crosslinking agent, and an initiator and promoter all mixed in a solvent at a known stoichiometric weight ratio, the crosslinking reaction being carried out inside a mold at room temperature or at an elevated temperature, such that a block of the crosslinked material has one of a flat face or curved surface; ii. transferring a grid comprising of microscopic lines or regularly spaced microscopic dots onto the flat face or curved surface by direct writing or transfer from an easy release surface; iii. preparing a second block of crosslinked material by crosslinking the pre-polymer solution containing a monomer, a cross-linking agent, an initiator and a promoter in a solvent at a known stoichiometric weight ratio on the surface of the first block to form a composite block comprising the second block of crosslinked material in contact with the surface of the first block and a plane containing the tracer particles embedded between the first block and the second block; iv. visualizing and recording the displacement of the tracer grid when the composite block is subjected to normal, shear or torsional loading or fracture by insertion of an object; v. estimating the strain field from the data of displacement of the tracer grid. i. preparing a first block of crosslinked material by crosslinking a first predetermined quantity of a pre-polymer solution containing a monomer, a crosslinking agent, and an initiator and promoter all mixed in a solvent at a known stoichiometric weight ratio, the crosslinking reaction being carried out inside a mold at room temperature or at an elevated temperature, such that a block of the crosslinked material has one of a flat face or curved surface; ii. transferring a grid comprising of microscopic lines or regularly spaced microscopic dots onto the flat face or curved surface by direct writing or transfer from an easy release surface; iii. preparing a second block of crosslinked material by crosslinking the pre-polymer solution containing a monomer, a cross-linking agent, an initiator and a promoter in a solvent at a known stoichiometric weight ratio on the surface of the first block to form a composite block comprising the second block of crosslinked material in contact with the surface of the first block and a plane containing the tracer particles embedded between the first block and the second block; iv. visualizing and recording the displacement of the tracer grid when the composite block is subjected to normal, shear or torsional loading or fracture by insertion of an object; v. estimating the strain field from the data of displacement of the tracer grid.
A lamellar cornea preservation solution, characterized in that the lamellar cornea preservation solution comprises the following components: 200-500g/L of glycerol, 5-50g/L of hyaluronic acid, 10-25g/L chondroitin sulfate, 1-10g/L of an antioxidant, and 10-40mmol/L of a buffer salt solution, a pH value being 6.0-8.0.
A coolant nozzle carrier for a grinding machine, wherein the coolant nozzle carrier comprises at least two coolant nozzles (35, 36, 37), wherein the nozzle carrier further comprises at least a center leg and two side legs being attached to the center leg, wherein - the side legs each support at least one nozzle (35, 36, 37), the side legs extend in a plane and are configured to embrace a disc-like space, wherein the side legs are pivotably attached to the center leg and/or in that the side legs each comprise a hinge enabling free ends of the side legs to pivot outward, the coolant nozzle carrier being characterized in that the pivotable attachment and/or the hinges provide a stop defining a minimum distance between the two side legs and in that the side legs are spring loaded against the stop. - the side legs each support at least one nozzle (35, 36, 37),
A rolled tissue product comprising a spirally wound creped, single ply tissue web having a first and a second outer surface and a non-crosslinked latex polymer disposed on either the first or the second outer surface, the product having a basis weight from 45 to about 55 gsm, a geometric mean tensile strength from 600 to 1,200 g/3" (g/7.62 cm) and a Stiffness Index from 4.00 to 8.00, wherein the non-crosslinked latex polymer is a vinyl acetate-ethylene latex polymer, and wherein the non-crosslinked latex polymer is comprised in a binder composition which is applied to the web in an amount of 1 to 25 % by weight based upon the total weight of the web.
A method performed by a network node for transmitting a mobile-terminated early data transmission during a random-access procedure, the method comprising: transmitting a page comprising a contention-free preamble corresponding to an identity associated with a wireless device to be paged, wherein the identity is a Serving Temporary Mobile Subscriber Identity, S-TMSI, or is a resume identity that identifies a suspended Radio Resource Control, RRC, connection; receiving, as part of the random-access procedure, a Msg1 transmission that comprises the contention-free preamble; upon receiving the Msg1 transmission, re-activating access stratum security for the wireless device associated with the identity that corresponds to the contention-free preamble comprised in the Msg1 transmission; and transmitting, as part of the random-access procedure, a Msg2 transmission to the wireless device associated with the identity corresponding to the contention-free preamble, wherein the Msg2 transmission comprises a signaling message and downlink data, and protecting the Msg2 transmission using the re-activated access stratum security. transmitting a page comprising a contention-free preamble corresponding to an identity associated with a wireless device to be paged, wherein the identity is a Serving Temporary Mobile Subscriber Identity, S-TMSI, or is a resume identity that identifies a suspended Radio Resource Control, RRC, connection; receiving, as part of the random-access procedure, a Msg1 transmission that comprises the contention-free preamble; upon receiving the Msg1 transmission, re-activating access stratum security for the wireless device associated with the identity that corresponds to the contention-free preamble comprised in the Msg1 transmission; and transmitting, as part of the random-access procedure, a Msg2 transmission to the wireless device associated with the identity corresponding to the contention-free preamble, wherein the Msg2 transmission comprises a signaling message and downlink data, and protecting the Msg2 transmission using the re-activated access stratum security.
A high dose extended-release potassium citrate tablet containing carnauba wax, which comprises: a first portion of melt- or heat-granulated potassium citrate and carnauba wax; and a second portion of non-granulated potassium citrate.