mhurhangee/ep-ind-claims huggingface dataset:
A debris retention assembly for a fuel assembly, comprising: a debris filter adapted to be disposed across a flow path for coolant into the fuel assembly, the debris filter comprising filter openings configured to impede the flow of debris into the fuel assembly; and a debris retention device configured to be positioned upstream from the debris filter with respect to a forward direction of flow and adapted to be disposed across the flow path; wherein the debris retention device comprises a central forward flow channel operable to allow coolant flow therethrough to impinge upon the debris filter, the central forward flow channel comprising one or more channel openings coarser in size compared to the filter openings, wherein the debris retention device further comprises: at least one straining plate configured to retain debris, wherein the at least one straining plate encircles the central forward flow channel, whereby the debris retention device is configured to retain debris that has been impeded by the debris filter to prevent escape of the debris from debris retention assembly; characterized in that: the debris retention assembly further comprises an enclosure that interconnects the debris filter and the debris retention device and further defines walls of a debris retention cavity; wherein the debris retention cavity is defined between the debris filter and the debris retention device; wherein the debris retention assembly is configured to be inserted through a slot of a lower tie plate of the fuel assembly for positioning within a tie plate cavity of the fuel assembly. a debris filter adapted to be disposed across a flow path for coolant into the fuel assembly, the debris filter comprising filter openings configured to impede the flow of debris into the fuel assembly; and a debris retention device configured to be positioned upstream from the debris filter with respect to a forward direction of flow and adapted to be disposed across the flow path; wherein the debris retention device comprises a central forward flow channel operable to allow coolant flow therethrough to impinge upon the debris filter, the central forward flow channel comprising one or more channel openings coarser in size compared to the filter openings, wherein the debris retention device further comprises: at least one straining plate configured to retain debris, wherein the at least one straining plate encircles the central forward flow channel, whereby the debris retention device is configured to retain debris that has been impeded by the debris filter to prevent escape of the debris from debris retention assembly; characterized in that: the debris retention assembly further comprises an enclosure that interconnects the debris filter and the debris retention device and further defines walls of a debris retention cavity; wherein the debris retention cavity is defined between the debris filter and the debris retention device; wherein the debris retention assembly is configured to be inserted through a slot of a lower tie plate of the fuel assembly for positioning within a tie plate cavity of the fuel assembly.
A mapping device comprising a position determining apparatus, the position determining apparatus being operable to determine one or more locations of the mapping device, the one or more determined locations forming at least one route, wherein the mapping device is configured to: determine at least one identity sensitive portion (425,430,435) of the at least one route, wherein the size of the at least one identity sensitive portion is dynamically determined according to at least one property associated with at least one location (410,415,525) comprised in the identity sensitive portion, wherein the at least one location is a location associated with a user of the mapping device from which the user can be identified; and form at least one anonymized route from the at least one determined route, wherein the at least one anonymized route does not include the at least one identity sensitive portion (425,430,435) of the at least one route. determine at least one identity sensitive portion (425,430,435) of the at least one route, wherein the size of the at least one identity sensitive portion is dynamically determined according to at least one property associated with at least one location (410,415,525) comprised in the identity sensitive portion, wherein the at least one location is a location associated with a user of the mapping device from which the user can be identified; and form at least one anonymized route from the at least one determined route, wherein the at least one anonymized route does not include the at least one identity sensitive portion (425,430,435) of the at least one route.
Method for processing data, implemented within an intermediary module between a client module and a server module that are connected through a communication network, comprising: - a step of receiving a message identifying a data frame of a stream of encrypted data exchanged between the client module and the server module, into which a field identifying an operation of intermediation to be performed relative to said stream of encrypted data is inserted; - after receiving said message, a step of receiving, from one among the client module and server module, said data frame, defining an intermediation request identifying said operation of intermediation to be performed relative to said stream of encrypted data exchanged between the client module and the server module, said data frame having a first part in which the pieces of encrypted data are transported and a second part, readable by the intermediary module, into which said field identifying the operation of intermediation to be performed is inserted; - a step of processing relative to said encrypted data as a function of said operation of intermediation. - a step of receiving a message identifying a data frame of a stream of encrypted data exchanged between the client module and the server module, into which a field identifying an operation of intermediation to be performed relative to said stream of encrypted data is inserted; - after receiving said message, a step of receiving, from one among the client module and server module, said data frame, defining an intermediation request identifying said operation of intermediation to be performed relative to said stream of encrypted data exchanged between the client module and the server module, said data frame having a first part in which the pieces of encrypted data are transported and a second part, readable by the intermediary module, into which said field identifying the operation of intermediation to be performed is inserted; - a step of processing relative to said encrypted data as a function of said operation of intermediation.
Tool for creating a self-stiffened panel, said tool comprising: - a support having a shaft with an axis, - a set of punches arranged next to one another parallel to the axis, a channel parallel to the axis being delimited between two adjacent punches, - for each punch, two securing systems (106a-b), where each securing system (106a-b) comprises first securing means and second securing means, and - for each punch, two main securing means, each being provided at one end of the punch and adopting either a locking position in which the punch locked on the support or an unlocking position in which the punch is not locked on the support, the tool being characterizes in that the first securing means comprise a slider that is able to move in translation on the support parallel to the axis and at least one hook secured to the slider, in that the second securing means comprise at least one nose integral with the punch, and in that the toll comprises actuating means that are intended to move the slider alternately from a securing position in which each nose is located between the support and a hook, to a release position in which the hooks are offset with respect to the noses parallel to the axis. - a support having a shaft with an axis, - a set of punches arranged next to one another parallel to the axis, a channel parallel to the axis being delimited between two adjacent punches, - for each punch, two securing systems (106a-b), where each securing system (106a-b) comprises first securing means and second securing means, and - for each punch, two main securing means, each being provided at one end of the punch and adopting either a locking position in which the punch locked on the support or an unlocking position in which the punch is not locked on the support,
Barrel (11, 21) including a box (13, 23) for receiving a pivot arbour (15, 25) and at least one spring (17, 27), said at least one spring in a spiral shape being mounted between the internal wall of the box (13, 23) and the external wall of the pivot arbour (15, 25), and can be wound to supply mechanical energy, the barrel (11, 21) further including a device (12, 12', 22) for increasing the torque of said at least one spring including supplementary energy accumulation curves (14, 14', 24) that are integral with said at least one spring and provided in addition to the trajectory of the spiral shape of said at least one spring, said curves of substantially rectangular cross-section (E, H) forming alternations with respect to said trajectory of the spiral shape over at least one part of the coils of said at least one spring so as to customize the barrel (11, 21) torque according to the winding tension of said at least one spring.
A gas turbine engine component comprising: an airfoil having: a leading edge; a trailing edge; a pressure side extending between the leading edge and trailing edge; a suction side extending between the leading edge and trailing edge; and a cooling passageway system extending through the airfoil and comprising: a plurality of inlets (50,52,54); and a segmented trailing edge discharge slot, wherein the cooling passageway system comprises a plurality of sections stacked between the pressure side and suction side and respectively feeding different ones of the segments (62A-62E) of the trailing edge discharge slot; characterised in that: said stacked sections feeding said segments (62A-62E) are fluidly connected to different ones of said inlets (50, 52, 54). an airfoil having: a leading edge; a trailing edge; a pressure side extending between the leading edge and trailing edge; a suction side extending between the leading edge and trailing edge; and a cooling passageway system extending through the airfoil and comprising: a plurality of inlets (50,52,54); and a segmented trailing edge discharge slot, wherein the cooling passageway system comprises a plurality of sections stacked between the pressure side and suction side and respectively feeding different ones of the segments (62A-62E) of the trailing edge discharge slot; a leading edge; a trailing edge; a pressure side extending between the leading edge and trailing edge; a suction side extending between the leading edge and trailing edge; and a cooling passageway system extending through the airfoil and comprising: a plurality of inlets (50,52,54); and a segmented trailing edge discharge slot, wherein the cooling passageway system comprises a plurality of sections stacked between the pressure side and suction side and respectively feeding different ones of the segments (62A-62E) of the trailing edge discharge slot; a plurality of inlets (50,52,54); and a segmented trailing edge discharge slot, wherein the cooling passageway system comprises a plurality of sections stacked between the pressure side and suction side and respectively feeding different ones of the segments (62A-62E) of the trailing edge discharge slot; characterised in that: said stacked sections feeding said segments (62A-62E) are fluidly connected to different ones of said inlets (50, 52, 54).
A modified conjugated diene-based polymer, comprising: a derived unit from a modifier, wherein the modifier comprising three or more alkoxy groups bonded to silicon; a non-functional chain forming a silicon-carbon bond at one side of the derived unit from a modifier, wherein the non-functional chain comprising a repeating unit derived from a conjugated diene-based monomer; and a functional chain forming a silicon-carbon bond at the other side of the derived unit from a modifier, the functional chain comprising two or more derived units from an N-functional group-containing monomer, wherein the modified conjugated diene-based polymer has a rate of change of mooney viscosity (MV R) of 200 or less, wherein the MV R is determined according to the following Mathematical Formula 1: MV R = MV f − MV i / MV i × 100 in Mathematical Formula 1, MV f is mooney viscosity at 100°C after standing the polymer at 25°C for 30 days, and MVi is initial mooney viscosity of the polymer at 100°C, wherein the mooney viscosity is measured according to the method as described in the description. a derived unit from a modifier, wherein the modifier comprising three or more alkoxy groups bonded to silicon; a non-functional chain forming a silicon-carbon bond at one side of the derived unit from a modifier, wherein the non-functional chain comprising a repeating unit derived from a conjugated diene-based monomer; and a functional chain forming a silicon-carbon bond at the other side of the derived unit from a modifier, the functional chain comprising two or more derived units from an N-functional group-containing monomer, wherein the modified conjugated diene-based polymer has a rate of change of mooney viscosity (MV R) of 200 or less, wherein the MV R is determined according to the following Mathematical Formula 1: MV R = MV f − MV i / MV i × 100 in Mathematical Formula 1, MV f is mooney viscosity at 100°C after standing the polymer at 25°C for 30 days, and MVi is initial mooney viscosity of the polymer at 100°C, wherein the mooney viscosity is measured according to the method as described in the description.
A time-of-flight depth camera configured to collect image data from an image environment illuminated by illumination light, the time-of-flight depth camera comprising: a light source including a plurality of surface-emitting lasers configured to generate coherent light, the light source comprising an arrangement of the plurality of surface-emitting lasers in a rectangular shape; a lens system configured to project an image of the light source to the image environment by simultaneously transmitting collimated light emitted from a first surface-emitting laser to the image environment in a different direction than collimated light emitted from a second surface-emitting laser, the lens system (120, 600, 700, 800) comprising: a first stage positioned to condense light received from the light source, and a second stage positioned to receive light from the first stage, the second stage being configured to relay the image of the light source into the image environment to illuminate the image environment; and an image sensor configured to detect at least a portion of return light reflected from the image environment. a light source including a plurality of surface-emitting lasers configured to generate coherent light, the light source comprising an arrangement of the plurality of surface-emitting lasers in a rectangular shape; a lens system configured to project an image of the light source to the image environment by simultaneously transmitting collimated light emitted from a first surface-emitting laser to the image environment in a different direction than collimated light emitted from a second surface-emitting laser, the lens system (120, 600, 700, 800) comprising: a first stage positioned to condense light received from the light source, and a second stage positioned to receive light from the first stage, the second stage being configured to relay the image of the light source into the image environment to illuminate the image environment; and a first stage positioned to condense light received from the light source, and a second stage positioned to receive light from the first stage, the second stage being configured to relay the image of the light source into the image environment to illuminate the image environment; and an image sensor configured to detect at least a portion of return light reflected from the image environment.
A method for producing prasugrel hydrochloride represented by the formula: with a reduced content of 5-(α-cyclopropylcarbonyl-2-fluorobenzyl)-2-oxo-2,4,5,6,7,7a-hexahydrothieno[3,2-c]pyridine, comprising: preparing free prasugrel represented by the formula: containing 5-(α-cyclopropylcarbonyl-2-fluorobenzyl)-2-oxo-2,4,5,6,7,7a-hexahydrothieno[3,2-c]pyridine from a 2-silyloxy-5-(α-cyclopropylcarbonyl-2-fluorobenzyl)-4,5,6,7-tetrahydrothieno [3,2-c]pyridine; dissolving the free prasugrel represented by the formula in an inert solvent; and adding hydrochloric acid optionally dropwise to the solution for reaction. preparing free prasugrel represented by the formula: containing 5-(α-cyclopropylcarbonyl-2-fluorobenzyl)-2-oxo-2,4,5,6,7,7a-hexahydrothieno[3,2-c]pyridine from a 2-silyloxy-5-(α-cyclopropylcarbonyl-2-fluorobenzyl)-4,5,6,7-tetrahydrothieno [3,2-c]pyridine; dissolving the free prasugrel represented by the formula in an inert solvent; and adding hydrochloric acid optionally dropwise to the solution for reaction.
Method of determining a void volume during manufacture of a composite pipe formed of concentric layers of adjacently positioned, helical windings of composite tape, comprising the steps of: a) scanning the surface of a layer of adjacently positioned, helical windings to generate scanning information; b) using the scanning information to locate gap(s) between adjacent windings and to determine the number of gaps and characteristic dimensions of each gap in the layer; and c) generating a calculated void volume of the layer, using the number of gaps and the characteristic dimensions of each gap for the layer. a) scanning the surface of a layer of adjacently positioned, helical windings to generate scanning information; b) using the scanning information to locate gap(s) between adjacent windings and to determine the number of gaps and characteristic dimensions of each gap in the layer; and c) generating a calculated void volume of the layer, using the number of gaps and the characteristic dimensions of each gap for the layer.
A method of preparing a sample for TEM analysis, the method comprising: loading a substrate into an ion beam system; separating a sample from the substrate by ion beam milling; attaching the sample to a probe using charged particle beam induced deposition; transporting the sample to a sample holder; attaching the sample to the sample holder using charged particle beam induced deposition forming a bond larger than that holding the sample to the probe; separating the probe from the sample by moving the probe or sample holder relative to each other without cutting the sample from the probe before moving.
A hand held power tool for tightening comprising: a housing in which a motor coupled to an outgoing axle defining an axial direction (A-A) is arranged; a torque multiplier attached to said housing at a front end thereof, a first handle portion, and a second supporting handle structure arranged at said front end of said housing and extending in a direction parallel to said axial direction in order to allow a user to support said tool at said torque multiplier, said tool further comprising: a first switch arranged at said first handle and configured to control a supply of energy to the motor, characterised in that the power tool further comprises a second switch configured to control a supply of energy to the motor, wherein the hand held power tool is operative to require the user of the power tool to simultaneously operate the first switch and the second switch in order for energy to be supplied to the motor, and wherein said second switch is arranged at said second supporting handle structure. a housing in which a motor coupled to an outgoing axle defining an axial direction (A-A) is arranged; a torque multiplier attached to said housing at a front end thereof, a first handle portion, and a second supporting handle structure arranged at said front end of said housing and extending in a direction parallel to said axial direction in order to allow a user to support said tool at said torque multiplier, said tool further comprising: a first switch arranged at said first handle and configured to control a supply of energy to the motor, characterised in that the power tool further comprises a second switch configured to control a supply of energy to the motor, wherein the hand held power tool is operative to require the user of the power tool to simultaneously operate the first switch and the second switch in order for energy to be supplied to the motor, and wherein said second switch is arranged at said second supporting handle structure. a first switch arranged at said first handle and configured to control a supply of energy to the motor, characterised in that the power tool further comprises a second switch configured to control a supply of energy to the motor, wherein the hand held power tool is operative to require the user of the power tool to simultaneously operate the first switch and the second switch in order for energy to be supplied to the motor, and wherein said second switch is arranged at said second supporting handle structure.
A surgical apparatus defining a longitudinal axis for positioning within a tissue tract accessing an underlying body cavity, which comprises: an anchor member defining a proximal end, a distal end, and including at least-one longitudinal port defining a passage extending between the proximal and distal ends and being configured for reception of an object; and a sheath (110,111) extending from the proximal end of the anchor member along the longitudinal axis, the sheath having a rollable ring attached at an end thereof; and characterised in that the surgical apparatus further comprises a suture to secure the sheath in a rolled state and the ring member defines a hole for receiving the suture therethrough an anchor member defining a proximal end, a distal end, and including at least-one longitudinal port defining a passage extending between the proximal and distal ends and being configured for reception of an object; and a sheath (110,111) extending from the proximal end of the anchor member along the longitudinal axis, the sheath having a rollable ring attached at an end thereof; and characterised in that the surgical apparatus further comprises a suture to secure the sheath in a rolled state and the ring member defines a hole for receiving the suture therethrough