mhurhangee/ep-ind-claims huggingface dataset:
A device for bringing a cable-connected towed body out of a submarine or into a submarine, in the submerged condition, with a pivot arm which can be pivoted from a storage position of the towed body into a bringing-out or bringing-in position of the towed body and on which pivot arm a capture device for the towed body is arranged, and with a support for the towed body, about which support the towed body can be pivoted in the bringing-out or bringing-in position, wherein the support, distanced to the pivot arm, is movably arranged in the device in a manner such that it supports the towed body when bringing in and out, characterised in that the pivot arm is designed in a telescopic manner.
A tire-reinforcing steel cord comprising: a first-layer core including two filaments (1a, 1b, 1c); and a second-layer core including a plurality of filaments which are twisted around the surface of the first-layer core, wherein the filaments (1a, 1b, 1c) of the first-layer core have substantially elliptical or rectangular cross sections, and the filament of the second-layer core has a circular cross section, characterized in that the two filaments (1a, 1b, 1c) of the first-layer core are aligned side by side with one another so that the respective major axes of the elliptical filament or the longer sides of the rectangular filament are collinear, and that a ratio of a short-axis size to a long-axis size of the filaments (1a, 1b, 1c) constituting the first-layer core is in a range of 0.3 to 0.9. a first-layer core including two filaments (1a, 1b, 1c); and a second-layer core including a plurality of filaments which are twisted around the surface of the first-layer core, wherein the filaments (1a, 1b, 1c) of the first-layer core have substantially elliptical or rectangular cross sections, and the filament of the second-layer core has a circular cross section,
A data recording method, applied to a service processor, and comprising: obtaining target data from a data owner, wherein the service processor has permission to obtain data from the data owner; generating a blockchain transaction based on the target data when the target data is obtained in response to an access request initiated by a data user, and transmitting the generated blockchain transaction to a blockchain node, so that the blockchain node performs transaction consensus with other nodes contained in a blockchain network that comprises the blockchain node, and stores the blockchain transaction in a blockchain when the transaction consensus is reached; and returning the target data obtained from the data owner or index information generated by the blockchain node for the blockchain transaction to the data user when the data user is determined to have access permission to the target data, wherein the index information is used by the data user to generate a request transaction for the blockchain transaction to obtain the blockchain transaction or the target data contained in the blockchain transaction from any node in the blockchain network that comprises the blockchain node. obtaining target data from a data owner, wherein the service processor has permission to obtain data from the data owner; generating a blockchain transaction based on the target data when the target data is obtained in response to an access request initiated by a data user, and transmitting the generated blockchain transaction to a blockchain node, so that the blockchain node performs transaction consensus with other nodes contained in a blockchain network that comprises the blockchain node, and stores the blockchain transaction in a blockchain when the transaction consensus is reached; and returning the target data obtained from the data owner or index information generated by the blockchain node for the blockchain transaction to the data user when the data user is determined to have access permission to the target data, wherein the index information is used by the data user to generate a request transaction for the blockchain transaction to obtain the blockchain transaction or the target data contained in the blockchain transaction from any node in the blockchain network that comprises the blockchain node.
A method for controlling an induction heating apparatus, comprising: receiving (1102, 1202) an input power level of a heating zone; performing a noise suppressing operation by adjusting duty cycles of switching signals (S1,..., S4) input to switching elements (SW1,..., SW4) included in an inverter circuit of the induction heating apparatus and a driving frequency of the inverter circuit; determining a heating frequency corresponding to the input power level; and supplying a switching signal (S1,..., S4) to each of the switching elements (SW1,..., SW4) included in the inverter circuit, based on the determined heating frequency, for driving a working coil. receiving (1102, 1202) an input power level of a heating zone; performing a noise suppressing operation by adjusting duty cycles of switching signals (S1,..., S4) input to switching elements (SW1,..., SW4) included in an inverter circuit of the induction heating apparatus and a driving frequency of the inverter circuit; determining a heating frequency corresponding to the input power level; and supplying a switching signal (S1,..., S4) to each of the switching elements (SW1,..., SW4) included in the inverter circuit, based on the determined heating frequency, for driving a working coil.
A ready-to-administer parenteral dosage form comprising a. an aqueous solution comprising I. a therapeutically effective amount of norepinephrine or its pharmaceutically acceptable salt, and II. an antioxidant which is not a sulphite antioxidant, wherein the antioxidant is butylated hydroxyl anisole. a. an aqueous solution comprising I. a therapeutically effective amount of norepinephrine or its pharmaceutically acceptable salt, and II. an antioxidant which is not a sulphite antioxidant, wherein the antioxidant is butylated hydroxyl anisole. I. a therapeutically effective amount of norepinephrine or its pharmaceutically acceptable salt, and II. an antioxidant which is not a sulphite antioxidant,
Vibration absorption device intended for a motor vehicle transmission, having an axis X of rotation and comprising: - a support defining two radially outer support runway tracks (43 1, 43 2) and a radially inner support runway track, - a flyweight defining a radially inner flow rate runway track and two radially outer flyweight runway tacks (70 1, 70 2), - two outer rolling bodies (19 1, 19 2) mounted in such a way as to be able to roll and/or slide along at least one of the radially outer support (43 1, 43 2) and flyweight (70 1, 70 2) runway tracks and an inner rolling body mounted so as to be able to roll and/or slide along at least one of the radially inner supports and flyweight runway tracks so that the flyweight can oscillate freely on the support, at least one of: - the inner rolling body, - one of the outer rolling bodies (19 1, 19 2) and - the flyweight comprising an end stop (50 1, 50 2) configured to limit the axial movement of the said inner rolling body or of the said outer rolling body (19 1, 19 2) with respect to the support and/or to the flyweight. - a support defining two radially outer support runway tracks (43 1, 43 2) and a radially inner support runway track, - a flyweight defining a radially inner flow rate runway track and two radially outer flyweight runway tacks (70 1, 70 2), - two outer rolling bodies (19 1, 19 2) mounted in such a way as to be able to roll and/or slide along at least one of the radially outer support (43 1, 43 2) and flyweight (70 1, 70 2) runway tracks and an inner rolling body mounted so as to be able to roll and/or slide along at least one of the radially inner supports and flyweight runway tracks so that the flyweight can oscillate freely on the support, at least one of: - the inner rolling body, - one of the outer rolling bodies (19 1, 19 2) and - the flyweight - the inner rolling body, - one of the outer rolling bodies (19 1, 19 2) and - the flyweight
A method for regulating loading of an aircraft engine providing power to multiple loads, comprising: offloading selected power consuming loads according to a predetermined offload strategy when predetermined conditions are met, the method comprising formulating said offload strategy and evaluating the offload strategy by means of a model created on the basis of aircraft data for offloading auxiliary loads when predetermined criteria are satisfied, the method including: defining an offload strategy for reducing engine loading; creating a model based on one or more aircraft parameters to evaluate the offload strategy; predicting effects on one or more aircraft characteristics using the offload strategy and the model; comparing the one or more characteristics resulting from the prediction with predetermined thresholds; and in response to the comparison, either executing the offload strategy on the aircraft or adjusting the offload strategy, and wherein the offload strategy includes one or more of: reducing use of bleed air in an environmental conditioning system of the aircraft, a start and/or end time for offloading, pre-cooling a cabin of the aircraft before offloading. defining an offload strategy for reducing engine loading; creating a model based on one or more aircraft parameters to evaluate the offload strategy; predicting effects on one or more aircraft characteristics using the offload strategy and the model; comparing the one or more characteristics resulting from the prediction with predetermined thresholds; and in response to the comparison, either executing the offload strategy on the aircraft or adjusting the offload strategy, and wherein the offload strategy includes one or more of: reducing use of bleed air in an environmental conditioning system of the aircraft, a start and/or end time for offloading, pre-cooling a cabin of the aircraft before offloading. reducing use of bleed air in an environmental conditioning system of the aircraft, a start and/or end time for offloading, pre-cooling a cabin of the aircraft before offloading.
A method for using a sample initially collected at the point of care as source for sample for use in a laboratory that is not at the point of care comprising: a) collecting a sample suspected of containing a target microorganism for the POC test wherein the POC test is an immunoassay, b) preparing the collected sample for use in the POC test by combining the collected sample with a POC with a processing reagent configured for use with a POC test, wherein the POC processing reagent consists essentially of a gentle lysis reagent that consists of a Tris buffer, NaCl, and one of 16% detergent at a pH of 7.8 or 6% detergent at a pH of 8.0, and wherein the collected sample is not combined with any additional reagents thereafter prior to the POC test, c) using only a portion of the processed sample for the POC test leaving the remaining portion not used for the POC test, and d) using at least a portion of the remaining portion of the processed sample for a laboratory test. a) collecting a sample suspected of containing a target microorganism for the POC test wherein the POC test is an immunoassay, b) preparing the collected sample for use in the POC test by combining the collected sample with a POC with a processing reagent configured for use with a POC test, wherein the POC processing reagent consists essentially of a gentle lysis reagent that consists of a Tris buffer, NaCl, and one of 16% detergent at a pH of 7.8 or 6% detergent at a pH of 8.0, and wherein the collected sample is not combined with any additional reagents thereafter prior to the POC test, c) using only a portion of the processed sample for the POC test leaving the remaining portion not used for the POC test, and d) using at least a portion of the remaining portion of the processed sample for a laboratory test.
An undercover to be provided under a battery unit mounted on a lower portion of a vehicle, comprising an undercover body formed of resin and locatable opposite to a bottom surface of the battery unit, and a conductive fabric into which conductive fibers are woven stacked on the undercover body, characterized by further comprising a laminate resin layer stacked on the undercover body in such a state that a surface of the conductive fabric located opposite to the undercover body is covered by the laminate resin layer, wherein the conductive fibers include fiber bases formed of resin and conductive layers covering the fiber bases, the resin of the undercover body is melted and the undercover body is stuck to the conductive fabric, and the resin of the undercover body seeps from the conductive fabric to the laminate resin layer to unite with the laminate resin layer.
A projection data acquisition apparatus for acquiring projection data, the projection data acquisition apparatus comprising: - a radiation device for generating a pulsed radiation beam for traversing an object, - a detection device for generating projection data being indicative of the pulsed radiation beam after having traversed the object, - a moving unit (7, 8) for moving the radiation device and the object relative to each other, in order to generate the projection data at different acquisition positions of the radiation device relative to the object, characterised in that the radiation device is adapted to generate the pulsed radiation beam such that at different acquisition positions the pulsed radiation beam has different shapes, and wherein the radiation device comprises a radiation source for generating a radiation beam and a collimator for partially blocking and/or attenuating the radiation beam, in order to generate the pulsed radiation beam such that at different acquisition positions the pulsed radiation beam has different shapes, wherein the collimator comprises a rotatable cylinder with several openings (44...47), wherein the collimator is adapted to rotate the cylinder such that the openings (44...47) are arranged at different rotational positions relative to the radiation source at the different acquisition positions, in order to generate the pulsed radiation beam such that at the different acquisition positions the pulsed radiation beam has different shapes, wherein the openings (44...47) of the cylinder include first openings arranged at a first position along a longitudinal axis of the cylinder and second openings arranged at a second position along the longitudinal axis of the cylinder, wherein the first openings and the second openings have a circumferential offset relative to each other. - a radiation device for generating a pulsed radiation beam for traversing an object, - a detection device for generating projection data being indicative of the pulsed radiation beam after having traversed the object, - a moving unit (7, 8) for moving the radiation device and the object relative to each other, in order to generate the projection data at different acquisition positions of the radiation device relative to the object,
A method executed in a computing device for providing a launch mechanism for context based menus, the method comprising: in response to detecting a selection of a portion of displayed content on a user interface, presenting a launcher indicator associated with a context based menu, wherein a location of the launcher indicator is selected based on the selected portion of the displayed content; adjusting the location of the launcher indicator automatically based on one or more user attributes that include at least of one of: a left or right handedness of a user, a size of fingers, a size of a pointing device, and a direction of writing associated with the selected portion of displayed content; in response to detecting hovering over an area where the launcher indicator is displayed, displaying a tool tip to remind that the launcher indicator has been activated but no action has been received; detecting a user action associated with the displayed launcher indicator; and in response to the user action: displaying the context based menu, wherein said context based menu comprises commands. in response to detecting a selection of a portion of displayed content on a user interface, presenting a launcher indicator associated with a context based menu, wherein a location of the launcher indicator is selected based on the selected portion of the displayed content; adjusting the location of the launcher indicator automatically based on one or more user attributes that include at least of one of: a left or right handedness of a user, a size of fingers, a size of a pointing device, and a direction of writing associated with the selected portion of displayed content; in response to detecting hovering over an area where the launcher indicator is displayed, displaying a tool tip to remind that the launcher indicator has been activated but no action has been received; detecting a user action associated with the displayed launcher indicator; and in response to the user action: displaying the context based menu, wherein said context based menu comprises commands.
A method of forming a scaffold, comprising: dissolving a polymer in a solvent to form a polymer solution; adding a precipitating agent to the polymer solution; precipitating and expanding the polymer from the polymer solution to form the scaffold; and removing the solvent from the scaffold, characterized in that the solvent is at least one selected from the group consisting of glacial acetic acid, acetic acid, anisole, chloroform, methylene chloride, acetylchloride, 2,2,2 trifluoroethanol, trifluoroacetic acid, 1,2-dichloroethane and mixtures thereof, and in that the time to form the scaffold by precipitation of the polymer ranges from 1 minute to 1 hour. dissolving a polymer in a solvent to form a polymer solution; adding a precipitating agent to the polymer solution; precipitating and expanding the polymer from the polymer solution to form the scaffold; and removing the solvent from the scaffold, characterized in that the solvent is at least one selected from the group consisting of glacial acetic acid, acetic acid, anisole, chloroform, methylene chloride, acetylchloride, 2,2,2 trifluoroethanol, trifluoroacetic acid, 1,2-dichloroethane and mixtures thereof, and in that the time to form the scaffold by precipitation of the polymer ranges from 1 minute to 1 hour.
A medical device, comprising: a vessel member that defines a compartment interior of the vessel member; the vessel member being configured to be inserted into a body of a patient; a port attached to the vessel member and coupling the compartment interior of the vessel member to a region exterior of the vessel member; and a tubular member that defines a lumen and includes a distal end and a proximal end, wherein the tubular member passes through the port; wherein the proximal end of the tubular member is configured to remain exterior of the compartment interior of the vessel member and the distal end of the tubular member is attached to an internal surface of the vessel member within the compartment interior of the vessel member so that a portion of the internal surface of the vessel member provides a seal at the distal end of the lumen, wherein the vessel member and the tubular member comprise pores, wherein the tubular member is configured to be filled by a filling material delivered into the lumen of the tubular member, wherein the filling material can diffuse out of the medical device through the pores of the vessel member and the tubular member; characterised in that the delivery of the filling material into the lumen causes one or more portions of the tubular member, which were exterior of the compartment interior of the vessel member prior to the delivery of the filling material, to enter the compartment interior of the vessel member. a vessel member that defines a compartment interior of the vessel member; the vessel member being configured to be inserted into a body of a patient; a port attached to the vessel member and coupling the compartment interior of the vessel member to a region exterior of the vessel member; and a tubular member that defines a lumen and includes a distal end and a proximal end, wherein the tubular member passes through the port; wherein the proximal end of the tubular member is configured to remain exterior of the compartment interior of the vessel member and the distal end of the tubular member is attached to an internal surface of the vessel member within the compartment interior of the vessel member so that a portion of the internal surface of the vessel member provides a seal at the distal end of the lumen, wherein the vessel member and the tubular member comprise pores, wherein the tubular member is configured to be filled by a filling material delivered into the lumen of the tubular member, wherein the filling material can diffuse out of the medical device through the pores of the vessel member and the tubular member; characterised in that the delivery of the filling material into the lumen causes one or more portions of the tubular member, which were exterior of the compartment interior of the vessel member prior to the delivery of the filling material, to enter the compartment interior of the vessel member.
A power tool comprising: a housing including a main housing portion that defines a rear opening; an electric motor supported within the housing, the electric motor including an output shaft supporting a rotor assembly for rotation about a motor axis, a stator assembly surrounding the rotor assembly, and an end cap supporting a motor bearing, the motor bearing rotatably supporting the output shaft at a rear end proximate the rear opening; wherein a portion of the end cap resides within the rear opening to close the rear opening; characterized in that the end cap is affixed to the stator assembly. a housing including a main housing portion that defines a rear opening; an electric motor supported within the housing, the electric motor including an output shaft supporting a rotor assembly for rotation about a motor axis, a stator assembly surrounding the rotor assembly, and an end cap supporting a motor bearing, the motor bearing rotatably supporting the output shaft at a rear end proximate the rear opening; wherein a portion of the end cap resides within the rear opening to close the rear opening; characterized in that the end cap is affixed to the stator assembly.
Motor vehicle bodyshell structure assembly, comprising a front bulkhead, a rear part, and an assembly referred to as a floorpan assembly which extends between the front bulkhead and the rear part and which comprises at least one central tunnel element (18, 21) that extends substantially along a median floorpan axis and two half-floorpan elements that extend transversely on either side of the central tunnel element, characterized in that it comprises: - a substantially flat front floorpan element which extends across the entire width of the floorpan assembly, - a central tunnel element referred to as the "rear" central tunnel element, which extends between a rear end of the front floorpan element and the rear part, - two rear half-floorpan elements (36, 38) which extend transversely on either side of the rear central tunnel element and longitudinally between a rear end of the front floorpan element and the rear part. - a substantially flat front floorpan element which extends across the entire width of the floorpan assembly, - a central tunnel element referred to as the "rear" central tunnel element, which extends between a rear end of the front floorpan element and the rear part, - two rear half-floorpan elements (36, 38) which extend transversely on either side of the rear central tunnel element and longitudinally between a rear end of the front floorpan element and the rear part.
Whole cell catalyst which expresses a recombinant α-dioxygenase or the combination of a recombinant fatty acid reductase and of a phosphopantetheinyl transferase phosphopantetheinyl -pantheteinylating the fatty acid reductase, and which additionally expresses a transaminase, wherein the phosphopantetheinyl transferase and/or transaminase is preferably recombinant.