mhurhangee/ep-ind-claims huggingface dataset:
An enclave platform method, comprising: instantiating an enclave with a nested identity at a software interface to an enclave platform, wherein the nested identity is indicative of one or more possible enclave instantiations according to one or more identity types, wherein the identity types are nested such that a lower level identity type corresponds to a subset of the possible enclave instantiations that a higher level identity type corresponds to; and performing an operation related to the instantiated enclave using the nested identity. instantiating an enclave with a nested identity at a software interface to an enclave platform, wherein the nested identity is indicative of one or more possible enclave instantiations according to one or more identity types, wherein the identity types are nested such that a lower level identity type corresponds to a subset of the possible enclave instantiations that a higher level identity type corresponds to; and performing an operation related to the instantiated enclave using the nested identity.
A method for producing wine comprising administering to grape juice or wine a Lactobacillus plantarum composition comprising from 10 4 to 10 14 CFU/g Lactobacillus plantarum cells, wherein the Lactobacillus plantarum composition is characterized in that: (i): the Lactobacillus plantarum cells have an increased resistance to D-cycloserine, wherein the amount of D-cycloserine that reduces the OD 600 measured growth with 50% after 24 hours at 18°C in GJ-5 medium which has the composition of 70.0 g Grape juice concentrate, 30.0 g Yeast paste, 0.5 g Tween 80, 0.1 g MnSO 4 H 2 O and 900.0 g Tap water, as compared to the growth in GJ-5 medium without D-cycloserine, is higher than 70 μg/ml of D-cycloserine; and wherein (ii): Lactobacillus plantarum cells can grow to an OD 600 of at least 0.8 after 3 days incubation at 25°C in the GJ-5 medium with 11% ethanol. (i): the Lactobacillus plantarum cells have an increased resistance to D-cycloserine, wherein the amount of D-cycloserine that reduces the OD 600 measured growth with 50% after 24 hours at 18°C in GJ-5 medium which has the composition of 70.0 g Grape juice concentrate, 30.0 g Yeast paste, 0.5 g Tween 80, 0.1 g MnSO 4 H 2 O and 900.0 g Tap water, as compared to the growth in GJ-5 medium without D-cycloserine, is higher than 70 μg/ml of D-cycloserine; and wherein (ii): Lactobacillus plantarum cells can grow to an OD 600 of at least 0.8 after 3 days incubation at 25°C in the GJ-5 medium with 11% ethanol.
Distribution head in a digital radio transmission system with a bus system, at least one bus-compatible processing unit (2 1,..., 2 n) for performing signal and/or data processing functions, a first converting unit for converting data packets which are transferable in the bus system into data packets which are transferable in a point-to-point transmission connection, and a second converting unit for converting data packets which are transferable in the point-to-point transmission connection into data packets which are transferable in the bus system, wherein the point-to-point transmission connection is unidirectional, and wherein the point-to-point transmission connection is a transmission connection for transmission of uncompressed audio and/or video data and/or for transmission of compressed audio and/or video data between the distribution head and the function areas of the studio, programme compilation and transmission.
A ship comprising: a hull; a tank that is installed in the hull and stores liquefied gas, the tank including a cylindrical tank body and a dome, the tank body extending horizontally, the dome protruding upward from the tank body; and a tank cover that covers the tank body, the tank cover including an opening that allows the dome to be inserted therethrough; characterized by: an annular reinforcing member that supports the tank cover around the opening; and a chock that restrains rolling of the tank, the chock being provided between said annular reinforcing member and a top portion of the tank body. a hull; a tank that is installed in the hull and stores liquefied gas, the tank including a cylindrical tank body and a dome, the tank body extending horizontally, the dome protruding upward from the tank body; and a tank cover that covers the tank body, the tank cover including an opening that allows the dome to be inserted therethrough; characterized by: an annular reinforcing member that supports the tank cover around the opening; and a chock that restrains rolling of the tank, the chock being provided between said annular reinforcing member and a top portion of the tank body. an annular reinforcing member that supports the tank cover around the opening; and a chock that restrains rolling of the tank, the chock being provided between said annular reinforcing member and a top portion of the tank body.
Complexes of agomelatine and sulphonic acids of formula: wherein x represents 0 or 1, and RSO 3 H represents 1,5-naphthalenedisulphonic acid or benzenesulphonic acid.
-A system for supporting workpieces, the system comprising a base and a plurality of support members, each support member comprising a plate and means for positioning the plate in relation to the base, wherein in at least some of the support members, the means for positioning the plate comprise at least three controllably extendable members arranged for determining the position and inclination of the plate in relation to the base, thereby allowing for controlled positioning of the plate in relation to the base and for controlled inclination of the plate, characterized in that the system further comprises a flexible cover supported by the plates, whereby the shape of the cover is at least in part determined by the positions and orientations of the plates, and in that at least some of the support members include, in correspondence with the plate, at least one roller for attachment to the flexible cover, the roller being capable of rotation around at least one axis. in at least some of the support members, the means for positioning the plate comprise at least three controllably extendable members arranged for determining the position and inclination of the plate in relation to the base, thereby allowing for controlled positioning of the plate in relation to the base and for controlled inclination of the plate, characterized in that the system further comprises a flexible cover supported by the plates, whereby the shape of the cover is at least in part determined by the positions and orientations of the plates, and in that at least some of the support members include, in correspondence with the plate, at least one roller for attachment to the flexible cover, the roller being capable of rotation around at least one axis.
A method for transferring magnetic particles from a fluidic sample through a valve-like structure to a second fluid, comprising the steps: (a) providing a microfluidic cartridge comprising at least two compartments (1,2) connected by the valve-like structure wherein the valve-like structure may allow the passage of said magnetic particles upon magnetic actuation and wherein the valve-like structure prevents the mixing of the two fluids in the absence of a magnetic force; (b) filling a first of the at least two compartments with the fluidic sample comprising magnetic particles, (c) applying a magnetic force that drags said magnetic particles across the valve-like structure transferring them from a first of the at least two compartments to the second compartment; wherein the second compartment is filled by the second fluid; wherein the valve-like structure comprises a deformable obstruction and the magnetic force drives the particles through the deformable obstruction which hinders the passage of fluids, and wherein the the deformable obstruction is or comprises a visco-elastic medium, wherein the visco-elastic medium is selected from a fluid, in particular a gas, a deformable solid or a combination thereof; wherein the valve function of the valve-like structure is effected by the visco-elastic medium, and an additional material or feature defines the stable location of the visco-elastic medium if the latter is a fluid. (a) providing a microfluidic cartridge comprising at least two compartments (1,2) connected by the valve-like structure wherein the valve-like structure may allow the passage of said magnetic particles upon magnetic actuation and wherein the valve-like structure prevents the mixing of the two fluids in the absence of a magnetic force; (b) filling a first of the at least two compartments with the fluidic sample comprising magnetic particles, (c) applying a magnetic force that drags said magnetic particles across the valve-like structure transferring them from a first of the at least two compartments to the second compartment; wherein the second compartment is filled by the second fluid; wherein the valve-like structure comprises a deformable obstruction and the magnetic force drives the particles through the deformable obstruction which hinders the passage of fluids, and wherein the the deformable obstruction is or comprises a visco-elastic medium, wherein the visco-elastic medium is selected from a fluid, in particular a gas, a deformable solid or a combination thereof;
Construction chamber for a device for additive manufacturing of three-dimensional objects, comprising a construction-chamber basic body which delimits an overall volume which forms a construction space, wherein the construction-chamber basic body is formed segmented into a plurality of construction-chamber basic body segments (2a, 2b) which can be or are fastened to each other, through forming the construction-chamber basic body, characterised in that each construction-chamber basic body segment (2a, 2b) delimits a construction-space portion which describes a full inner periphery of the construction space.
Tyre handling machine, for replacement, on a given vehicle, of a tyre to be replaced placed in a predetermined spatial zone amongst a plurality of spatial zones of the vehicle, by a replacement tyre, comprising: - first reading means of wireless type, of identification means of the predetermined spatial zone, - second reading means of wireless type, of identification means of the tyre to be replaced or of the replacement tyre (M1-M4, 23), the first and second reading means (70, 71) being arranged in such a way that: - the first reading means are able and are intended to read the identification means of the predetermined spatial zone (M1-M4) if the first reading means meet first predetermined conditions associated with the first reading means and with the identification means of the predetermined spatial zone, allowing the reception and determination of an identifier of the predetermined spatial zone; and - the second reading means are able and are intended to read the identification means of the tyre to be replaced or of the replacement tyre if the second reading means meet second predetermined conditions associated with the second reading means and with the identification means of the tyre to be replaced or of the replacement tyre, allowing the reception and determination of an identifier of the tyre to be replaced or of the replacement tyre, the machine further comprising communication means of the identifier of the predetermined spatial zone and of the identifier of the tyre to be replaced or of the replacement tyre to a remote communication centre comprising a database for managing a fleet of at least one vehicle, to allow the update in the database of the association between the identifier of the predetermined spatial zone (Z1; Z3) in which is placed the tyre to be replaced (P1A; P2A1, P2A2) or of the replacement tyre (PC; P2A1, PC) and the identifier of the tyre to be replaced (P1A; P2A1, P2A2) or the replacement tyre (PC; P2A1, PC) if the first and second predetermined conditions are simultaneously met at least once. - first reading means of wireless type, of identification means of the predetermined spatial zone, - second reading means of wireless type, of identification means of the tyre to be replaced or of the replacement tyre (M1-M4, 23), - the first reading means are able and are intended to read the identification means of the predetermined spatial zone (M1-M4) if the first reading means meet first predetermined conditions associated with the first reading means and with the identification means of the predetermined spatial zone, allowing the reception and determination of an identifier of the predetermined spatial zone; and - the second reading means are able and are intended to read the identification means of the tyre to be replaced or of the replacement tyre if the second reading means meet second predetermined conditions associated with the second reading means and with the identification means of the tyre to be replaced or of the replacement tyre, allowing the reception and determination of an identifier of the tyre to be replaced or of the replacement tyre,
An assembly comprising a cooking device and a device to hold the drain/waste water from the cooking device, wherein the cooking device comprises a housing including a cooking chamber and a drain for allowing drain/waste water to drain from the cooking device, the cooking device being in cooperative relation with the device to hold the drain/waste water, wherein the device to hold the drain/waste water comprises: a drain tray external to the cooking device for receiving the drain/ waste water from a drain pipe, the drain tray comprising: i) a bottom and sides to form a volume, ii) an opening disposed in the bottom for allowing the drain/waste water to exit the drain tray and, a movable collection device, wherein the movable collection device is movable between a position for receiving the drain/waste water from the opening of the drain tray, and a position for disposing the drain/ waste water, the movable collection device including an opening for receiving the drain/waste water from the drain tray opening, a rack on which the cooking device is disposed, wherein the rack comprises a door disposed on its lower front side that encloses the movable collection device in the position for receiving the drain/waste water and that serves to keep the movable collection device in correct position when it receives drain/waste water, characterized in that the drain tray further comprises connectors disposed on opposite sides of the drain tray substantially equidistant from a front edge of the drain tray, wherein each connector is engagingly connected to a vertically disposed portion of a bracket via a notch designed for engaging the connectors, wherein the bracket is attached to the rack, and wherein when the movable collection device is moved to the position for disposing the drain/waste water, the drain tray rotates about the connectors engaged in the brackets so that the drain tray continues to receive additional drain/waste water exiting the cooking chamber through the drain and prevents said additional water from exiting the drain tray. a drain tray external to the cooking device for receiving the drain/ waste water from a drain pipe, the drain tray comprising: i) a bottom and sides to form a volume, ii) an opening disposed in the bottom for allowing the drain/waste water to exit the drain tray and, i) a bottom and sides to form a volume, ii) an opening disposed in the bottom for allowing the drain/waste water to exit the drain tray and, a movable collection device, wherein the movable collection device is movable between a position for receiving the drain/waste water from the opening of the drain tray, and a position for disposing the drain/ waste water, the movable collection device including an opening for receiving the drain/waste water from the drain tray opening, a rack on which the cooking device is disposed,
1. A process for machining work pieces with a laser apparatus and an electric arc apparatus, - in which between the electric arc apparatus and a machined spot on the work piece a plasma gas jet is guided to the machined spot and an electric arc is generated between the electric and the work piece - in which a laser beam is guided with the laser apparatus to the work piece, characterised in that - directly before the plasma gas jet generated by the electric arc apparatus reaches the machined spot of the work piece, the laser beam is guided from outside to the plasma gas jet and cuts the plasma gas jet - that a control system is provided for controlling the laser apparatus and the electric arc apparatus and the channel is formed by the laser beam in the plasma gas jet for increasing the conductivity of the plasma gas jet in a controlled manner, - that the electric arc or plasma gas jet is used for cutting. - in which between the electric arc apparatus and a machined spot on the work piece a plasma gas jet is guided to the machined spot and an electric arc is generated between the electric and the work piece - in which a laser beam is guided with the laser apparatus to the work piece, characterised in that - directly before the plasma gas jet generated by the electric arc apparatus reaches the machined spot of the work piece, the laser beam is guided from outside to the plasma gas jet and cuts the plasma gas jet - that a control system is provided for controlling the laser apparatus and the electric arc apparatus and the channel is formed by the laser beam in the plasma gas jet for increasing the conductivity of the plasma gas jet in a controlled manner, - that the electric arc or plasma gas jet is used for cutting.
An access ladder for a vehicle, comprising two or more steps (1, 2, 3, 4), vertically superposed on each other, each of which comprises a main surface (10, 20, 30, 40), wherein the projection on a horizontal plane of the main surface of each step (1, 2, 3, 4) protrudes at least partly from the projection on a horizontal plane of the main surface of a step above, characterised in that, with the exception of a lower step, the main surface of each step (1, 2, 3) has a window (1a, 2a, 3a) whose projection on a horizontal plane overlaps a portion of a step below, wherein the orthogonal projections of the steps remain inside the orthogonal projection of the lowest step, and wherein each window (1a, 2a, 3a) is made on a front edge of the respective step (1, 2, 3).
A framing method in a passive optical network, PON, comprising: generating a first gigabit-capable PON transmission convergence, GTC, frame and a second GTC frame separately, wherein a downstream rate of the first GTC frame is different from a downstream rate of the second GTC frame, the downstream rate of the second GTC frame is 1/N of the downstream rate of the first GTC frame, and N is an integer greater than 1; characterised in that the method comprises: performing bit mapping on the second GTC frame to generate a third GTC frame, wherein the bit mapping refers to identifying each bit of the second GTC frame by using N bits; inserting a pseudo gigabit-capable passive optical network encapsulation method, GEM, frame header into the third GTC frame; and sending the first GTC frame and the third GTC frame to an optical network unit, ONU generating a first gigabit-capable PON transmission convergence, GTC, frame and a second GTC frame separately, wherein a downstream rate of the first GTC frame is different from a downstream rate of the second GTC frame, the downstream rate of the second GTC frame is 1/N of the downstream rate of the first GTC frame, and N is an integer greater than 1; characterised in that the method comprises: performing bit mapping on the second GTC frame to generate a third GTC frame, wherein the bit mapping refers to identifying each bit of the second GTC frame by using N bits; inserting a pseudo gigabit-capable passive optical network encapsulation method, GEM, frame header into the third GTC frame; and sending the first GTC frame and the third GTC frame to an optical network unit, ONU performing bit mapping on the second GTC frame to generate a third GTC frame, wherein the bit mapping refers to identifying each bit of the second GTC frame by using N bits; inserting a pseudo gigabit-capable passive optical network encapsulation method, GEM, frame header into the third GTC frame; and sending the first GTC frame and the third GTC frame to an optical network unit, ONU
A high-strength steel having excellent toughness in a heat-affected zone, comprising: in weight%, C: 0.16 to 0.20%, Mn: 1.0 to 1.5%, Si: 0.3% or less excluding 0, Al: 0.005 to 0.5%, P: 0.02% or less, S: 0.01% or less, Ti: 0.005 to 0.02%, Nb: 0.01 to 0.1%, and N: 0.006 to 0.01%; and at least one selected from the group consisting of Ca: 0.006% or less, V: 0.03% or less, Ni: 2.0% or less, Cu: 1.0% or less, Cr: 1.0% or less, and Mo: 1.0% or less, and a balance of Fe and unavoidable impurities, wherein a microstructure of the high-strength steel is composed of a ferrite-pearlite composite structure; and in the microstructure, 1.27×10 6 or more of Nb-based carbides of 100 nm or less are present per 1mm 2, and 900 or more of Nb-based carbides are distributed in a single crystal grain, measured by a transmission electron microscope. in weight%, C: 0.16 to 0.20%, Mn: 1.0 to 1.5%, Si: 0.3% or less excluding 0, Al: 0.005 to 0.5%, P: 0.02% or less, S: 0.01% or less, Ti: 0.005 to 0.02%, Nb: 0.01 to 0.1%, and N: 0.006 to 0.01%; and at least one selected from the group consisting of Ca: 0.006% or less, V: 0.03% or less, Ni: 2.0% or less, Cu: 1.0% or less, Cr: 1.0% or less, and Mo: 1.0% or less, and a balance of Fe and unavoidable impurities, wherein a microstructure of the high-strength steel is composed of a ferrite-pearlite composite structure; and in the microstructure, 1.27×10 6 or more of Nb-based carbides of 100 nm or less are present per 1mm 2, and 900 or more of Nb-based carbides are distributed in a single crystal grain, measured by a transmission electron microscope.
Device for monitoring the pressure of a fluid, in particular water or gas, in a conduit, comprising a housing, the interior space of which communicates with the conduit, a pressure sensor and a switch which activates the pressure sensor, the wall of the housing having a weakening, characterized in that the weakening is provided in the wall of the housing, which weakening allows the housing to buckle, and in that the weakening is formed by a groove provided in the wall of the housing.