mhurhangee/ep-ind-claims huggingface dataset:
A modular reflector assembly for a satellite reflector antenna, comprising: a shell; a support frame, wherein the support frame comprises: a first face sheet; a second face sheet; and a honeycomb core disposed between the first face sheet and the second face sheet; the modular reflector assembly further comprising a plurality of support links that mechanically couple the shell to the support frame, wherein the shell is thermally decoupled from the support frame by the plurality of support links wherein each support link comprises an isotropic laminate structure; and an opening formed through the support frame for each support link, wherein a first end of each support link extends through a respective opening in the support frame and each support link is attached to the support frame on opposite sides of the support frame by a fastening mechanism, and a second end of each support link is attached to the shell by another fastening mechanism. a shell; a support frame, wherein the support frame comprises: a first face sheet; a second face sheet; and a honeycomb core disposed between the first face sheet and the second face sheet; the modular reflector assembly further comprising a first face sheet; a second face sheet; and a honeycomb core disposed between the first face sheet and the second face sheet; the modular reflector assembly further comprising a plurality of support links that mechanically couple the shell to the support frame, wherein the shell is thermally decoupled from the support frame by the plurality of support links wherein each support link comprises an isotropic laminate structure; and an opening formed through the support frame for each support link, wherein a first end of each support link extends through a respective opening in the support frame and each support link is attached to the support frame on opposite sides of the support frame by a fastening mechanism, and a second end of each support link is attached to the shell by another fastening mechanism.
Methodology for generating a pseudo-random sequence for use in an advanced metering system frequency hopping network, comprising: establishing a network including a central facility and a plurality of end devices (310, 320, 330, 332, 340, 342, 350, 352, 354, 356, 360, 362, 364, 366; 440), at least some of which end devices (310, 320, 330, 332, 340, 342, 350, 352, 354, 356, 360, 362, 364, 366; 440) comprise metrology devices, and wherein each end device (310, 320, 330, 332, 340, 342, 350, 352, 354, 356, 360, 362, 364, 366; 440) is associated with one of a plurality of cells, each cell being assigned a unique cell identifier; constructing an outer hopping sequence for a given cell using the given cell's unique cell identifier as a seed; using the elements of the outer hopping sequence to select a specific N -hop inner hopping sequence, where integer N is the number of channels used by the advanced metering system frequency hopping network; and applying the selected sequence as a transceiver hopping pattern for a selected end device (310, 320, 330, 332, 340, 342, 350, 352, 354, 356, 360, 362, 364, 366; 440) within the given cell. establishing a network including a central facility and a plurality of end devices (310, 320, 330, 332, 340, 342, 350, 352, 354, 356, 360, 362, 364, 366; 440), at least some of which end devices (310, 320, 330, 332, 340, 342, 350, 352, 354, 356, 360, 362, 364, 366; 440) comprise metrology devices, and wherein each end device (310, 320, 330, 332, 340, 342, 350, 352, 354, 356, 360, 362, 364, 366; 440) is associated with one of a plurality of cells, each cell being assigned a unique cell identifier; constructing an outer hopping sequence for a given cell using the given cell's unique cell identifier as a seed; using the elements of the outer hopping sequence to select a specific N -hop inner hopping sequence, where integer N is the number of channels used by the advanced metering system frequency hopping network; and applying the selected sequence as a transceiver hopping pattern for a selected end device (310, 320, 330, 332, 340, 342, 350, 352, 354, 356, 360, 362, 364, 366; 440) within the given cell.
A computer implemented method for providing access to big data, the method comprising receiving, by a data access device, biometric data of a user to provide access to columns of a table storing actual data comprising big data, wherein the actual data in one or more columns of the table are replaced with other data, so as to prevent the actual data from being revealed based on one or more data parameters; authenticating, by the data access device, the user by comparing the biometric data of the user with pre-stored biometric data, wherein the pre-stored biometric data is retrieved from a biometric database; and providing, by the data access device, upon the authentication, selective access to each column of the table wherein one or more columns of the table are replaced with the other data based on a pre-defined user privilege for each column wherein the selective access to each column of the table comprises: at least one of: unmasking a masked column of the table if the pre-defined user privilege for the masked column allows the user access to the masked column and providing access to the unmasked column of the table, and maintaining masking of a masked column if the pre-defined user privilege for the masked column rejects the user access to the masked column. receiving, by a data access device, biometric data of a user to provide access to columns of a table storing actual data comprising big data, wherein the actual data in one or more columns of the table are replaced with other data, so as to prevent the actual data from being revealed based on one or more data parameters; authenticating, by the data access device, the user by comparing the biometric data of the user with pre-stored biometric data, wherein the pre-stored biometric data is retrieved from a biometric database; and providing, by the data access device, upon the authentication, selective access to each column of the table wherein one or more columns of the table are replaced with the other data based on a pre-defined user privilege for each column wherein the selective access to each column of the table comprises: at least one of: unmasking a masked column of the table if the pre-defined user privilege for the masked column allows the user access to the masked column and providing access to the unmasked column of the table, and maintaining masking of a masked column if the pre-defined user privilege for the masked column rejects the user access to the masked column.
Burner for the partial oxidisation of liquid, carbon-containing fuel, said fuel having water vapour and an oxygen-containing gas, the outlet opening of which is directed into a combustion chamber, characterised in that the parts of the outlet opening directed towards the combustion chamber are completely or partially provided with a coating, which consists of an adhesive layer and a heat protection layer, for protecting against thermal stress and/or corrosion, which in each case are applied by a thermal spraying process, wherein the adhesive layer consists of the metal mixture MCrAlY, wherein M stands for at least one of the elements Ni, Co, Pt or Pd and wherein the heat protection layer consists preferably of an oxidic spray material, in particular of ZrO 2.
Apparatus for the hydroconversion of heavy oil products which constitute the fresh load, said apparatus comprising: - a slurry bubble column hydroconversion reactor, which comprises a feed line in which the fresh load and the recirculated slurry phase are conveyed, an inlet line for a hydrogenating stream and an outlet for a reaction effluent through an outlet nozzle; - a high pressure and high temperature stripping column placed downstream of the reactor and directly connected to the reactor head through a pipeline in which the reaction effluent flows; said column having an inlet line for a stripping gas, an inlet for the reactor effluent, a head outlet for steam and an outlet for the slurry phase; - lines and means for recirculating the slurry leaving the stripping column; - lines and means for taking a drain stream, which has the function of preventing the accumulation of solids in the reactor; said stripping column characterized in that it contains one or more contact devices that allow physical contact to be created between different phases; and wherein the pipeline connecting the reactor head to the stripping column is composed of a vertical portion, connected to the outlet placed on the reactor head, followed by a pipeline portion which is connected with an inlet to the stripping column, said portion being inclined downwards with an inclination comprised between 2% and 10%, calculated with respect to the horizontal plane orthogonal to the reactor axis and the stripping column axis. - a slurry bubble column hydroconversion reactor, which comprises a feed line in which the fresh load and the recirculated slurry phase are conveyed, an inlet line for a hydrogenating stream and an outlet for a reaction effluent through an outlet nozzle; - a high pressure and high temperature stripping column placed downstream of the reactor and directly connected to the reactor head through a pipeline in which the reaction effluent flows; said column having an inlet line for a stripping gas, an inlet for the reactor effluent, a head outlet for steam and an outlet for the slurry phase; - lines and means for recirculating the slurry leaving the stripping column; - lines and means for taking a drain stream, which has the function of preventing the accumulation of solids in the reactor;
A cleaning system for a combine harvester, the cleaning system comprising: a chaffer comprising: a perforated base; and, a plurality of longitudinal lateral walls; characterised in that the chaffer further comprises: a plurality of airbags, each disposed adjacent to a lateral wall of the plurality; a blower configured to direct air rearward and upward through the chaffer; and an air supply configured to inflate at least one of the airbags. a chaffer comprising: a perforated base; and, a plurality of longitudinal lateral walls; characterised in that the chaffer further comprises: a plurality of airbags, each disposed adjacent to a lateral wall of the plurality; a perforated base; and, a plurality of longitudinal lateral walls; characterised in that the chaffer further comprises: a plurality of airbags, each disposed adjacent to a lateral wall of the plurality; a blower configured to direct air rearward and upward through the chaffer; and an air supply configured to inflate at least one of the airbags.
An electronic device comprising, a housing including a supporting member and an opening, wherein the supporting member includes a cavity spaced apart from the opening; a display disposed on the housing; an air vent disposed between the supporting member of the housing and the display, wherein one end of the opening faces an outside of the electronic device and the other end of the opening at least partially faces the air vent; and a camera module disposed in the housing and at least partially facing the cavity preventing condensation or fog from occurring at a window of the camera module, wherein at least a portion of the camera module is spaced apart from the supporting member and forms a gap positioned between the camera module and the supporting member, wherein the air vent laterally extends to a rear of the camera module and a portion of the air vent is received by the cavity connected to the gap, and wherein the gap, the cavity, the air vent and the opening are configured to provide an air path from the camera module to the outside of the electronic device. a housing including a supporting member and an opening, wherein the supporting member includes a cavity spaced apart from the opening; a display disposed on the housing; an air vent disposed between the supporting member of the housing and the display, wherein one end of the opening faces an outside of the electronic device and the other end of the opening at least partially faces the air vent; and a camera module disposed in the housing and at least partially facing the cavity preventing condensation or fog from occurring at a window of the camera module, wherein at least a portion of the camera module is spaced apart from the supporting member and forms a gap positioned between the camera module and the supporting member, wherein the air vent laterally extends to a rear of the camera module and a portion of the air vent is received by the cavity connected to the gap, and wherein the gap, the cavity, the air vent and the opening are configured to provide an air path from the camera module to the outside of the electronic device.
A gas nozzle (1; 1'; 1"; 1'") for a laser machining head, comprising an exit opening for the passage of a laser beam onto a workpiece, an annular gap surrounding the exit opening, and a sleeve that is disposed in the annular gap and is guided in the annular gap so as to be axially displaceable between a rearward and a forward position, and said sleeve at least in the forward position projecting beyond the exit opening, characterized in that the sleeve is tiltably mounted in the annular gap.
A method for the production of human, donor-reactive regulatory T cells (Tregs), comprising: a) co-culturing CD19+ B cells of a human donor with irradiated CD40L+ human leukemia feeder cells under conditions effective in producing stimulated B cells (sBc); b) co-culturing CD4+, CD25+, CD127-/lo T cells of a human recipient with said sBc under conditions effective in selectively expanding human donor-reactive regulatory T cells (Tregs); and c) re-stimulating said donor-reactive Tregs by cross-linking CD3 and CD28 of said donor-reactive Tregs under conditions effective in producing donor-reactive Tregs that are CD4+, Helios+ and Foxp3+; wherein the donor is HLA-mismatched in relation to the human recipient. a) co-culturing CD19+ B cells of a human donor with irradiated CD40L+ human leukemia feeder cells under conditions effective in producing stimulated B cells (sBc); b) co-culturing CD4+, CD25+, CD127-/lo T cells of a human recipient with said sBc under conditions effective in selectively expanding human donor-reactive regulatory T cells (Tregs); and c) re-stimulating said donor-reactive Tregs by cross-linking CD3 and CD28 of said donor-reactive Tregs under conditions effective in producing donor-reactive Tregs that are CD4+, Helios+ and Foxp3+;
An information processing apparatus comprising: a log spectrum analysis unit for converting an audio signal in which a plurality of instrument sounds are present in a mixed manner to a pitch intensity distribution of the audio data, a music analysis unit for analyzing the pitch intensity distribution and for extracting from the pitch intensity distribution, as a feature quantity of the audio signal, metadata changing along with passing of a playing time, the metadata including a presence probability of each instrument sound, wherein the music analysis unit is configured to generate a calculation formula based on a learning algorithm for computing the presence probability of each instrument sound by using partial log spectra of the pitch intensity distribution of the audio data for which the presence or absence of each instrument sound is known in advance and a label for each instrument sound assigned to each partial log spectrum as teaching data for generating the calculation formula and to calculate the presence probability of each instrument sound by using said calculation formula; and a player parameter determination unit for determining, based on the metadata extracted by the music analysis unit, a player parameter for controlling a movement of a player object for each instrument corresponding to each instrument sound. a log spectrum analysis unit for converting an audio signal in which a plurality of instrument sounds are present in a mixed manner to a pitch intensity distribution of the audio data, a music analysis unit for analyzing the pitch intensity distribution and for extracting from the pitch intensity distribution, as a feature quantity of the audio signal, metadata changing along with passing of a playing time, the metadata including a presence probability of each instrument sound, wherein the music analysis unit is configured to generate a calculation formula based on a learning algorithm for computing the presence probability of each instrument sound by using partial log spectra of the pitch intensity distribution of the audio data for which the presence or absence of each instrument sound is known in advance and a label for each instrument sound assigned to each partial log spectrum as teaching data for generating the calculation formula and to calculate the presence probability of each instrument sound by using said calculation formula; and a player parameter determination unit for determining, based on the metadata extracted by the music analysis unit, a player parameter for controlling a movement of a player object for each instrument corresponding to each instrument sound.
A prosthetic mitral heart valve having an inflow end and an outflow end, comprising: a stent having a collapsed condition, an expanded condition, and a plurality of cells arranged in circumferential rows, the stent having an anterior side configured and arranged to be disposed adjacent an anterior native valve leaflet, and a posterior side configured and arranged to be disposed adjacent a posterior native valve leaflet; and a valve assembly disposed within the stent and having a plurality of leaflets; characterized in that the prosthetic heart valve further comprises a flange circumferentially disposed about the stent and connected to the stent at attachment points (6P1-6P12), the flange having a flared portion (684A, 684P) adjacent the inflow end of the prosthetic heart valve and the flange having a body portion (682A, 682P) extending from the flared portion toward the outflow end, the body portion (682A, 682P) of the flange extending radially away from the stent on the posterior side of the stent in an expanded condition of the flange, extending a first distance toward the outflow end on the posterior side of the stent and extending a second distance toward the outflow end on the anterior side of the stent, the second distance being less than the first distance to define a first exposed portion of the stent on the anterior side of the stent arranged to allow unimpeded blood flow through the left ventricular outflow tract. a stent having a collapsed condition, an expanded condition, and a plurality of cells arranged in circumferential rows, the stent having an anterior side configured and arranged to be disposed adjacent an anterior native valve leaflet, and a posterior side configured and arranged to be disposed adjacent a posterior native valve leaflet; and a valve assembly disposed within the stent and having a plurality of leaflets; characterized in that the prosthetic heart valve further comprises a flange circumferentially disposed about the stent and connected to the stent at attachment points (6P1-6P12), the flange having a flared portion (684A, 684P) adjacent the inflow end of the prosthetic heart valve and the flange having a body portion (682A, 682P) extending from the flared portion toward the outflow end, the body portion (682A, 682P) of the flange extending radially away from the stent on the posterior side of the stent in an expanded condition of the flange, extending a first distance toward the outflow end on the posterior side of the stent and extending a second distance toward the outflow end on the anterior side of the stent, the second distance being less than the first distance to define a first exposed portion of the stent on the anterior side of the stent arranged to allow unimpeded blood flow through the left ventricular outflow tract.
Goggles comprising a frame provided with a device for maintaining said goggles on the head of a wearer, said frame having two rims in which an optical unit is respectively intended for being assembled via a reversible attachment device, with each one of said devices comprising complementary geometrical means provided on an inner edge (2i, 3i) of respectively the rim and the optical unit, said means comprising a protrusion and a groove wherein said protrusion is able to be mounted in order to provide an inner attachment of said optical unit in said rim, with each one of said reversible attachment devices comprising a button rigidly connected to an outer edge (2e, 3e) of one among the optical unit and the rim and a cavity rigidly connected to an outer edge (2e, 3e) of the other among the optical unit and the rim, said button being capable of being inserted into said cavity in order to provide external locking of the optical unit in the rim, said goggles being characterised in that each rim has a recess opening onto the rear, each optical unit having a front bearing which, in the assembled state, is arranged against a rear complementary bearing surface of said recess, at least one of the outer edges (2e, 3e) being reversibly deformable to allow the placement and the withdrawal of said button in said cavity when the bearing surfaces (10, 11) are arranged against one another.
A method for preparing an aromatic beverage, the method comprising the steps of: a) Subjecting a fermented beverage to a first filtration step comprising nanofiltration for the retention of particles having size of 0.001 μm to 0.01 μm and larger or ultrafiltration to obtain a retentate fraction and a permeate fraction comprising alcohol and volatile flavour components; b) Subjecting the permeate fraction comprising alcohol and volatile flavour components to a second filtration step comprising reverse osmosis, to obtain a base liquid comprising at least 2% ABV; c) Combining the base liquid from b) with exogenous aromas thereby obtaining the aromatic beverage. a) Subjecting a fermented beverage to a first filtration step comprising nanofiltration for the retention of particles having size of 0.001 μm to 0.01 μm and larger or ultrafiltration to obtain a retentate fraction and a permeate fraction comprising alcohol and volatile flavour components; b) Subjecting the permeate fraction comprising alcohol and volatile flavour components to a second filtration step comprising reverse osmosis, to obtain a base liquid comprising at least 2% ABV; c) Combining the base liquid from b) with exogenous aromas thereby obtaining the aromatic beverage.
Pressure modulator for an anti-lock braking system, comprising a casing having a hydraulic input and a hydraulic output connected thereto via a hydraulic line, wherein a volume accumulator designed to be opened against the spring force of a spring element is provided, said volume accumulator increasing the volume of the hydraulic line when an anti-lock function is activated, wherein a linear drive, in particular a proportional solenoid, comprising an armature is provided and displacement of the armature effects opening of the volume accumulator and wherein the spring element is designed as a gas spring, characterised in that the gas spring volume is formed in the armature.