mhurhangee/ep-ind-claims huggingface dataset:
A terminal device, UE, comprising: a reception unit configured to monitor multiple enhanced physical downlink control channels, EPDCCHs, on a Secondary cell, wherein in a case that the Secondary cell is a licensed assisted access Secondary cell the terminal device is configured to monitor both a first set of UE-specific search space candidates in a first EPDCCH and a second set of UE-specific search space candidates in a second EPDCCH, in a subframe, a starting symbol for the first EPDCCH is specified by an index in a first slot in the subframe, and a starting symbol for the second EPDCCH is specified by the index in a second slot in the subframe, a second set of numbers of enhanced control channel elements, ECCEs, is used for the first EPDCCH, only a first set of the numbers of ECCEs is used for the second EPDCCH, the first set of the numbers of ECCEs includes 2, 4, 8, 16, and 32, and the second set of the numbers of ECCEs includes 1, 2, 4, 8, and 16. a reception unit configured to monitor multiple enhanced physical downlink control channels, EPDCCHs, on a Secondary cell, wherein in a case that the Secondary cell is a licensed assisted access Secondary cell the terminal device is configured to monitor both a first set of UE-specific search space candidates in a first EPDCCH and a second set of UE-specific search space candidates in a second EPDCCH, in a subframe, a starting symbol for the first EPDCCH is specified by an index in a first slot in the subframe, and a starting symbol for the second EPDCCH is specified by the index in a second slot in the subframe, a second set of numbers of enhanced control channel elements, ECCEs, is used for the first EPDCCH, only a first set of the numbers of ECCEs is used for the second EPDCCH, the first set of the numbers of ECCEs includes 2, 4, 8, 16, and 32, and the second set of the numbers of ECCEs includes 1, 2, 4, 8, and 16.
An aircraft passenger seat being orientated in an oblique angle to the longitudinal axis of an aircraft when installed within an aircraft cabin and including a well and a fixed position shell within which is positioned a head rest, seat back, seat bottom and leg rest and being moveable between an upright seating position and a lie flat sleeping position, and including a plurality of air bags (30, 32, 34) being inflatable to provide protection to a seat occupant while in the lie flat sleeping position, wherein the air bags are positioned in at least partially surrounding orientation in relation to the seat, wherein a first air bag is positioned to, when inflated, occupy space between an occupant of the seat and the right side of the shell, respectively, to cushion the seat occupant against injury resulting from forward movement along the longitudinal axis of the aircraft, a second air bag is positioned to inflate to the side and above a lower extremity of the seat occupant to occupy space in the well, and a third air bag of a small bolster-type structure that is positioned to provide a cushioning barrier between feet and legs of the seat occupant and the forward end of the well.
A method of operating a boiler pressure vessel, the method comprising: applying local heating to a portion of the wall of a drum prior to a startup operation of the boiler pressure vessel; wherein applying local heating to the boiler pressure vessel reduces thermally induced stresses in the boiler pressure vessel and includes preheating an inner surface (15, 15 a) of the drum, wherein the heating is conducted by electrical resistance heating characterized by applying local heating to accommodate thermal stress by preheating nozzles and an area adjacent thereto, said area being the inner surface area of the wall in the area of the nozzles. applying local heating to a portion of the wall of a drum prior to a startup operation of the boiler pressure vessel;
A system comprising an edge device (100; 500, 502) for a network, the edge device (100; 500, 502) configured to connect to one or more production devices, wherein the edge device (100; 500, 502) is adapted to run a plurality of microservices (110a, 110b, 110c), each microservice comprising an artifact (112a, 112b, 112c) adapted for accessing an analytics database, wherein the analytics database is shared between microservices (110a, 110b, 110c), wherein the edge device (100; 500, 502) is adapted to access measurement information pertaining to the one or more production devices, wherein the measurement information is stored in a measurement database that is separate from the analytics database; wherein the edge device (100; 500, 502) is adapted to receive an update for a microservice; further comprising a second edge device, wherein the edge device (100; 500) is configured to connect to the second edge device and is adapted to run the microservice to be updated, wherein the update for the microservice is run on the second edge device that is started from a standby modus for running the update, and wherein the production device is an industrial production equipment and wherein once the update is finished, the second edge device is configured to change the modus to active and the edge device (100; 500) is configured to change the modus to standby.
A method for coating a thermoplastic surface of an article of manufacture, the method comprising: applying a discontinuous bonding interface layer to the thermoplastic surface, wherein the bonding interface comprises polymers embedded with catalytic nanoparticles; and applying a coating to the bonding interface, wherein the polymers have an unstable radiative characteristic to facilitate removal of the coating through degradation of the bonding interface using at least in part a radiative process. applying a discontinuous bonding interface layer to the thermoplastic surface, wherein the bonding interface comprises polymers embedded with catalytic nanoparticles; and applying a coating to the bonding interface, wherein the polymers have an unstable radiative characteristic to facilitate removal of the coating through degradation of the bonding interface using at least in part a radiative process.
An image display device comprising: a display; an interface adapted to exchange data with a mobile terminal; and a controller adapted to control the display to display a broadcast image and an application list including a device connection application item, to display an image including server information based on selection of the device connection application item so as to be captured using the mobile terminal, wherein the image including server information is displayed in the displayed application list while the broadcast image is displayed, wherein the controller is further adapted to control the display to display an object indicating a paired mobile terminal when pairing with the mobile terminal is completed, wherein the controller is further adapted to control the display to display the application list to include the image including server information when no mirroring applications have been added to the image display device, and control the display to cease display of the image including server information based on an application to be mirrored being added to the image display device, wherein the mobile terminal is adapted to connect to the server based on the server information and to receive a mirroring-related application from the server. a display; an interface adapted to exchange data with a mobile terminal; and a controller adapted to control the display to display a broadcast image and an application list including a device connection application item, to display an image including server information based on selection of the device connection application item so as to be captured using the mobile terminal, wherein the image including server information is displayed in the displayed application list while the broadcast image is displayed, wherein the controller is further adapted to control the display to display an object indicating a paired mobile terminal when pairing with the mobile terminal is completed, wherein the controller is further adapted to control the display to display the application list to include the image including server information when no mirroring applications have been added to the image display device, and control the display to cease display of the image including server information based on an application to be mirrored being added to the image display device, wherein the mobile terminal is adapted to connect to the server based on the server information and to receive a mirroring-related application from the server.
A rotating shaft supporting structure of journal bearing having a plurality of pads (40a-40d) disposed in a cylindrical bearing housing circumferentially spaced along the inner surface of the bearing housing so that a journal (j) swingably placed in the cylindrical bearing housing is supported by the pads capable of being self-aligned and composed such that lubrication oil is introduced into clearances between the journal and the pads, the bearing housing comprising an upper bearing housing and the pads comprising an upper pad (40a, 40b), wherein a radial clearance forming means is provided to allow a radial clearance, between the bearing surface of an upper pad on which bearing load due to the own weight of the rotating shaft does not exert and the journal surface, to narrow downstream in the rotation direction of the journal, said radial clearance forming means being provided between the inner face of the upper bearing housing and the back face of the upper pad at a downstream position in relation to the rotation direction of the journal, characterized in that each of the pads is supported at its central zone by a spherical pivot attached to the inner surface of the bearing housing so that the pad is swingable circumferentially and axially in relation to the journal (j), and in that a radial through hole is drilled in the upper bearing housing for supporting the upper pad, on which bearing load due to the own weight of the rotating shaft does not exert, from the outer periphery thereof radially inwardly at such a position that the through hole opens facing the back face of the spherical pivot so that depth from the outer periphery of the bearing housing to the back face of the spherical pivot can be measured, whereby the radial clearance between the bearing surface of the upper pad (40a, 40b) and rotating surface of the journal is adjusted based on the measurement result of the depth.
A machine tool (100, 200) for cutting a workpiece having an inclined surface (Wa), comprising: a main spindle configured to hold and rotate the workpiece; a moving device (M1, M2, M3) configured to move a cutting tool relative to the workpiece in a direction obtained by combining a Z direction parallel with an axis of the main spindle, an X direction that is perpendicular to the Z direction and determines an amount of cutting of the workpiece, and one of a Y direction perpendicular to the Z direction and the X direction and an axis rotation direction parallel with the Z direction, the cutting tool having a linear cutting blade for cutting the workpiece; and a tool disposition unit (19, 119) configured to cause a direction of an edge (Ta) of the cutting tool to match the inclined surface of the workpiece by inclining a direction of the edge with respect to the Z direction when seen from the Y direction in a state in which the direction of the edge (Ta) is inclined with respect to the Z direction when seen from the X direction, and wherein the moving device (M1, M2, M3) is configured to move the cutting tool such that a cut portion of the workpiece is gradually shifted from a first end toward a second end of the edge (Ta), and such that the edge (Ta) of the cutting tool, while it moves in the Y direction and the Z direction, contacts the inclined surface (Wa) of the workpiece along a straight line. a main spindle configured to hold and rotate the workpiece; a moving device (M1, M2, M3) configured to move a cutting tool relative to the workpiece in a direction obtained by combining a Z direction parallel with an axis of the main spindle, an X direction that is perpendicular to the Z direction and determines an amount of cutting of the workpiece, and one of a Y direction perpendicular to the Z direction and the X direction and an axis rotation direction parallel with the Z direction, the cutting tool having a linear cutting blade for cutting the workpiece; and a tool disposition unit (19, 119) configured to cause a direction of an edge (Ta) of the cutting tool to match the inclined surface of the workpiece by inclining a direction of the edge with respect to the Z direction when seen from the Y direction in a state in which the direction of the edge (Ta) is inclined with respect to the Z direction when seen from the X direction, and wherein the moving device (M1, M2, M3) is configured to move the cutting tool such that a cut portion of the workpiece is gradually shifted from a first end toward a second end of the edge (Ta), and such that the edge (Ta) of the cutting tool, while it moves in the Y direction and the Z direction, contacts the inclined surface (Wa) of the workpiece along a straight line.
A method of manufacturing a package, wherein the method comprises: providing a patterned cover layer on a front side of a base structure to thereby define a position of a cavity to be formed in the base structure and of at least one alignment marker in a common procedure; forming the cavity at the defined position; removing material of the base structure from a back side to thereby expose the at least one alignment marker. providing a patterned cover layer on a front side of a base structure to thereby define a position of a cavity to be formed in the base structure and of at least one alignment marker in a common procedure; forming the cavity at the defined position; removing material of the base structure from a back side to thereby expose the at least one alignment marker.
A method for the automatic reel changing in an at least two-armed reel changer of a reel-fed printing press, wherein a charging reel is provided on a first support arm of the reel changer, the reel-fed printing press is brought to a halt from a certain operating speed, so that a web located on a working reel arranged on a second support arm of the reel changer comes to a halt, the reel changer is brought into a reel changing position, a joining device of the reel changer in a joining position is engaged with the web of the working reel, a joining location on a web located on the charging reel is turned into a joining preparation position, and the reel-fed printing press is run up to printing speed, wherein the working reel and the charging reel are put into rotary motion and, when the joining location of the web of the charging reel passes the joining position, the joining location of the web of the charging reel is joined to the web of the working reel by means of the engaged joining device and thereafter the web of the working reel is severed in a position located in the web run in front of the joining position.
Wiping device, comprising a handle and a wiping plate connected to the handle via an articulation, a wiping material being arranged on the wiping plate on the side facing the floor to be cleaned, the wiping plate being settable in rotation along with the wiping material for rinsing and for removing excess cleaning fluid, a spindle drive being assigned to the handle, the spindle drive comprising a spindle and a sleeve, the spindle being integrated into the handle, characterised in that the handle comprises two handle portions (2, 2") which are interconnected via the spindle.
A multi-cylinder piston engine having a driving end and a free end, the engine comprising - an engine block, where cylinders (2, 3) are arranged in a first bank and a second bank, - a first high-pressure turbocharger comprising a turbine that is arranged to receive exhaust gas from the cylinders of the first bank and a compressor for supplying pressurized intake air to the cylinders (2, 3) of the engine, - a second high-pressure turbocharger comprising a turbine that is arranged to receive exhaust gas from the cylinders of the second bank and a compressor for supplying pressurized intake air to the cylinders (2, 3) of the engine, - a first low-pressure turbocharger comprising a turbine that is arranged to receive exhaust gas from the turbine of the first high-pressure turbocharger and a compressor for supplying pressurized intake air to the compressor of the first high-pressure turbocharger, - a second low-pressure turbocharger comprising a turbine that is arranged to receive exhaust gas from the turbine of the second high-pressure turbocharger and a compressor for supplying pressurized intake air to the compressor of the second high-pressure turbocharger, and - a first turbocharger bracket having a support surface supporting the high-pressure turbochargers (5, 7), characterized in that the engine comprises a second turbocharger bracket that is arranged at the free end of the engine and comprises a support surface supporting the low-pressure turbochargers (4, 6), the support surface of the second turbocharger bracket being at a lower level than the support surface of the first turbocharger bracket, wherein the engine is arranged on a base frame, and the second turbocharger bracket is supported by the base frame. - an engine block, where cylinders (2, 3) are arranged in a first bank and a second bank, - a first high-pressure turbocharger comprising a turbine that is arranged to receive exhaust gas from the cylinders of the first bank and a compressor for supplying pressurized intake air to the cylinders (2, 3) of the engine, - a second high-pressure turbocharger comprising a turbine that is arranged to receive exhaust gas from the cylinders of the second bank and a compressor for supplying pressurized intake air to the cylinders (2, 3) of the engine, - a first low-pressure turbocharger comprising a turbine that is arranged to receive exhaust gas from the turbine of the first high-pressure turbocharger and a compressor for supplying pressurized intake air to the compressor of the first high-pressure turbocharger, - a second low-pressure turbocharger comprising a turbine that is arranged to receive exhaust gas from the turbine of the second high-pressure turbocharger and a compressor for supplying pressurized intake air to the compressor of the second high-pressure turbocharger, and - a first turbocharger bracket having a support surface supporting the high-pressure turbochargers (5, 7),
An air-cooled disk brake for industrial applications comprising: - a main body adapted to be connected to an industrial apparatus and comprising two interconnectable circular flanges (110, 120) defining an inner volume, - at least one brake disk interposed between said two flanges (110, 120) and adapted to be rotated about its own longitudinal axis (x 1) which is also the axis of a shaft of said industrial apparatus, - a friction unit comprising: - at least one longitudinally sliding friction element, designed for engagement with said at least one brake disk, - at least one pneumatic actuator, which is designed to control the longitudinal movement of said at least one friction element on said brake disk. characterized in that each flange (110, 120) is composed of at least two mutually joinable, substantially semicircular flange halves (111, 112, 121, 122). - a main body adapted to be connected to an industrial apparatus and comprising two interconnectable circular flanges (110, 120) defining an inner volume, - at least one brake disk interposed between said two flanges (110, 120) and adapted to be rotated about its own longitudinal axis (x 1) which is also the axis of a shaft of said industrial apparatus, - a friction unit comprising: - at least one longitudinally sliding friction element, designed for engagement with said at least one brake disk, - at least one pneumatic actuator, which is designed to control the longitudinal movement of said at least one friction element on said brake disk. - at least one longitudinally sliding friction element, designed for engagement with said at least one brake disk, - at least one pneumatic actuator, which is designed to control the longitudinal movement of said at least one friction element on said brake disk.
A door communication system for a residential or commercial complex with a plurality of residential or commercial units, wherein the door communication system has a door station with a call display and a memory, wherein at least one biometric characteristic is stored in the memory which is assigned to a specific residential or commercial unit, wherein the door station has a biometric sensor for detecting the biometric characteristic and wherein the door communication system is adapted to initiate a call setup to the residential unit to which the biometric characteristic is assigned as a result of the detection of the biometric characteristic, characterized in that a plurality of biometric characteristics of the same person, for example fingerprints of different fingers of the same person, can be stored in the memory, each of which is assigned to exactly one of the plurality of residential or commercial units.
Process for the preparation of soluble molecular complexes comprising at least adapalene or one of its salts included in a methyl-β-cyclodextrin of "randomized" methyl-β-cyclodextrin or RAMEB type, characterized in that it consists in the following stages: (a) bringing the adapalene or one of its salts into contact with the said methyl-β-cyclodextrin, (b) carrying out a stage of molecular diffusion by bringing a fluid, used at a temperature or at a pressure greater than their critical value, into contact with the mixture obtained in stage (a) in the presence of one or more diffusion agents chosen from alcohols, this stage being carried out in static mode by bringing together all the reactants simultaneously, and then the reaction is allowed to proceed, (c) recovering the molecular complex thus formed. (a) bringing the adapalene or one of its salts into contact with the said methyl-β-cyclodextrin, (b) carrying out a stage of molecular diffusion by bringing a fluid, used at a temperature or at a pressure greater than their critical value, into contact with the mixture obtained in stage (a) in the presence of one or more diffusion agents chosen from alcohols, this stage being carried out in static mode by bringing together all the reactants simultaneously, and then the reaction is allowed to proceed, (c) recovering the molecular complex thus formed.
A method for assembling a polynucleotide encoding a transcription activator-like effector (TALE), the method comprising: generating multiple Deoxyribonucleic acid segments, an individual DNA segment of the multiple DNA segments corresponding to a repeat sequence of the TALE; and mixing the multiple DNA segments with restriction enzymes, DNA ligases, and a vector to generate the polynucleotide; wherein the multiple DNA segments are polymerase chain reaction amplification products, and the number of the multiple DNA segments is greater than 18; and wherein the mixing the multiple DNA segments with the restriction enzymes, DNA ligases, and the vector comprises mixing the multiple DNA segments with the restriction enzymes, DNA ligases, and the vector under a condition including multiple temperature cycling. generating multiple Deoxyribonucleic acid segments, an individual DNA segment of the multiple DNA segments corresponding to a repeat sequence of the TALE; and mixing the multiple DNA segments with restriction enzymes, DNA ligases, and a vector to generate the polynucleotide; wherein the multiple DNA segments are polymerase chain reaction amplification products, and the number of the multiple DNA segments is greater than 18; and wherein the mixing the multiple DNA segments with the restriction enzymes, DNA ligases, and the vector comprises mixing the multiple DNA segments with the restriction enzymes, DNA ligases, and the vector under a condition including multiple temperature cycling.