mhurhangee/ep-ind-claims huggingface dataset:
A transformer, comprising: - an enclosure with a first cover and a second cover arranged at opposite ends of the enclosure, having an enclosed volume comprising an isolation material, the enclosure comprising at least one channel (25, 26) which extends through the enclosure from the first cover to the second cover, wherein the interior of each of the at least one channel (25, 26) is separated from the enclosed volume, - a core provided outside of the enclosed volume, comprising at least one leg (32, 34) and at least one yoke (40, 42), wherein the at least one leg (32, 34) extends through the interior of the at least one channel (25, 26), - at least one coil (50, 52) provided inside the enclosed volume and being wound about the at least one channel (25, 26), wherein the first cover and the second cover each comprise an electrically insulating material and at least one electrically conductive component characterized in that the at least one electrically conductive component is grounded via at least one ground contact per cover (12, 14). - an enclosure with a first cover and a second cover arranged at opposite ends of the enclosure, having an enclosed volume comprising an isolation material, the enclosure comprising at least one channel (25, 26) which extends through the enclosure from the first cover to the second cover, wherein the interior of each of the at least one channel (25, 26) is separated from the enclosed volume, - a core provided outside of the enclosed volume, comprising at least one leg (32, 34) and at least one yoke (40, 42), wherein the at least one leg (32, 34) extends through the interior of the at least one channel (25, 26), - at least one coil (50, 52) provided inside the enclosed volume and being wound about the at least one channel (25, 26),
An electric motor or generator comprising a stator with means for mounting electrical coils and a rotor, characterised in that the stator has a first surface that is on a plane that is substantially perpendicular to an axis of rotation of the rotor and the rotor has a second surface that is formed in substantially the same radial position as the stator's first surface, wherein upon the rotor being pivoted away from the perpendicular to the axis of rotation of the rotor the first surface and the second surface are arranged to prevent the rotor coming into contact with the means for mounting electrical coils.
Conveyor device (200; 300) for conveyor installations for conveying containers, pallets and the like or bulk materials, comprising - a drum tube (202; 302), which extends along a longitudinal axis (204; 304) and has a first end (206; 306) and a second end (208; 308) opposite the first end, and - an electric drive unit, which is designed to exert a conveying torque from a first shaft onto the drum tube, - a drive cartridge, having o a cartridge tube, which is fixed torque-resistantly and coaxially in the drum tube (202; 302), and o a cover, which is rotatably mounted on the first shaft and covers one end of the cartridge tube, wherein the electric drive unit is arranged within the cartridge tube and the cartridge tube is fixed coaxially within the drum tube, characterized in that a torque-resistant connection between the cartridge tube and drum tube (202; 302) has or is formed by an interference fit between the external diameter of the cartridge tube and the internal diameter of the drum tube (202; 302). - a drum tube (202; 302), which extends along a longitudinal axis (204; 304) and has a first end (206; 306) and a second end (208; 308) opposite the first end, and - an electric drive unit, which is designed to exert a conveying torque from a first shaft onto the drum tube, - a drive cartridge, having o a cartridge tube, which is fixed torque-resistantly and coaxially in the drum tube (202; 302), and o a cover, which is rotatably mounted on the first shaft and covers one end of the cartridge tube, wherein the electric drive unit is arranged within the cartridge tube and the cartridge tube is fixed coaxially within the drum tube, o a cartridge tube, which is fixed torque-resistantly and coaxially in the drum tube (202; 302), and o a cover, which is rotatably mounted on the first shaft and covers one end of the cartridge tube,
A sheet manufacturing apparatus comprising: a defibrating unit configured to defibrate a defibration object (Pu) including at least a fiber, in air, the sheet manufacturing apparatus forming a sheet by spreading defibrated material defibrated at the defibrating unit in air, suctioning the spread defibrated material onto a mesh belt, and thereafter pressurizing and adding a quantity of heat to the defibrated material; characterized by a measuring unit configured to acquire moisture amount information of the defibrated material or the defibration object; and a controller configured to control the quantity of heat to be added to the defibrated material based on the moisture amount information. a defibrating unit configured to defibrate a defibration object (Pu) including at least a fiber, in air, the sheet manufacturing apparatus forming a sheet by spreading defibrated material defibrated at the defibrating unit in air, suctioning the spread defibrated material onto a mesh belt, and thereafter pressurizing and adding a quantity of heat to the defibrated material; characterized by a measuring unit configured to acquire moisture amount information of the defibrated material or the defibration object; and a controller configured to control the quantity of heat to be added to the defibrated material based on the moisture amount information.
Connection adapter system of control technology for transmitting digital and/or analogue signals between at least one input and/or output unit of a control device and at least one field component (150, 155, 156), wherein at least one connection adapter (200a, 200b, 200c) is included for the wireless transmission of digital and/or analogue signals, which adapter comprises a signal interface unit (201a, 201b, 201c), a communications unit (202a, 202b, 202c) and an antenna unit (203a, 203b, 203c), wherein the connection adapter can be contacted in a signal-conductive manner by the input and/or output unit or by the field component by means of the signal interface unit and is configured to forward signals, arriving via the signal interface unit, using the communications unit via the antenna unit and/or to forward signals, arriving via the antenna unit, using the communications unit via the signal interface unit, characterised in that the connection adapter comprises a configuration unit (205a, 205b, 205c), by means of which addressing or identification information for the connection adapter can be configured, and by means of which addressing or identification information for each signal line of the connection adapter can be configured.
A system for securing a flexible member to a vertebra, the system comprising: the flexible member having two ends and a central portion between the ends; a fixation member including a head and a shank, the shank defining a longitudinal axis (A-A) of the fixation member, the head defining a slot passing through the head orthogonal to the longitudinal axis, the slot receiving the central portion of the flexible member; and an inserter including a handle and a tubular member, the tubular member having a proximal end portion attached to the handle and a distal end portion extending from the handle, the tubular member defining a passage between the proximal and distal end portions, the distal end portion including a coupler for receiving the head of the fixation member with the central portion of the flexible member received in the slot of the fixation member, the flexible member passing through the passage of the tubular member and into a groove defined in an outside surface of the handle, characterized in that: the handle includes a securement member pivotally coupled to the handle for selectively fixing the flexible member within the groove of the handle. the flexible member having two ends and a central portion between the ends; a fixation member including a head and a shank, the shank defining a longitudinal axis (A-A) of the fixation member, the head defining a slot passing through the head orthogonal to the longitudinal axis, the slot receiving the central portion of the flexible member; and an inserter including a handle and a tubular member, the tubular member having a proximal end portion attached to the handle and a distal end portion extending from the handle, the tubular member defining a passage between the proximal and distal end portions, the distal end portion including a coupler for receiving the head of the fixation member with the central portion of the flexible member received in the slot of the fixation member, the flexible member passing through the passage of the tubular member and into a groove defined in an outside surface of the handle, characterized in that: the handle includes a securement member pivotally coupled to the handle for selectively fixing the flexible member within the groove of the handle.
A method of establishing an entry corresponding to equal-cost paths, comprising: assigning, by a network device, an inner label and an outer label for each of N paths configured to be equal cost with each other between the network device and a destination network device, wherein the respective inner labels corresponding to the paths are same, and N is an integer more than or equal to 2; establishing, by the network device, a Forward Information DataBase, FIB, entry, wherein the FIB entry comprises an address of the destination network device, the number of Equal-Cost Multi-Path Routing, ECMP, entries in an ECMP table corresponding to the paths, and the same inner label, and the number of the ECMP entries in the ECMP table is equal to a preset fixed value; and assigning, by the network device, at least one ECMP entry for each of the paths based on the number N of the paths and the preset fixed value, wherein a sum of the numbers of the respective ECMP entries corresponding to the N paths is equal to the preset fixed value, and the at least one ECMP entry corresponding to each of the paths comprises an index of the outer label of the path. assigning, by a network device, an inner label and an outer label for each of N paths configured to be equal cost with each other between the network device and a destination network device, wherein the respective inner labels corresponding to the paths are same, and N is an integer more than or equal to 2; establishing, by the network device, a Forward Information DataBase, FIB, entry, wherein the FIB entry comprises an address of the destination network device, the number of Equal-Cost Multi-Path Routing, ECMP, entries in an ECMP table corresponding to the paths, and the same inner label, and the number of the ECMP entries in the ECMP table is equal to a preset fixed value; and assigning, by the network device, at least one ECMP entry for each of the paths based on the number N of the paths and the preset fixed value, wherein a sum of the numbers of the respective ECMP entries corresponding to the N paths is equal to the preset fixed value, and the at least one ECMP entry corresponding to each of the paths comprises an index of the outer label of the path.
A method of decoding video data, the method comprising: storing a disparity vector of a particular block of a slice of a current picture of the video data as a derived disparity vector for the slice, wherein the slice includes multiple blocks and there is only one DDV for the slice; determining, by performing a Neighboring Block Based Disparity Vector (NBDV) derivation process, a disparity vector for a current block, wherein the current block is one of the blocks of the slice, wherein performing the NBDV derivation process comprises setting the disparity vector for the current block to the DDV for the slice when the NBDV derivation process does not identify any available disparity motion vectors from temporal neighboring blocks or from spatial neighboring blocks; and storing, as the DDV for the slice, the disparity vector for the current block. storing a disparity vector of a particular block of a slice of a current picture of the video data as a derived disparity vector for the slice, wherein the slice includes multiple blocks and there is only one DDV for the slice; determining, by performing a Neighboring Block Based Disparity Vector (NBDV) derivation process, a disparity vector for a current block, wherein the current block is one of the blocks of the slice, wherein performing the NBDV derivation process comprises setting the disparity vector for the current block to the DDV for the slice when the NBDV derivation process does not identify any available disparity motion vectors from temporal neighboring blocks or from spatial neighboring blocks; and storing, as the DDV for the slice, the disparity vector for the current block.
A method for coating an implant device, comprising immobilizing and cross-linking a film of fibrinogen onto a surface of the implant device, covalently immobilizing a first bisphosphonate substance having an amino group to the film of fibrinogen; and disposing a second bisphosphonate substance, which is chemically non-reactive, on top of and integrated with the first bisphosphonate substance.
Device for removing filler material from a stripe-shaped band material, in particular from an artificial turf, having a transport system for conveying the band material comprising at least one transport means, and having a diverting means for widening and folding the band material, so that the filler material can drop out of the band material, as well as an emptying means for the band material arranged in an area of the folded band material, wherein the device comprises at least one of a pressure roller (31, 32, 33), arranged, when seen three-dimensionally, below the transport system, and the diverting means comprises at least one diverting roller, characterized in that the at least one diverting roller and/or pressure roller comprises a rotatorily driven carrying frame for several tapping rollers mounted thereon.
A method for expanding the number of addressable remote terminals in a communication system, the system comprising a bus controller, a set of remote terminals each with an address, and a repeater, wherein the bus controller, the set of remote terminals and the repeater are communicatively interconnected by a serial bus that operates in accordance with a standard protocol that is limited in the number of uniquely addressable remote terminals based at least in part on a message frame that sequences messages into a limited number of time slots, at least one of the remote terminals being configured to send and receive messages on the bus via the repeater, the method being performed by the bus controller and comprising: redefining the message frame into a plurality of major frames (200, 202, 204); segmenting each major frame into a set of minor frames (206A-D), wherein each minor frame included in the set of minor frames has a unique time slot within the major frame and addresses a subset of the remote terminals, wherein remote terminals with the same address are slotted to different minor frames of the set of minor frames; sequencing messages into the minor frames (206A-D) such that the minor frames include a set of time-division multiplexed messages (208, 212, 214, 216), each message including the address of the remote terminal to which the message is directed; and adding an additional message to each major frame encoding an output path at the repeater, wherein the output path and the unique time slot of a minor frame of the set of minor frames determines which remote terminal is addressed by the message. redefining the message frame into a plurality of major frames (200, 202, 204); segmenting each major frame into a set of minor frames (206A-D), wherein each minor frame included in the set of minor frames has a unique time slot within the major frame and addresses a subset of the remote terminals, wherein remote terminals with the same address are slotted to different minor frames of the set of minor frames; sequencing messages into the minor frames (206A-D) such that the minor frames include a set of time-division multiplexed messages (208, 212, 214, 216), each message including the address of the remote terminal to which the message is directed; and adding an additional message to each major frame encoding an output path at the repeater, wherein the output path and the unique time slot of a minor frame of the set of minor frames determines which remote terminal is addressed by the message.
A filter element comprising: (a) a media pack comprising: (i) a construction of a media composite; said construction including a sheet-like substrate having a plurality of pleats having a length extending from said first end to said second end; (ii) said construction having a tubular shape and defining an open interior having first and second opposite ends; and (iii) said sheet-like substrate at least partially covered by a layer, said layer comprising a polymeric fine fiber comprising a fiber with a diameter of about 0.01 to 2 μm of a polymer material and 1% to 25% by weight total on fiber of an additive having a strongly hydrophobic group selected from fluorocarbon groups, hydrophobic hydrocarbon surfactants or blocks and hydrocarbon oligomeric compositions; (b) a first end cap and a second end cap; (i) said media pack being secured to said first end cap at said first end of said media pack; (ii) said media pack being secured to said second end cap at said second end of said media pack; (iii) at least one of said first and second end caps including a sealing portion. (a) a media pack comprising: (i) a construction of a media composite; said construction including a sheet-like substrate having a plurality of pleats having a length extending from said first end to said second end; (ii) said construction having a tubular shape and defining an open interior having first and second opposite ends; and (iii) said sheet-like substrate at least partially covered by a layer, said layer comprising a polymeric fine fiber comprising a fiber with a diameter of about 0.01 to 2 μm of a polymer material and 1% to 25% by weight total on fiber of an additive having a strongly hydrophobic group selected from fluorocarbon groups, hydrophobic hydrocarbon surfactants or blocks and hydrocarbon oligomeric compositions; (i) a construction of a media composite; said construction including a sheet-like substrate having a plurality of pleats having a length extending from said first end to said second end; (ii) said construction having a tubular shape and defining an open interior having first and second opposite ends; and (iii) said sheet-like substrate at least partially covered by a layer, said layer comprising a polymeric fine fiber comprising a fiber with a diameter of about 0.01 to 2 μm of a polymer material and 1% to 25% by weight total on fiber of an additive having a strongly hydrophobic group selected from fluorocarbon groups, hydrophobic hydrocarbon surfactants or blocks and hydrocarbon oligomeric compositions; (b) a first end cap and a second end cap; (i) said media pack being secured to said first end cap at said first end of said media pack; (ii) said media pack being secured to said second end cap at said second end of said media pack; (iii) at least one of said first and second end caps including a sealing portion. (i) said media pack being secured to said first end cap at said first end of said media pack; (ii) said media pack being secured to said second end cap at said second end of said media pack; (iii) at least one of said first and second end caps including a sealing portion.
A method for converting a refuse-derived fuel fraction into a synthesis gas comprising the steps of: a) gasifying the refuse-derived fuel fraction in a bubbling fluidized bed gasifier at atmospheric pressure and at a temperature comprised between 750°C and 850°C, in the presence of a gasifying and fluidizing agent, wherein the gasifying agent is oxygen-enriched air; and b) separating the particles and fly ash from the synthesis gas generated in step a); and c) introducing the gas, after separating the particles, into a reactor where catalytic reforming takes place with water vapor from tars and other hydrocarbons present in the gas. a) gasifying the refuse-derived fuel fraction in a bubbling fluidized bed gasifier at atmospheric pressure and at a temperature comprised between 750°C and 850°C, in the presence of a gasifying and fluidizing agent, wherein the gasifying agent is oxygen-enriched air; and b) separating the particles and fly ash from the synthesis gas generated in step a); and c) introducing the gas, after separating the particles, into a reactor where catalytic reforming takes place with water vapor from tars and other hydrocarbons present in the gas.
A reduced pressure delivery system for applying a reduced pressure tissue treatment to a tissue site, the system comprising: a kit for preparing a flowable bioresorbable tissue dressing, the kit comprising: a gas-forming porogen mixture in a first container and a gel or gel-forming solution or dehydrated ingredients for a gel or gel-forming solution in a second container, a reduced pressure source, and a manifold, the manifold comprising a reduced pressure delivery tube, wherein the reduced pressure tube comprises a proximal end, a distal end, and a lumen extending through the tube, wherein the proximal end is in fluid communication with the reduced pressure source and the distal end is in fluid communication with the dressing. a kit for preparing a flowable bioresorbable tissue dressing, the kit comprising: a gas-forming porogen mixture in a first container and a gel or gel-forming solution or dehydrated ingredients for a gel or gel-forming solution in a second container, a gas-forming porogen mixture in a first container and a gel or gel-forming solution or dehydrated ingredients for a gel or gel-forming solution in a second container, a reduced pressure source, and a manifold, the manifold comprising a reduced pressure delivery tube, wherein the reduced pressure tube comprises a proximal end, a distal end, and a lumen extending through the tube, wherein the proximal end is in fluid communication with the reduced pressure source and the distal end is in fluid communication with the dressing.
A transseptal crossing needle device (32, 33, 34) for inserting an outer sheath through a septum, comprising: an inner dilator sheath received within said outer sheath and a needle having a curved end portion adjacent a tip of a tip portion of the needle, said needle being received in said inner dilator sheath; and said needle tip portion comprising an angled transverse end surface terminating at said tip and slanting away from an inner concave curved wall of said inner sheath curved by said needle curved end portion, said needle tip being spaced not only away from said inner concave curved wall of said inner sheath but also away from an inner convex curved wall of said inner sheath opposite said concave wall to reduce or eliminate skiving of material from both said concave and convex inner walls of said inner sheath.
A method for increasing assay throughput of a clinical analyzer comprising a first reagent storage area, characterized in that the analyzer is initially configured for addition of a second reagent storage area and at least one reagent aspiration and dispense arm and the second reagent storage area, the at least one reagent aspiration and dispense arm and assay reagents are added to the analyzer, when the availability of assay reagents within the analyzer is throughput limiting as incoming assay demand increases.
A pharmaceutical formulation containing carglumic acid or a pharmaceutically acceptable salt thereof and a buffering agent having a pK a from 5.5 to 9.0 at 25 °C, preferably a pK a from 7.5 and 8.5 at 25 °C, more preferably a pK a of about 8.07, characterized in that said buffering agent is trometamol.