mhurhangee/ep-ind-claims huggingface dataset:
An assembly of supported superconducting coils for use in an MRI system, comprising: - a support structure for a superconducting coil, comprising a continuous flexible mounting band (12; 52) attached to a surface of a coil (10; 50), which continuous flexible mounting band extends the full circumference of the coil and extends axially beyond the radially outer surface of the coil; - wherein the coil (10; 50) is attached to one or more other coils (10; 50) by the flexible mounting band (12; 52), and wherein the flexible mounting band extends the full circumference of the one or more other coils and extends axially beyond the radially outer surface of the one or more other coils or wherein the coil (10; 50) is mechanically connected to one or more other coils (10; 50), such other coil(s) being attached to one of one or more other continuous flexible mounting bands (12; 52) attached to a surface of the other coil(s), which other continuous flexible mounting band(s) extend(s) the full circumference of the other coil(s) and extend(s) axially beyond the radially outer surface of the coil (s); - wherein the flexible mounting band is attached to a support structure at multiple locations or wherein the flexible mounting bands are attached to annular connectors provided between the coils (10; 50) and providing a mechanical connection between the coils (10; 50). - a support structure for a superconducting coil, comprising a continuous flexible mounting band (12; 52) attached to a surface of a coil (10; 50), which continuous flexible mounting band extends the full circumference of the coil and extends axially beyond the radially outer surface of the coil; - wherein the coil (10; 50) is attached to one or more other coils (10; 50) by the flexible mounting band (12; 52), and wherein the flexible mounting band extends the full circumference of the one or more other coils and extends axially beyond the radially outer surface of the one or more other coils or wherein the coil (10; 50) is mechanically connected to one or more other coils (10; 50), such other coil(s) being attached to one of one or more other continuous flexible mounting bands (12; 52) attached to a surface of the other coil(s), which other continuous flexible mounting band(s) extend(s) the full circumference of the other coil(s) and extend(s) axially beyond the radially outer surface of the coil (s); - wherein the flexible mounting band is attached to a support structure at multiple locations or
A toner process comprising: providing at least one hybrid metallic toner component selected from the group consisting of hybrid metallic-latex particles comprising latex particles having a metallic layer coated thereover, hybrid metallic-wax particles comprising wax particles having a metallic layer coated thereover, hybrid metallic-colorant particles comprising colorant particles having a metallic layer coated thereover, and combinations thereof; contacting the at least one hybrid metallic toner component with one or more components selected from the group consisting of a latex polymer, a wax; and a colorant to form a blend; heating the blend at a temperature below the glass transition temperature of the latex polymer to form aggregated toner particles; adding a coalescing agent to the toner particles thereby coalescing the toner particles; and recovering the toner particles. providing at least one hybrid metallic toner component selected from the group consisting of hybrid metallic-latex particles comprising latex particles having a metallic layer coated thereover, hybrid metallic-wax particles comprising wax particles having a metallic layer coated thereover, hybrid metallic-colorant particles comprising colorant particles having a metallic layer coated thereover, and combinations thereof; contacting the at least one hybrid metallic toner component with one or more components selected from the group consisting of a latex polymer, a wax; and a colorant to form a blend; heating the blend at a temperature below the glass transition temperature of the latex polymer to form aggregated toner particles; adding a coalescing agent to the toner particles thereby coalescing the toner particles; and recovering the toner particles.
A tape feeder which is configured to feed a carrier tape consisted of a bottom tape accommodating multiple components and a cover tape adhered to the bottom tape to supply the components, the tape feeder comprising: a peeling section configured to peel the cover tape from the bottom tape at a position in front of a component supply position; a tension applying section configured to apply tension to the cover tape by driving a motor in order to collect the cover tape peeled from the bottom tape; and characterized by: a holding section configured to hold the cover tape between the peeling section and the tension applying section when a power supply of the tape feeder is turned off and to release the holding of the cover tape when the power supply of the tape feeder is turned on. a peeling section configured to peel the cover tape from the bottom tape at a position in front of a component supply position; a tension applying section configured to apply tension to the cover tape by driving a motor in order to collect the cover tape peeled from the bottom tape; and characterized by: a holding section configured to hold the cover tape between the peeling section and the tension applying section when a power supply of the tape feeder is turned off and to release the holding of the cover tape when the power supply of the tape feeder is turned on.
Combustion chamber, in particular a combustion chamber of a gas turbine, having a support structure, a multiplicity of holding elements which are fastened to the support structure, and a multiplicity of heat shield elements which conjointly form a heat shield, have in each case a hot-gas side, a cold-gas side and end sides that connect the hot-gas side and the cold-gas side to one another, wherein the holding elements engage in a form-fitting manner in recesses which are provided on the heat shield elements, wherein the holding elements have in each case at least two engagement portions configured for engaging in a form-fitting manner in the recesses of a heat shield element, said engagement portions being connected to one another so as to provide tensile rigidity in such a manner that a diverging movement of the engagement portions is effectively counteracted at the temperatures prevalent during the operation of the combustion chamber, and that spring elements, configured as leaf springs, which cause a force-fit between the engagement portions of the holding elements and the heat shield elements extend between the support structure and the heat shield elements, wherein the engagement portions per se are configured so as to provide tensile rigidity in such a manner that said engagement portions under the effect of the spring forces are dimensionally stable at the temperatures prevalent during the operation of the combustion chamber. in particular a combustion chamber of a gas turbine, having a support structure, a multiplicity of holding elements which are fastened to the support structure, and a multiplicity of heat shield elements which conjointly form a heat shield, have in each case a hot-gas side, a cold-gas side and end sides that connect the hot-gas side and the cold-gas side to one another, wherein the holding elements engage in a form-fitting manner in recesses which are provided on the heat shield elements, wherein the holding elements have in each case at least two engagement portions configured for engaging in a form-fitting manner in the recesses of a heat shield element, said engagement portions being connected to one another so as to provide tensile rigidity in such a manner that a diverging movement of the engagement portions is effectively counteracted at the temperatures prevalent during the operation of the combustion chamber, and that spring elements, configured as leaf springs, which cause a force-fit between the engagement portions of the holding elements and the heat shield elements extend between the support structure and the heat shield elements, wherein the engagement portions per se are configured so as to provide tensile rigidity in such a manner that said engagement portions under the effect of the spring forces are dimensionally stable at the temperatures prevalent during the operation of the combustion chamber.
An anti-reflective coating composition comprising core-shell nanoparticles, wherein said nanoparticles comprise: (a) cationic core material comprising polymer; and (b) shell material comprising silica. (a) cationic core material comprising polymer; and (b) shell material comprising silica.
An enclosure comprising: a dome mounted to a base defining an enclosed interior, the enclosed interior including an organizer for holding telecommunications equipment, the base including a plurality of ports; each port including first and second ends (24, 22), the first end disposed at or within the interior, the second end disposed outside of the interior; characterized in that the improvement comprises: a transition tube positioned in a passage of the port; the transition tube including a cable entry end positioned outside of the port and outside of the interior; a heat shrink seal positioned over the cable entry end of the transition tube and the second end of the port; wherein the transition tube includes a cable exit end positioned inside of the interior of the enclosure; a gel seal device positioned at the cable exit end of the transition tube; wherein the gel seal device is cylindrically shaped and mounts over the cable exit end of the transition tube; wherein the gel seal device includes a plurality of cable ports, a gel seal, and an activation device for simultaneously sealing each of the cable ports, and for sealing to the cable exit end of the transition tube. a dome mounted to a base defining an enclosed interior, the enclosed interior including an organizer for holding telecommunications equipment, the base including a plurality of ports; each port including first and second ends (24, 22), the first end disposed at or within the interior, the second end disposed outside of the interior; characterized in that the improvement comprises: a transition tube positioned in a passage of the port; the transition tube including a cable entry end positioned outside of the port and outside of the interior; a heat shrink seal positioned over the cable entry end of the transition tube and the second end of the port; wherein the transition tube includes a cable exit end positioned inside of the interior of the enclosure; a gel seal device positioned at the cable exit end of the transition tube; wherein the gel seal device is cylindrically shaped and mounts over the cable exit end of the transition tube; wherein the gel seal device includes a plurality of cable ports, a gel seal, and an activation device for simultaneously sealing each of the cable ports, and for sealing to the cable exit end of the transition tube. a transition tube positioned in a passage of the port; the transition tube including a cable entry end positioned outside of the port and outside of the interior; a heat shrink seal positioned over the cable entry end of the transition tube and the second end of the port; wherein the transition tube includes a cable exit end positioned inside of the interior of the enclosure; a gel seal device positioned at the cable exit end of the transition tube; wherein the gel seal device is cylindrically shaped and mounts over the cable exit end of the transition tube; wherein the gel seal device includes a plurality of cable ports, a gel seal, and an activation device for simultaneously sealing each of the cable ports, and for sealing to the cable exit end of the transition tube.
A network interface device for connection between a network and a data processing system, the network interface device comprising: an I/O interface for connection to a data processing system; a set of physical data ports (202, 203) for connection to a network; a unified memory comprising a plurality of buffers; a plurality of ingress ports (210, 211, 212, 213, 214) operable to receive data packets for buffering at the unified memory, a first subset of the plurality of ingress ports being configured to receive data packets on a transmit path from said I/O interface, and a second subset of the plurality of ingress ports being configured to receive data packets on a receive path from said set of physical data ports; characterized by: a memory manager configured to store representations of a plurality of virtual queues held in the unified memory, each virtual queue being a linked logical sequence of buffers of the unified memory; and an ingress interface configured to service the ingress ports in a predetermined order and write data packets received at the ingress ports to buffers of the unified memory selected by the memory manager; wherein the memory manager is arranged to select buffers of the unified memory so as to cause the ingress interface to populate the plurality of virtual queues with data packets, and the ingress interface is arranged to contiguously write data packets into the linked logical sequence of buffers representing each virtual queue. an I/O interface for connection to a data processing system; a set of physical data ports (202, 203) for connection to a network; a unified memory comprising a plurality of buffers; a plurality of ingress ports (210, 211, 212, 213, 214) operable to receive data packets for buffering at the unified memory, a first subset of the plurality of ingress ports being configured to receive data packets on a transmit path from said I/O interface, and a second subset of the plurality of ingress ports being configured to receive data packets on a receive path from said set of physical data ports; characterized by: a memory manager configured to store representations of a plurality of virtual queues held in the unified memory, each virtual queue being a linked logical sequence of buffers of the unified memory; and an ingress interface configured to service the ingress ports in a predetermined order and write data packets received at the ingress ports to buffers of the unified memory selected by the memory manager;
A planet wheel shaft for a planetary gear, the planet wheel shaft comprising: - end portions (102a, 102b) attachable to a planet carrier of the planetary gear, and - a bearing portion axially between the end portions, the bearing portion being suitable for acting as a slide-bearing in cooperation with a planet wheel of the planetary gear, characterized in that, on one or more first axial regions (104, 106) of the bearing portion, a cross-sectional shape of the bearing portion deviates from a circular shape so that a thickness of the bearing portion in a first direction (x) is greater than the thickness of the bearing portion in a second direction (y) perpendicular to the first direction, the deviation from the circular shape on the one or more first axial regions being suitable for widening a gap being between the bearing portion and the planet wheel and tapering in a wedge-shaped way towards an area where hydrodynamic oil pressure is formed for carrying load in the first direction. - end portions (102a, 102b) attachable to a planet carrier of the planetary gear, and - a bearing portion axially between the end portions, the bearing portion being suitable for acting as a slide-bearing in cooperation with a planet wheel of the planetary gear,
A disposable garment having opposed longitudinal side edges, opposed lateral end edges, a front waist region, a rear waist region and a crotch region which extends between and connects the front waist region and the rear waist region, the disposable garment comprising: a bodyfacing surface; a garment facing surface; and a dual fastening system comprising: one or more first fasteners, each first fastener being configured to engage at least a portion of the garment facing surface; and one or more second fasteners, each second fastener being configured to engage at least a portion of the bodyfacing surface; and wherein the first fastener has a first fastener longitudinal length, the second fastener has a second fastener longitudinal length and the ratio of the second fastener longitudinal length to the first fastener longitudinal length is greater than 1; and wherein the first fastener and the second fastener are hook material; and characterized in that the garment further comprises: one or more first ears joined to the rear waist region, each first ear having a proximal edge and a distal edge, at least a portion of the first fastener being situated inboard from the distal edge; and one or more second ears joined to the front waist region, each second ear having a proximal edge and a distal edge, at least a portion of the second fastener being situated inboard from the distal edge; wherein the first ear has a first ear longitudinal ear length, the second ear has a second ear longitudinal ear length and the ratio of the second ear longitudinal ear length to the first ear longitudinal ear length is greater than 1. a bodyfacing surface; a garment facing surface; and a dual fastening system comprising: one or more first fasteners, each first fastener being configured to engage at least a portion of the garment facing surface; and one or more second fasteners, each second fastener being configured to engage at least a portion of the bodyfacing surface; and one or more first fasteners, each first fastener being configured to engage at least a portion of the garment facing surface; and one or more second fasteners, each second fastener being configured to engage at least a portion of the bodyfacing surface; and one or more first ears joined to the rear waist region, each first ear having a proximal edge and a distal edge, at least a portion of the first fastener being situated inboard from the distal edge; and one or more second ears joined to the front waist region, each second ear having a proximal edge and a distal edge, at least a portion of the second fastener being situated inboard from the distal edge;
A thermal cycler comprising a reaction chamber, a heating means, air supply means, and an air flow mixing valve for mixing air with different temperatures, characterized in that the reaction chamber is arranged in blowing direction of the air supply means which is a fan and the heating means is arranged behind the reaction chamber with regard to the blowing direction for heating and cooling of the reaction chamber.
A method of fabricating an array of phosphor pixels, the method comprising: in a first phosphor deposition step depositing a photoresist layer and patterning it to form an array of photoresist blocks separated from each other by gaps, the photoresist blocks and the gaps occupying alternating locations in a matrix array and forming a checkerboard pattern; depositing a first phosphor composition in the gaps, the first phosphor composition comprising phosphor particles dispersed in a condensation cure silicone system; after depositing the phosphor composition, curing the condensation cure silicone system using one or more vapor phase catalysts to form a first plurality of phosphor pixels occupying alternating locations in the matrix array; after curing the condensation cure silicone system, removing the photoresist blocks; after removing the photoresist blocks; depositing reflective structures on the side walls of the first plurality of phosphor pixels; after depositing the reflective structures, in a second phosphor deposition step depositing a second phosphor composition at locations in the matrix array formerly occupied by photoresist blocks; and curing the phosphor composition deposited in the second phosphor deposition step to form a second plurality of phosphor pixels occupying alternating locations in the matrix array, with adjacent phosphor pixels in the matrix array in contact with and spaced apart by one of the reflective structures. in a first phosphor deposition step depositing a photoresist layer and patterning it to form an array of photoresist blocks separated from each other by gaps, the photoresist blocks and the gaps occupying alternating locations in a matrix array and forming a checkerboard pattern; depositing a first phosphor composition in the gaps, the first phosphor composition comprising phosphor particles dispersed in a condensation cure silicone system; after depositing the phosphor composition, curing the condensation cure silicone system using one or more vapor phase catalysts to form a first plurality of phosphor pixels occupying alternating locations in the matrix array; after curing the condensation cure silicone system, removing the photoresist blocks; after removing the photoresist blocks; depositing reflective structures on the side walls of the first plurality of phosphor pixels; after depositing the reflective structures, in a second phosphor deposition step depositing a second phosphor composition at locations in the matrix array formerly occupied by photoresist blocks; and curing the phosphor composition deposited in the second phosphor deposition step to form a second plurality of phosphor pixels occupying alternating locations in the matrix array, with adjacent phosphor pixels in the matrix array in contact with and spaced apart by one of the reflective structures.
Lift consisting of a lift cage, which is movable in a lift shaft along guide rails (5, 6, 7), and a counterweight, wherein lift cage and counterweight are connected by way of a support means guided over rollers (13, 16, 18, 20) and a fixing point (14, 15) is provided for each support means end and a drive drives the support means, wherein at least one fixing point comprises a slide, which carries the support means end and wherein retardation forces of the lift cage and the counterweight produce a displacement of the slide against the damping capability of a damping element, characterised in that the slide can be released in an emergency stop situation by means of a mechanism.
Method for transmitting digitized data between a calling and a called subscriber unit (TL1, TL2) in a mobile radio network, wherein a prescribed frame format is used for the transmission, having the following measures: - a connection is made between the subscriber units (TL1, TL2); - a first transcoding device, which is associated with the calling subscriber unit, signals to a second transcoding device, which is associated with the called subscriber unit, that the first transcoding device is a TFO, tandem-free operation, transcoding device, the signalling taking place for a prescribed maximum period of time; - the transcoding device associated with the called subscriber unit is switched to a TFO mode as soon as the aforementioned signalling has been recognized by said transcoding device; and - voice parameters are exchanged between the transcoding devices (TCE1, TCE2); wherein a data stream between the transcoding devices (TCE1, TCE2) that are associated with the subscriber units (TL1, TL2) is divided into a first data stream having voice samples and into a second data stream both during the time phase of signalling and during the time phase of exchange of voice parameters; and wherein the second data stream contains identification information during the time phase of signalling and voice parameters for voice data reconstruction during the time phase of exchange. - a connection is made between the subscriber units (TL1, TL2); - a first transcoding device, which is associated with the calling subscriber unit, signals to a second transcoding device, which is associated with the called subscriber unit, that the first transcoding device is a TFO, tandem-free operation, transcoding device, the signalling taking place for a prescribed maximum period of time; - the transcoding device associated with the called subscriber unit is switched to a TFO mode as soon as the aforementioned signalling has been recognized by said transcoding device; and - voice parameters are exchanged between the transcoding devices (TCE1, TCE2);