mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a part made of a first ceramic or made of carbon, consolidated by a second ceramic, having a determined geometry, wherein the following successive steps are carried out: a) a preform made of an organic polymer is manufactured, the preform having the same geometry as the part to be manufactured; b) the preform made of an organic polymer is impregnated with a first-ceramic precursor resin or a carbon precursor resin; c) the first-ceramic precursor resin or the carbon precursor resin is cross-linked and/or polymerised and then pyrolysed; d) optionally, steps b) and c) are repeated; whereby, at the end of step c) or step d), a part made of a first ceramic or made of carbon, having the same geometry as the part to be manufactured, is obtained; e) the second ceramic is deposited onto the part made of a first ceramic or made of carbon obtained at the end of step c) or step d), by a Chemical Vapour Deposition method or a Chemical Vapour Infiltration method. a) a preform made of an organic polymer is manufactured, the preform having the same geometry as the part to be manufactured; b) the preform made of an organic polymer is impregnated with a first-ceramic precursor resin or a carbon precursor resin; c) the first-ceramic precursor resin or the carbon precursor resin is cross-linked and/or polymerised and then pyrolysed; d) optionally, steps b) and c) are repeated; whereby, at the end of step c) or step d), a part made of a first ceramic or made of carbon, having the same geometry as the part to be manufactured, is obtained; e) the second ceramic is deposited onto the part made of a first ceramic or made of carbon obtained at the end of step c) or step d), by a Chemical Vapour Deposition method or a Chemical Vapour Infiltration method.
Abreast implant, comprising: a first pouch having a first enclosing membrane and a first lumen formed by the first enclosing membrane, wherein the first lumen has therein a dome and a bottom portion corresponding to the dome; a plurality of second pouches, each having a second enclosing membrane and a second lumen formed by the second enclosing membrane, wherein the second pouches are provided in the first lumen and radiate from a center of the dome; and a plurality of third pouches, each having a third enclosing membrane and a third lumen formed by the third enclosing membrane, wherein the third pouches are provided between the second pouches in the first lumen and are arranged in strings extending from the center of the dome; wherein the first lumen, the second lumens, and the third lumens are filled with a filler. a first pouch having a first enclosing membrane and a first lumen formed by the first enclosing membrane, wherein the first lumen has therein a dome and a bottom portion corresponding to the dome; a plurality of second pouches, each having a second enclosing membrane and a second lumen formed by the second enclosing membrane, wherein the second pouches are provided in the first lumen and radiate from a center of the dome; and a plurality of third pouches, each having a third enclosing membrane and a third lumen formed by the third enclosing membrane, wherein the third pouches are provided between the second pouches in the first lumen and are arranged in strings extending from the center of the dome; wherein the first lumen, the second lumens, and the third lumens are filled with a filler.
A compressor comprising: a shell; a housing fixed within said shell; a compression mechanism supported by said housing and including an orbiting scroll member and a non-orbiting scroll member meshingly engaged to form a series of compression pockets; and a retaining assembly including an axial retention member and an Oldham coupling, said axial retention member engaged with said non-orbiting scroll member to limit axial translation of said non-orbiting scroll member relative to said housing; wherein said Oldham coupling is engaged with said orbiting and non-orbiting scroll members to prevent relative rotation therebetween; and the retaining assembly further comprises a pin extending into an aperture in said housing and a recess in said non-orbiting scroll member to prevent relative rotation between said non-orbiting scroll member and said housing, characterised in that said axial retention member includes a retaining ring fixed to said housing and disposed around a perimeter of said non-orbiting scroll member, wherein said non-orbiting scroll member includes a protrusion extending radially outwardly relative to said perimeter and located axially between said housing and said retaining ring to limit axial translation of said non-orbiting scroll member relative to said housing. a shell; a housing fixed within said shell; a compression mechanism supported by said housing and including an orbiting scroll member and a non-orbiting scroll member meshingly engaged to form a series of compression pockets; and a retaining assembly including an axial retention member and an Oldham coupling, said axial retention member engaged with said non-orbiting scroll member to limit axial translation of said non-orbiting scroll member relative to said housing; wherein said Oldham coupling is engaged with said orbiting and non-orbiting scroll members to prevent relative rotation therebetween; and the retaining assembly further comprises a pin extending into an aperture in said housing and a recess in said non-orbiting scroll member to prevent relative rotation between said non-orbiting scroll member and said housing, characterised in that said axial retention member includes a retaining ring fixed to said housing and disposed around a perimeter of said non-orbiting scroll member, wherein said non-orbiting scroll member includes a protrusion extending radially outwardly relative to said perimeter and located axially between said housing and said retaining ring to limit axial translation of said non-orbiting scroll member relative to said housing.
A compressed air supply system, comprising: an air compressor that is driven by an engine of a vehicle; a compressed air supply unit that supplies a compressed air discharged from the air compressor to a load of the vehicle; and a control unit that switches between a load state and an unload state of the air compressor according to a demand of the load, wherein, when the vehicle requires a braking force, the control unit puts the air compressor into the load state regardless of the demand of the load, characterized in that the control unit is configured to put the air compressor into the unload state in a case where the vehicle is traveling at a high speed. an air compressor that is driven by an engine of a vehicle; a compressed air supply unit that supplies a compressed air discharged from the air compressor to a load of the vehicle; and a control unit that switches between a load state and an unload state of the air compressor according to a demand of the load, wherein, when the vehicle requires a braking force, the control unit puts the air compressor into the load state regardless of the demand of the load, characterized in that the control unit is configured to put the air compressor into the unload state in a case where the vehicle is traveling at a high speed.
Backbone rail for a roller coaster or similar rail-running amusement ride, constructed based on the principle of the frame load-bearing effect of a Vierendeel girder, comprising two rail pipes (2, 4) designed for a vehicle arrangement to travel upon, and at least one, particularly main load-bearing, backbone pipe not designed for vehicles to travel upon, whose second moment of area is greater than the second moment of area of the rail pipes (2, 4) at least by a factor of 1.5, wherein, viewed in the main axis of extension (A H) of the backbone rail, the rail pipes (2, 4) and the backbone pipe are connected section-by-section by means of shear stiffening bulkheads, wherein at least one bulkhead comprises: a transverse connecting member, which connects the rail pipes (2, 4) to each other and, extending orthogonally to the main axis of extension (A H) of the backbone rail between the rail pipes (2, 4), is attached to the rail pipes (2, 4), and bulkhead plates (12, 14), connecting at least one rail pipe (2, 4) to the backbone pipe, characterised in that at least one bulkhead plate (12, 14) is designed as a longitudinal bulkhead plate, whose main plane of extension is perpendicular to the bulkhead plane and which is attached to the backbone pipe in such a way that it runs tangentially into the backbone pipe and which • runs directly between the backbone pipe and the rail pipe (2, 4), or • is attached to the rail pipe by means of the transverse connecting member, wherein it is attached to one end area of the transverse connecting member. a transverse connecting member, which connects the rail pipes (2, 4) to each other and, extending orthogonally to the main axis of extension (A H) of the backbone rail between the rail pipes (2, 4), is attached to the rail pipes (2, 4), and bulkhead plates (12, 14), connecting at least one rail pipe (2, 4) to the backbone pipe, characterised in that at least one bulkhead plate (12, 14) is designed as a longitudinal bulkhead plate, whose main plane of extension is perpendicular to the bulkhead plane and which is attached to the backbone pipe in such a way that it runs tangentially into the backbone pipe and which • runs directly between the backbone pipe and the rail pipe (2, 4), or • is attached to the rail pipe by means of the transverse connecting member, wherein it is attached to one end area of the transverse connecting member.
A semiconductor device (220, 328, 430), comprising: a logic die (106, 432); a memory die in contact with the logic die (106, 432) and configured to draw a sum amount of current (238, 338) from a current source (234, 334, 434), wherein the memory die includes: a plurality of through-substrate vias (TSVs) (127, 327-1...327-6, 427-1...427-12) formed in the memory die to provide the sum amount of current (238, 338) to the memory die from the current source (234, 334, 434), wherein each of the plurality of TSVs (127, 327-1...327-6, 427-1...427-12) are configured to provide a portion of the sum amount of current (238, 338) to the memory die from the current source (234, 334, 434); at least two interconnection contacts associated with a first TSV (427-1... 427-3) closer to the current source (234, 334, 434) that are not connected; and an electrical connection between at least two interconnection contacts associated with a second TSV (427-4...427-6) that is further in distance from the current source (234, 334, 434) than the first TSV (427-1...427-3). a logic die (106, 432); a memory die in contact with the logic die (106, 432) and configured to draw a sum amount of current (238, 338) from a current source (234, 334, 434), wherein the memory die includes: a plurality of through-substrate vias (TSVs) (127, 327-1...327-6, 427-1...427-12) formed in the memory die to provide the sum amount of current (238, 338) to the memory die from the current source (234, 334, 434), wherein each of the plurality of TSVs (127, 327-1...327-6, 427-1...427-12) are configured to provide a portion of the sum amount of current (238, 338) to the memory die from the current source (234, 334, 434); at least two interconnection contacts associated with a first TSV (427-1... 427-3) closer to the current source (234, 334, 434) that are not connected; and a plurality of through-substrate vias (TSVs) (127, 327-1...327-6, 427-1...427-12) formed in the memory die to provide the sum amount of current (238, 338) to the memory die from the current source (234, 334, 434), wherein each of the plurality of TSVs (127, 327-1...327-6, 427-1...427-12) are configured to provide a portion of the sum amount of current (238, 338) to the memory die from the current source (234, 334, 434); at least two interconnection contacts associated with a first TSV (427-1... 427-3) closer to the current source (234, 334, 434) that are not connected; and an electrical connection between at least two interconnection contacts associated with a second TSV (427-4...427-6) that is further in distance from the current source (234, 334, 434) than the first TSV (427-1...427-3).
A compound comprising a ligand L A, wherein the ligand L A is: wherein R 1 represents mono, di, tri, or tetra substitution, or no substitution; wherein R 1, R 3, and R 4 are each independently selected from the group consisting of hydrogen, deuterium, halogen, alkyl, cycloalkyl, heteroalkyl, arylalkyl, alkoxy, aryloxy, amino, silyl, alkenyl, cycloalkenyl, heteroalkenyl, alkynyl, aryl, heteroaryl, acyl, carbonyl, carboxylic acid, ester, nitrile, isonitrile, sulfanyl, sulfinyl, sulfonyl, phosphino, and combinations thereof; and wherein any two adjacent substituents are optionally joined to form into a ring; wherein at least one of R 3 and R 4 comprises a chemical group selected from the group consisting of alkyl, cycloalkyl, partially fluorinated alkyl, partially fluorinated cycloalkyl, and combinations thereof; wherein the ligand L A is coordinated to Ir; wherein the ligand L A is optionally linked with other ligands to comprise a tridentate, tetradentate, pentadentate, or hexadentate ligand; and wherein Ir is optionally coordinated to other ligands. wherein R 1 represents mono, di, tri, or tetra substitution, or no substitution; wherein R 1, R 3, and R 4 are each independently selected from the group consisting of hydrogen, deuterium, halogen, alkyl, cycloalkyl, heteroalkyl, arylalkyl, alkoxy, aryloxy, amino, silyl, alkenyl, cycloalkenyl, heteroalkenyl, alkynyl, aryl, heteroaryl, acyl, carbonyl, carboxylic acid, ester, nitrile, isonitrile, sulfanyl, sulfinyl, sulfonyl, phosphino, and combinations thereof; and wherein any two adjacent substituents are optionally joined to form into a ring; wherein at least one of R 3 and R 4 comprises a chemical group selected from the group consisting of alkyl, cycloalkyl, partially fluorinated alkyl, partially fluorinated cycloalkyl, and combinations thereof; wherein the ligand L A is coordinated to Ir; wherein the ligand L A is optionally linked with other ligands to comprise a tridentate, tetradentate, pentadentate, or hexadentate ligand; and wherein Ir is optionally coordinated to other ligands.
A method for purifying at least one non-aggregated biomolecule from an impure preparation containing said biomolecule comprising the steps of (a) contacting the impure preparation with an apatite chromatography support, wherein the apatite chromatography support is in a calcium-derivatized form and (b) eluting the bio-molecule with an eluant having borate as the eluant's primary eluting ion, wherein the eluant is substantially free of phosphate.
A controller configured with instructions for path tracing in a software defined network, the controller comprising: layer 2 path tracing in a software defined network for troubleshooting the network, the path tracing comprising: a user interface for taking an input of paths of interest to trace designated as traced paths, or a path identification in a header of a received packet; an encoder for receiving the input and generating a set of control messages to switches in the network that will stamp the packets traversing the traced paths with a path identification and a corresponding codebook for decoding, wherein the codebook translates a path identification to full path information identifying the switches of the path; and a decoder for using the codebook output by the encoder to translate the path identification input at the user interface into the full path information. a user interface for taking an input of paths of interest to trace designated as traced paths, or a path identification in a header of a received packet; an encoder for receiving the input and generating a set of control messages to switches in the network that will stamp the packets traversing the traced paths with a path identification and a corresponding codebook for decoding, wherein the codebook translates a path identification to full path information identifying the switches of the path; and a decoder for using the codebook output by the encoder to translate the path identification input at the user interface into the full path information.
A method for transmitting data in a mobile communications system, wherein said data is transmitted on at least one channel (UL, DL) between at least one base station with multiple antennas and at least one user equipment, and wherein said base station applies precoding to said data based on a set of predefined codebooks, and wherein a first tracking mode with a first codebook from said set of predefined codebooks is used for said precoding, and wherein at least a second tracking mode with at least a second codebook from said set of predefined codebooks is used for said precoding, and wherein said base station switches between said first tracking mode and said second tracking mode depending on at least one condition of said channel.
A software app for alerting a custodian of a person to be protected in an emergency situation involving the individual, the software app including instructions downloadable to a memory of a mobile device and executable by a processor of the mobile device, the instructions carrying out a method comprising: establishing a range of normal heart rates for the person using a heart rate monitor wearable by the person to be protected, wherein establishing the range of normal heart rates for the person includes reading the person's heart rate from the heart rate monitor; detecting an abnormal heart rate for the person that is outside the range of normal heart rates for the person; in response to detecting an abnormal heart rate, activating at least one of a camera, a microphone, an accelerometer, and a location indicator on a mobile device carried by the person to be protected; establishing a wireless data connection between the mobile device and a communication network; and transmitting data from the activated camera, microphone, accelerometer, or location indicator via the communication network. establishing a range of normal heart rates for the person using a heart rate monitor wearable by the person to be protected, wherein establishing the range of normal heart rates for the person includes reading the person's heart rate from the heart rate monitor; detecting an abnormal heart rate for the person that is outside the range of normal heart rates for the person; in response to detecting an abnormal heart rate, activating at least one of a camera, a microphone, an accelerometer, and a location indicator on a mobile device carried by the person to be protected; establishing a wireless data connection between the mobile device and a communication network; and transmitting data from the activated camera, microphone, accelerometer, or location indicator via the communication network.
Apparatus, comprising: a catheter having a distal end and a predefined outer diameter (d); and a plurality of elastic filaments, each filament being formed from a conductive element, having at least one electrode fixed thereto, and having two ends (102, 104) fixed within the catheter distal end to hold the filament as a loop, which intertwines with one or more other loops of the other filaments so that the plurality of the filaments forms an open lattice (120, 220), which expands when uncompressed to a lattice diameter at least five times greater than the outer diameter of the catheter, wherein: the lattice diameter comprises a largest distance between selected sections of the plurality of elastic filaments; the open lattice (120, 220) when uncompressed comprises open spaces between the intertwined filaments; and a ratio of a first total area defined by the open spaces and a second total area defined by the filaments is at least 5:1. a catheter having a distal end and a predefined outer diameter (d); and a plurality of elastic filaments, each filament being formed from a conductive element, having at least one electrode fixed thereto, and having two ends (102, 104) fixed within the catheter distal end to hold the filament as a loop, which intertwines with one or more other loops of the other filaments so that the plurality of the filaments forms an open lattice (120, 220), which expands when uncompressed to a lattice diameter at least five times greater than the outer diameter of the catheter, wherein: the lattice diameter comprises a largest distance between selected sections of the plurality of elastic filaments; the open lattice (120, 220) when uncompressed comprises open spaces between the intertwined filaments; and a ratio of a first total area defined by the open spaces and a second total area defined by the filaments is at least 5:1. the lattice diameter comprises a largest distance between selected sections of the plurality of elastic filaments; the open lattice (120, 220) when uncompressed comprises open spaces between the intertwined filaments; and a ratio of a first total area defined by the open spaces and a second total area defined by the filaments is at least 5:1.
A method for improving the performance of a downlink data transfer during a packet switched handover, wherein said packet switched handover corresponds to an optimized intra-BSS handover procedure, comprising: changing a source cell to a target cell in a context of said packet switched handover; and informing a serving general packet radio service support node about said cell change after said change as the only required signalling with the serving general packet radio service support node to allow said downlink data transfer to restart immediately, for reducing a service interruption caused by said packet switched handover, wherein said informing is performed by a base station subsystem and does not comprise sending a message from a mobile station to said serving general packet radio service support node. changing a source cell to a target cell in a context of said packet switched handover; and informing a serving general packet radio service support node about said cell change after said change as the only required signalling with the serving general packet radio service support node to allow said downlink data transfer to restart immediately, for reducing a service interruption caused by said packet switched handover, wherein said informing is performed by a base station subsystem and does not comprise sending a message from a mobile station to said serving general packet radio service support node.
A resuscitator including: a patient valve assembly, a timing valve operable to supply cycles of ventilation gas to the patient valve assembly, a patient outlet connected to the patient valve assembly, and a gas entrainment device opening into the patient valve assembly; wherein said resuscitator includes a variable restrictor device including a first inlet connected to the supply of ventilation gas from the timing valve, a first outlet connected to a control inlet of the timing valve, a second inlet connected to the supply of ventilation gas from the timing valve, a second outlet connected to the patient outlet, a third inlet connected with the second outlet, and a third outlet connected to the gas entrainment device, and wherein the variable restrictor device includes a manually-displaceable control member displaceable to simultaneously alter the restriction of gas flow from the first, second and third inlets (30, 31 and 38) to the respective first, second and third outlets (33, 37 and 39) such as thereby to vary three separate functions simultaneously, namely, rate of operation of the timing valve, supply of gas to the patient outlet and supply of entrainment gas to the gas entrainment device.