mhurhangee/ep-ind-claims huggingface dataset:
A gas turbine engine comprising: first and second shafts (640, 650) rotatable about a common axis; a first turbine section supported on the first shaft; second compressor and turbine sections (652, 654) supported on the second shaft; a fan; a first compressor section arranged in an axial flow relationship with the second compressor and the first and second turbines (646, 654); a geared architecture operatively connecting the first shaft and the fan; and an inducer operatively coupled to the geared architecture, wherein the geared architecture includes first and second gear trains (660, 674), the first gear train an epicyclic gear train, and the second gear train configured to provide a speed change, the first gear train providing an input to the second gear train and the second gear train coupled to the fan; characterized in that: the inducer is coupled to the first gear train and is configured to rotate at a different rotational speed than the fan. first and second shafts (640, 650) rotatable about a common axis; a first turbine section supported on the first shaft; second compressor and turbine sections (652, 654) supported on the second shaft; a fan; a first compressor section arranged in an axial flow relationship with the second compressor and the first and second turbines (646, 654); a geared architecture operatively connecting the first shaft and the fan; and an inducer operatively coupled to the geared architecture, wherein the geared architecture includes first and second gear trains (660, 674), the first gear train an epicyclic gear train, and the second gear train configured to provide a speed change, the first gear train providing an input to the second gear train and the second gear train coupled to the fan; characterized in that: the inducer is coupled to the first gear train and is configured to rotate at a different rotational speed than the fan.
Liner for a gas storage tank containing a polymer composition comprising: i. a polyamide A, and ii. a nucleating agent in an amount of at least 0.001 weight percent with respect to the total amount of the polymer composition, and iii. an impact modifier in an amount of at least 1 weight percent with respect to the total amount of the polymer composition, wherein the liner is prepared by blow molding or injection molding. i. a polyamide A, and ii. a nucleating agent in an amount of at least 0.001 weight percent with respect to the total amount of the polymer composition, and iii. an impact modifier in an amount of at least 1 weight percent with respect to the total amount of the polymer composition, wherein the liner is prepared by blow molding or injection molding.
A turbine of a turbomachine, comprising: opposing endwalls (20,30) defining a pathway into which a fluid flow is receivable to flow through the pathway; and a nozzle stage at which adjacent nozzles extend across the pathway between the opposing endwalls (20,30) to aerodynamically interact with the fluid flow, wherein the turbine is characterized in that the adjacent nozzles are configured to define a throat distribution exhibiting endwall throat decambering proximate to the endwalls (20,30) and pitchline throat overcambering remote from the endwalls (20,30). opposing endwalls (20,30) defining a pathway into which a fluid flow is receivable to flow through the pathway; and a nozzle stage at which adjacent nozzles extend across the pathway between the opposing endwalls (20,30) to aerodynamically interact with the fluid flow, wherein the turbine is characterized in that
An alkali stable Fc binding protein comprising one or more domains, wherein at least one domain comprises an amino acid sequence of SEQ ID. NO: 2, wherein at least one amino acid in position 40, 42, 43, 46, 47, 49, 50, 51, 53, or 54 corresponding to SEQ ID NO: 2 is Cysteine.
An orthotic or prosthetic spacer element, comprising: a three-dimensional knit fabric having first and second surface layers (91, 90), the first surface layer being a fabric mesh; characterized in that the first and second surface layers (91, 90) are spaced by a ventilated and compressible core; the first surface layer has a plurality of uniformly spaced apertures arranged in a pattern; and the spacer element further comprises a discrete and continuous web-like frictional layer defined as a sheet of silicone elastomer laminated onto the first surface layer, the frictional layer having a plurality of apertures arranged in a pattern, the pattern of the frictional layer apertures are in direct correspondence to the pattern of the first surface layer apertures. a three-dimensional knit fabric having first and second surface layers (91, 90), the first surface layer being a fabric mesh; characterized in that the first and second surface layers (91, 90) are spaced by a ventilated and compressible core; the first surface layer has a plurality of uniformly spaced apertures arranged in a pattern; and the spacer element further comprises a discrete and continuous web-like frictional layer defined as a sheet of silicone elastomer laminated onto the first surface layer, the frictional layer having a plurality of apertures arranged in a pattern, the pattern of the frictional layer apertures are in direct correspondence to the pattern of the first surface layer apertures.
A mounting device for medical equipment, comprising: a housing; a locking ledge configured to engage a fixed structure; a knob movable within the housing, the knob including a ramp for adjusting a height of the locking ledge, the ramp having a plurality of steps (102, 104, 106, 108, 110), wherein each step defines a discrete height of the locking ledge; a return spring biased against the knob to bias the locking ledge toward a closed position; and wherein the housing includes an opening for receiving the fixed structure. a housing; a locking ledge configured to engage a fixed structure; a knob movable within the housing, the knob including a ramp for adjusting a height of the locking ledge, the ramp having a plurality of steps (102, 104, 106, 108, 110), wherein each step defines a discrete height of the locking ledge; a return spring biased against the knob to bias the locking ledge toward a closed position; and wherein the housing includes an opening for receiving the fixed structure.
A multilayer imaging blanket for a variable data lithography printing system, comprising: a multilayer base; a platinum catalyzed fluorosilicone surface layer coated about the multilayer base, the fluorosilicone surface layer including carbon black, a silica, and a crosslinker; and a primer layer between the multilayer base and the fluorosilicone surface layer for improving interlayer adhesion between the multilayer base and the fluorosilicone surface layer, wherein the multilayer base is a Sulphur free carcass including a plurality of fabric layers including a top layer and a lower layer, a binding layer between the top fabric layer and the lower fabric layer and coupling the fabric layers together, and a Sulphur free rubber layer attached to the top fabric layer opposite the binding layer, and wherein the fluorosilicone surface layer includes a vinyl terminated trifluoropropyl methylsiloxane, a low-Sulphur carbon black as the carbon black, a platinum catalyst, a methyl hydrosiloxanetrifluoropropyl methylsiloxane as the crosslinker, a polyoxyalkyleneamine derivative as a dispersion stabilizer, and a catalyst inhibitor. a multilayer base; a platinum catalyzed fluorosilicone surface layer coated about the multilayer base, the fluorosilicone surface layer including carbon black, a silica, and a crosslinker; and a primer layer between the multilayer base and the fluorosilicone surface layer for improving interlayer adhesion between the multilayer base and the fluorosilicone surface layer, wherein the multilayer base is a Sulphur free carcass including a plurality of fabric layers including a top layer and a lower layer, a binding layer between the top fabric layer and the lower fabric layer and coupling the fabric layers together, and a Sulphur free rubber layer attached to the top fabric layer opposite the binding layer, and wherein the fluorosilicone surface layer includes a vinyl terminated trifluoropropyl methylsiloxane, a low-Sulphur carbon black as the carbon black, a platinum catalyst, a methyl hydrosiloxanetrifluoropropyl methylsiloxane as the crosslinker,
Method of manufacturing wood based boards in which the following stations are passed through: - a dose-adjustable spreading device for applying wood material onto a conveyor belt to form a wood material mat, - at least one continuous or discontinuous press for compressing the wood material mat through the application of pressure, - at least one partitioning device for separating the pressed wood material mat into successive individual boards, - a measuring station (9.1) for determining geometric board data and a - a cooling or ageing store in which the boards are stored under predetermined atmospheric conditions before they are transported to a final treatment station or despatched, characterised in that at least one further measurement of geometric dimensions of the board takes place after the ageing process in the cooling or ageing store and in that by means of the difference in measurements a control variable for the dose-adjustable spreading device and/or a setting for the press and/or a setting of the partitioning device is determined and set. - a dose-adjustable spreading device for applying wood material onto a conveyor belt to form a wood material mat, - at least one continuous or discontinuous press for compressing the wood material mat through the application of pressure, - at least one partitioning device for separating the pressed wood material mat into successive individual boards, - a measuring station (9.1) for determining geometric board data and a - a cooling or ageing store in which the boards are stored under predetermined atmospheric conditions before they are transported to a final treatment station or despatched,
A spherical plain bearing (10, 100) comprising: an outer ring (12, 112) having a bore, defined by a concave peripheral surface (34, 134), the outer ring (12, 112) having two or more sections (16, 18) separated by fractures (37, 38); an inner ring (14, 114) having a convex outer surface (36, 136), the convex outer surface (36, 136) being in sliding disposition with the concave peripheral surface (34, 134) when the inner ring (14, 114) is disposed in the bore; characterised in that the outer ring (12,112) has a groove (28, 128) in a face (20, 120) radially outside a first opening of the bore; a band (30, 130) coupled to a portion of the outer ring (12, 112) defining the groove (28, 128); and wherein the band (30, 130) is configured to retain the two or more sections (16, 18) of the outer ring (12, 112) around the inner ring (14, 114) when the inner ring (14, 114) is disposed in the bore. an outer ring (12, 112) having a bore, defined by a concave peripheral surface (34, 134), the outer ring (12, 112) having two or more sections (16, 18) separated by fractures (37, 38); an inner ring (14, 114) having a convex outer surface (36, 136), the convex outer surface (36, 136) being in sliding disposition with the concave peripheral surface (34, 134) when the inner ring (14, 114) is disposed in the bore; characterised in that the outer ring (12,112) has a groove (28, 128) in a face (20, 120) radially outside a first opening of the bore; a band (30, 130) coupled to a portion of the outer ring (12, 112) defining the groove (28, 128); and wherein the band (30, 130) is configured to retain the two or more sections (16, 18) of the outer ring (12, 112) around the inner ring (14, 114) when the inner ring (14, 114) is disposed in the bore.
A memory device that is part of an integrated circuit chip, the memory device comprising: a first on-chip memory system including a first non-volatile memory for storing a first data packet in a first memory segment having a first address, wherein the first memory segment includes a set of memory cells (136a, 136b, 136c); a repair controller connected to the first memory system, wherein the repair controller receives an error signal indicating that a memory cell of the set of memory cells is defective, and receives the first data packet and the first address based on the error signal; a second on-chip memory system including a second non-volatile memory connected to the repair controller, wherein the second memory system receives and stores the first data packet and the first address based on the error signal; and a cache memory connected to the first and second memory systems including a content addressable memory, CAM, wherein: during a read operation the cache memory receives a first read address and CAM generates a read address hit signal and a select signal when the first read address matches the first address, and the cache memory receives and stores the first data packet and the first address from the second memory system based on a load request signal, and outputs the first data packet when the first read address matches the first address. a first on-chip memory system including a first non-volatile memory for storing a first data packet in a first memory segment having a first address, wherein the first memory segment includes a set of memory cells (136a, 136b, 136c); a repair controller connected to the first memory system, wherein the repair controller receives an error signal indicating that a memory cell of the set of memory cells is defective, and receives the first data packet and the first address based on the error signal; a second on-chip memory system including a second non-volatile memory connected to the repair controller, wherein the second memory system receives and stores the first data packet and the first address based on the error signal; and a cache memory connected to the first and second memory systems including a content addressable memory, CAM, wherein: during a read operation the cache memory receives a first read address and CAM generates a read address hit signal and a select signal when the first read address matches the first address, and the cache memory receives and stores the first data packet and the first address from the second memory system based on a load request signal, and outputs the first data packet when the first read address matches the first address. during a read operation the cache memory receives a first read address and CAM generates a read address hit signal and a select signal when the first read address matches the first address, and the cache memory receives and stores the first data packet and the first address from the second memory system based on a load request signal, and outputs the first data packet when the first read address matches the first address.
A method, comprising the steps of: a) for a first representation of a portion of video media content of a temporally related group of content portions in a sequence of N frames of video media content, accessing energies within each region over a matrix of M 1 ·M 2 regions into which each frame of the first representation is partitioned, wherein the energies comprise pixel intensities or a representation of pixel intensities according to a transform function, and wherein the energies of a region (k, 1) of a frame i are summed to a quantized energy value Q i (k, l); b) estimating a set of N basis vectors by computing a singular value decomposition based on the quantized energy values; c) transforming the first representation of the quantized energy values Q i of the M 1 ·M 2 regions into a second representation of the video media content portion of N quantized energy values Q i s wherein the second representation comprises a projection of the first representation based on the estimated set of N basis vectors; wherein a media fingerprint is derived based, at least in part on the second representation; wherein the second representation corresponds to the video media content portion over an arbitrary change in a geometric orientation thereof. a) for a first representation of a portion of video media content of a temporally related group of content portions in a sequence of N frames of video media content, accessing energies within each region over a matrix of M 1 ·M 2 regions into which each frame of the first representation is partitioned, wherein the energies comprise pixel intensities or a representation of pixel intensities according to a transform function, and wherein the energies of a region (k, 1) of a frame i are summed to a quantized energy value Q i (k, l); b) estimating a set of N basis vectors by computing a singular value decomposition based on the quantized energy values; c) transforming the first representation of the quantized energy values Q i of the M 1 ·M 2 regions into a second representation of the video media content portion of N quantized energy values Q i s wherein the second representation comprises a projection of the first representation based on the estimated set of N basis vectors;
A method, comprising: receiving training electrical signals from a plurality of sensors arranged at different locations on a wearable device, the training electrical signals transmitted from a wrist or arm of a user; extracting training features from the training electrical signals; training a machine learning model using the extracted training features to determine a hand position of a hand of the wrist or arm of the user; receiving electrical signals from the plurality of sensors, the electrical signals transmitted from the wrist or arm of a user; extracting features from the electrical signals; transmitting the features to the machine learning model to compute an output that describes a hand position of the hand of the wrist or arm of the user; and transmitting the output to a host system, characterized in that the sensors include electrodes to generate inputs used to determine the hand position of the user's hand by electrical impedance tomography. receiving training electrical signals from a plurality of sensors arranged at different locations on a wearable device, the training electrical signals transmitted from a wrist or arm of a user; extracting training features from the training electrical signals; training a machine learning model using the extracted training features to determine a hand position of a hand of the wrist or arm of the user; receiving electrical signals from the plurality of sensors, the electrical signals transmitted from the wrist or arm of a user; extracting features from the electrical signals; transmitting the features to the machine learning model to compute an output that describes a hand position of the hand of the wrist or arm of the user; and transmitting the output to a host system, characterized in that the sensors include electrodes to generate inputs used to determine the hand position of the user's hand by electrical impedance tomography.
A suspended drywall ceiling grid construction comprising a plurality of uniformly spaced parallel sheet metal support bars, a plurality of spaced grid tees carried transversely on lower sides of the support bars, the support bars having regularly spaced centers engaging and supporting grid tee reinforcing bulbs, the centers and grid tees being constructed and arranged to present, when engaged, lower faces of flanges of the grid tees in a common plane below the support bars, the support bars having intermediate centers between said regularly spaced centers receiving butt joint tees, the intermediate centers and butt joint tees being constructed and arranged to present lower faces of flanges of the butt joint tees, when received in the intermediate centers, in a plane a predetermined distance above the common plane.
A DC/AC inverter comprising a first and a second switches (SW BF1, SW BF2), characterized in that one terminal of each switch being connected to a respective input (21, 22) of the DC/AC inverter, the other terminals of the switches (SW BF1, SW BF2) being connected together and to one terminal of a third switch, the third switch being a bidirectional switch (SW Bidir), the other terminal of the third switch being connected to a first and a second capacitors (C1, C2), one terminal of each capacitor being connected to a respective input of the DC/AC inverter, the other terminals of the capacitors being connected together, the bidirectional switch being conducting and the first and second switches being not conducting during a first time period, the first switch being conducting and the second switch, the bidirectional switch being not conducting during a second time period the bidirectional switch being conducting and the first and second switches being not conducting during a third time period, the second switch being conducting and the first switch, the bidirectional switch being not conducting during a fourth time period, the DC/AC inverter further comprising a fourth and a fifth switches (SW HF1, SW HF2), one terminal of each fourth and fifth switch being connected to a respective input of the DC/AC inverter, other terminals of the fourth and fifth switches being connected together and to one terminal of a first inductor, the other terminal of the first inductor being connected to a first output of the DC/AC inverter and the second output of the DC/AC inverter is connected to the terminals of the first and second switches which are connected together, wherein the DC/AC converter comprises means for setting the voltage of the second capacitor to at least one given value prior to the end of each time period, the given value is equal to null value prior to the end of the first and second time periods or the given value is equal to a voltage at the input of the DC/AC inverter prior to the end of the third and fourth time periods.
A cover system comprising: at least one cover sheet (110-X) having four edges; a plurality of flexible rafters (120-X), each of the rafters is slidably connected to at least one of two opposite edges of the four edges; and at least one roller provided on at least one of two other opposite edges of the four edges, wherein the roller is configured to rotate, and the cover sheet (110-X) is configured to wrap around the roller and be released from the roller, depending on a direction of rotation of the roller. at least one cover sheet (110-X) having four edges; a plurality of flexible rafters (120-X), each of the rafters is slidably connected to at least one of two opposite edges of the four edges; and at least one roller provided on at least one of two other opposite edges of the four edges, wherein the roller is configured to rotate, and the cover sheet (110-X) is configured to wrap around the roller and be released from the roller, depending on a direction of rotation of the roller.
A method for transmitting Bit Indexed Explicit Replication, BIER, information, comprising: encapsulating, by a BIER node, BIER information by use of an extended Border Gateway Protocol-Link State, BGP-LS; and notifying, by the BIER node, the BIER information to a predetermined node according to the extended BGP-LS; wherein the predetermined node is a controller for calculating a path of a BIER-Traffic Engineering, BIER-TE, according to the BIER information, and the BIER node comprises a BIER node that is in a BIER domain, supports a BIER technology and is connected to the controller. encapsulating, by a BIER node, BIER information by use of an extended Border Gateway Protocol-Link State, BGP-LS; and notifying, by the BIER node, the BIER information to a predetermined node according to the extended BGP-LS; wherein the predetermined node is a controller for calculating a path of a BIER-Traffic Engineering, BIER-TE, according to the BIER information, and the BIER node comprises a BIER node that is in a BIER domain, supports a BIER technology and is connected to the controller.