mhurhangee/ep-ind-claims huggingface dataset:
A fuel delivery system for a combustion turbine engine comprising: a fuel line configured to connect to a source of fuel and configured to connect to a combustor of the combustion turbine engine and comprising a combustor gas control valve, the fuel line having a heat exchange portion disposed in heat transfer relationship with a heat source (71, 87, 91, 94) for heating the fuel prior to the fuel being delivered to the combustor; a rapid heating value meter disposed to measure the heating value of the fuel; a cold leg bypass comprising an alternate fuel line that bypasses the heat exchange portion of the fuel line, the cold leg bypass being connected to the fuel line at an upstream fork, which is disposed upstream of the heat exchange portion, and at a fuel mixing junction, which is disposed downstream of the heat exchange portion; a downstream bypass that comprises a second alternative fuel line that bypasses the heat exchange portion; and means for controlling the amount of fuel being directed through the heat exchange portion and the amount of fuel being direct through the cold leg bypass; wherein the fuel mixing junction is positioned such that the length of fuel line between the fuel mixing junction and the combustor gas control valve is between approximately 2 and 20 meters; and wherein the downstream bypass is connected to the fuel line at a first location, the first location being downstream of the upstream fork and upstream of the heat exchange portion, and a second location, the second location being upstream of the fuel mixing junction and downstream of the heat exchange portion. a fuel line configured to connect to a source of fuel and configured to connect to a combustor of the combustion turbine engine and comprising a combustor gas control valve, the fuel line having a heat exchange portion disposed in heat transfer relationship with a heat source (71, 87, 91, 94) for heating the fuel prior to the fuel being delivered to the combustor; a rapid heating value meter disposed to measure the heating value of the fuel; a cold leg bypass comprising an alternate fuel line that bypasses the heat exchange portion of the fuel line, the cold leg bypass being connected to the fuel line at an upstream fork, which is disposed upstream of the heat exchange portion, and at a fuel mixing junction, which is disposed downstream of the heat exchange portion; a downstream bypass that comprises a second alternative fuel line that bypasses the heat exchange portion; and means for controlling the amount of fuel being directed through the heat exchange portion and the amount of fuel being direct through the cold leg bypass; wherein the fuel mixing junction is positioned such that the length of fuel line between the fuel mixing junction and the combustor gas control valve is between approximately 2 and 20 meters; and wherein the downstream bypass is connected to the fuel line at a first location, the first location being downstream of the upstream fork and upstream of the heat exchange portion, and a second location, the second location being upstream of the fuel mixing junction and downstream of the heat exchange portion.
Disc brake for motor vehicles, comprising at least two brake pads (25, 26), an application unit having a setting spindle arranged centrally in the disc brake axially in the direction of the brake pads (25, 26), and a resetting device for adjustment of the setting spindle after reaching a degree of wear of the brake pads (25, 26) by a resetting movement of the setting spindle into a starting position, the resetting device having a housing, a sensor for sensing an axial actuating movement of the setting spindle, and a resetting shaft, the resetting shaft being arranged with the sensor centrally in the setting spindle, and the resetting device having an adapter with an output arranged decentrally in relation to the disc brake, the adapter having a cover, the disc brake characterized in that the adapter has a chain drive, the chain drive being designed to transmit an actuating movement from the decentral output to the resetting shaft, and the chain drive being fixed with the cover by way of a fastening means in a force-fitting and form-fitting manner.
An architectural covering, comprising a covering member that can be extended and retracted, a rail (2, 4) that is operatively connected to the covering member, and at least one repositionable handle assembly (3,5), wherein the rail (2,4) is provided with a groove, and wherein the or each repositionable handle assembly (3, 5), comprises: a handle having a hole (24, 40) for receiving a fastener, and a fastener receiving member for insertion into the groove, the fastener receiving member being free to slide along the groove when in an unclamped state, and a fastener for mechanically connecting the handle to the fastener receiving member and for clamping the handle and the fastener receiving member in a desired position along the rail (2, 4). a handle having a hole (24, 40) for receiving a fastener, and a fastener receiving member for insertion into the groove, the fastener receiving member being free to slide along the groove when in an unclamped state, and
An electrode configured to provide electrical contact with skin of a subject, the electrode comprising: an electrical coupling that facilitates coupling the electrode to an external computig system; an electrode body configured to be removably coupled with the skin of the subject and to receive electrical signals from and/or transmit electrical signals to the skin of the subject, the electrode body comprising: a conductive silicone material configured to enable uptake or diffusion of moisture from the skin of the subject over which the electrode body is disposed, wherein the conductive silicone material includes a silicone material filled with conductive particles; characterised in that the electrode body comprises a detergent configured to facilitate a flow of ions through the conductive silicone material. a conductive silicone material configured to enable uptake or diffusion of moisture from the skin of the subject over which the electrode body is disposed, wherein the conductive silicone material includes a silicone material filled with conductive particles; characterised in that the electrode body comprises a detergent configured to facilitate a flow of ions through the conductive silicone material.
A pelleted ruminant feed for dairy cattle, comprising in uncoated, pelleted form a mixture of at least one solid particulate feed component with at least one rumen-unstable constituent which has been added to the mixture, selected from at least one conjugated linoleic acid, wherein the proportion of added constituent is in the range of from 0.1 to 20% by weight, based on the total weight of the mixture to be pelleted, and the pelleted ruminant feed is prepared in that a. at least one solid particulate feed component is mixed with the constituent, b. the resulting mixture is optionally conditioned by introduction of steam at up to 95°C, c. the optionally conditioned mixture is compressed in a pelleting, extruding or expanding device with the action of pressure and optionally steam at temperatures in the range of from 60 to 100°C to give pellets, and d. the resulting pellets are optionally cooled and/or subjected to a final drying process and optionally subsequently crumbled. the proportion of added constituent is in the range of from 0.1 to 20% by weight, based on the total weight of the mixture to be pelleted, and the pelleted ruminant feed is prepared in that a. at least one solid particulate feed component is mixed with the constituent, b. the resulting mixture is optionally conditioned by introduction of steam at up to 95°C, c. the optionally conditioned mixture is compressed in a pelleting, extruding or expanding device with the action of pressure and optionally steam at temperatures in the range of from 60 to 100°C to give pellets, and d. the resulting pellets are optionally cooled and/or subjected to a final drying process and optionally subsequently crumbled. a. at least one solid particulate feed component is mixed with the constituent, b. the resulting mixture is optionally conditioned by introduction of steam at up to 95°C, c. the optionally conditioned mixture is compressed in a pelleting, extruding or expanding device with the action of pressure and optionally steam at temperatures in the range of from 60 to 100°C to give pellets, and d. the resulting pellets are optionally cooled and/or subjected to a final drying process and optionally subsequently crumbled.
A multi-component product dispenser containing a tooth whitening system, comprising: at least one whitening agent in a first storage chamber; and at least one bleach activator in a second storage chamber, separate from the first storage chamber, wherein the at least one bleach activator comprises sodium nonanoyloxybenzenesulfonate. at least one whitening agent in a first storage chamber; and at least one bleach activator in a second storage chamber, separate from the first storage chamber, wherein the at least one bleach activator comprises sodium nonanoyloxybenzenesulfonate.
A secondary battery system comprising: a fluoride ion battery including a cathode active material layer, an anode active material layer, and an electrolyte layer formed between the cathode active material layer and the anode active material layer, and a controlling portion that controls charging and discharging of the fluoride ion battery characterised in that the cathode active material layer contains a cathode active material with a crystal phase that has a Perovskite layered structure and is represented by A n+1 B n O 3n+1-α F x (A comprises at least one of an alkali earth metal element and a rare earth element; B comprises at least one of Mn, Co, Ti, Cr, Fe, Cu, 2n, V, Ni, Zr, Nb, Mo, Ru, Pd, W, Re, Bi, and Sb; "n" is 1 or 2; "α" satisfies 0 ≤ α ≤ 3.5; and "x" satisfies 0 ≤ x ≤ 5.5), and the controlling portion controls charging so that a value of F/B in the cathode active material becomes more than 2/n that is in an over-charged state. a fluoride ion battery including a cathode active material layer, an anode active material layer, and an electrolyte layer formed between the cathode active material layer and the anode active material layer, and a controlling portion that controls charging and discharging of the fluoride ion battery characterised in that the cathode active material layer contains a cathode active material with a crystal phase that has a Perovskite layered structure and is represented by A n+1 B n O 3n+1-α F x (A comprises at least one of an alkali earth metal element and a rare earth element; B comprises at least one of Mn, Co, Ti, Cr, Fe, Cu, 2n, V, Ni, Zr, Nb, Mo, Ru, Pd, W, Re, Bi, and Sb; "n" is 1 or 2; "α" satisfies 0 ≤ α ≤ 3.5; and "x" satisfies 0 ≤ x ≤ 5.5), and the controlling portion controls charging so that a value of F/B in the cathode active material becomes more than 2/n that is in an over-charged state.
A system comprising: a memory storing instructions; and a processor communicatively coupled to the memory and configured to execute the instructions to perform a process comprising: accessing head presence data indicating a presence or an absence of a head of a user within a vicinity of a viewer console included in a user control system of a computer-assisted surgical system; accessing eye tracking data indicating whether an eye of the user is gazing through an eyepiece at a display device included in the user control system; selecting (1304, 1308), based on a combination of the head presence data and the eye tracking data, a first operating mode from among a plurality of operating modes for the user control system; and directing (1310, 1312) the user control system to operate in the first operating mode. a memory storing instructions; and a processor communicatively coupled to the memory and configured to execute the instructions to perform a process comprising: accessing head presence data indicating a presence or an absence of a head of a user within a vicinity of a viewer console included in a user control system of a computer-assisted surgical system; accessing eye tracking data indicating whether an eye of the user is gazing through an eyepiece at a display device included in the user control system; selecting (1304, 1308), based on a combination of the head presence data and the eye tracking data, a first operating mode from among a plurality of operating modes for the user control system; and directing (1310, 1312) the user control system to operate in the first operating mode. accessing head presence data indicating a presence or an absence of a head of a user within a vicinity of a viewer console included in a user control system of a computer-assisted surgical system; accessing eye tracking data indicating whether an eye of the user is gazing through an eyepiece at a display device included in the user control system; selecting (1304, 1308), based on a combination of the head presence data and the eye tracking data, a first operating mode from among a plurality of operating modes for the user control system; and directing (1310, 1312) the user control system to operate in the first operating mode.
A composite nanofiber sheet comprising: a nanofiber sheet having a first major surface and a second major surface opposite the first major surface, the nanofiber sheet comprising a plurality of nanofibers that are aligned within the nanofiber sheet and that define a plurality of spaces between the aligned nanofibers of the plurality; a first conformal metal layer conformally disposed on outer surfaces of a first portion of the plurality of aligned nanofibers proximate to the first major surface of the nanofiber sheet, the first conformal metal layer comprising a conductive path in the nanofiber sheet; and a polymer layer disposed in a plurality of spaces defined by a second portion of the plurality of aligned nanofibers, the polymer layer proximate to the second major surface of the nanofiber sheet. a nanofiber sheet having a first major surface and a second major surface opposite the first major surface, the nanofiber sheet comprising a plurality of nanofibers that are aligned within the nanofiber sheet and that define a plurality of spaces between the aligned nanofibers of the plurality; a first conformal metal layer conformally disposed on outer surfaces of a first portion of the plurality of aligned nanofibers proximate to the first major surface of the nanofiber sheet, the first conformal metal layer comprising a conductive path in the nanofiber sheet; and a polymer layer disposed in a plurality of spaces defined by a second portion of the plurality of aligned nanofibers, the polymer layer proximate to the second major surface of the nanofiber sheet.
A birefringent pattern builder, comprising an optically anisotropic layer containing a polymer having unreacted reactive groups, and a functional layer provided on the optically anisotropic layer; wherein the functional layer contains a photopolymerization initiator for starting a polymerization reaction of the unreacted reactive groups in the optically anisotropic layer, and wherein the optically anisotropic layer is produced by a method comprising at least steps and in this order: coating and drying a solution containing a liquid crystalline compound having at least two kinds of reactive groups; and reacting one kind of the at least two kinds of reactive groups by applying heat or irradiating ionizing radiation, wherein the polymer comprises a unit represented by formula or: wherein P represents an unreacted reactive group represented by any one of formulae to: (wherein R 1 represents an alkyl group having 1 to 4 carbon atoms); P' represents a partial substructure represented by any one of formulae to: (wherein R 1 represents an alkyl group having 1 to 4 carbon atoms); Q represents an unreacted reactive group represented by formula or; Q' represents a partial substructure represented by formula or; L 1, L 2, L 3, and L 4 each independently represent a single bond or a divalent linking group; A 1 and A 2 each independently represent a spacer group having 2 to 20 carbon atoms; and M represents a mesogen group. wherein the functional layer contains a photopolymerization initiator for starting a polymerization reaction of the unreacted reactive groups in the optically anisotropic layer, and wherein the optically anisotropic layer is produced by a method comprising at least steps and in this order: coating and drying a solution containing a liquid crystalline compound having at least two kinds of reactive groups; and reacting one kind of the at least two kinds of reactive groups by applying heat or irradiating ionizing radiation, coating and drying a solution containing a liquid crystalline compound having at least two kinds of reactive groups; and reacting one kind of the at least two kinds of reactive groups by applying heat or irradiating ionizing radiation, P' represents a partial substructure represented by any one of formulae to: (wherein R 1 represents an alkyl group having 1 to 4 carbon atoms); Q represents an unreacted reactive group represented by formula or; Q' represents a partial substructure represented by formula or; L 1, L 2, L 3, and L 4 each independently represent a single bond or a divalent linking group; A 1 and A 2 each independently represent a spacer group having 2 to 20 carbon atoms; and M represents a mesogen group.
Method for balancing a plurality of audio channels each comprising a speaker, the speakers being incorporated into enclosures, the balancing method comprising an acquisition phase comprising the step of acquiring a calibration gain for each audio channel, the calibration gains having been defined in a calibration phase in a calibration position, the calibration gains making it possible to balance the audio channels in the calibration position; the balancing method further comprising an operational phase comprising the steps, performed in real time, of: - implementing ultra-wideband geolocation by using UWB anchors to define a current position (COUR) of a mobile apparatus comprising a UWB communication component, the UWB anchors being incorporated into the enclosures; - for each audio channel, producing an operational gain which is dependent on the current position (COUR) of the mobile apparatus, on the calibration position and on the calibration gain that is associated with said audio channel, the operational gains making it possible to balance the audio channels in the current position; - applying, to each audio channel, the operational gain associated with said audio channel. - implementing ultra-wideband geolocation by using UWB anchors to define a current position (COUR) of a mobile apparatus comprising a UWB communication component, the UWB anchors being incorporated into the enclosures; - for each audio channel, producing an operational gain which is dependent on the current position (COUR) of the mobile apparatus, on the calibration position and on the calibration gain that is associated with said audio channel, the operational gains making it possible to balance the audio channels in the current position; - applying, to each audio channel, the operational gain associated with said audio channel.
A device for hanging ring-shaped filled meat products on rods, comprising an inlet surface along which ring-shaped filled meat products move, a V-shaped receiving vessel into which the filled meat products fall from the inlet surface, an ejection platform actuated by ejection means that push the filled meat product from the receiving vessel to introduce it onto a rod at a free end thereof, the free end of the rod being introduced through an opening arranged for that purpose in the ejection platform, and the rod being held at the opposite end in a rod holder.
A single carrier transmission system comprising: a transmitter for transmitting a data signal and a pilot signal, said transmitter being capable of independently setting a data block size of said data signal and a pilot block size of said pilot signal; and a receiver for demodulating said data signal based on said pilot signal, characterized in that said transmitter includes a roll-off filter for independently setting roll-off factors applied to said data signal and said pilot signal such that said data signal and said pilot signal have substantially the same bandwidth; wherein said pilot block size is set to a prime number. a transmitter for transmitting a data signal and a pilot signal, said transmitter being capable of independently setting a data block size of said data signal and a pilot block size of said pilot signal; and a receiver for demodulating said data signal based on said pilot signal, characterized in that said transmitter includes a roll-off filter for independently setting roll-off factors applied to said data signal and said pilot signal such that said data signal and said pilot signal have substantially the same bandwidth; wherein said pilot block size is set to a prime number.
A method for generating an enhanced image of a volume of tissue, which method is implemented by a computer comprising one or more processors and computer readable media comprising instructions, the method comprising: receiving from a transducer, a plurality of acoustic signals derived from acoustic waveforms transmitted through the volume of tissue, wherein the transducer comprises an array of ultrasound transmitters and an array of ultrasound receivers configured to surround the volume of tissue; generating from the plurality of acoustic signals, a first reflection rendering that characterizes sound reflection, the first reflection rendering comprising a first distribution of reflection values across a region of the volume of tissue; generating from the plurality of acoustic signals, a sound speed rendering that characterizes sound speed, the sound speed rendering comprising a distribution of sound speed values across the region of the volume of tissue; generating from the sound speed rendering a second reflection rendering wherein generating the second reflection rendering comprises calculating a gradient of the sound speed rendering, the second reflection rendering characterising sound reflection and comprising a second distribution of reflection values across the region of the volume of tissue; and rendering one or more combined images, in response to the first reflection rendering and the second reflection rendering, thereby generating the enhanced image of the volume of tissue. receiving from a transducer, a plurality of acoustic signals derived from acoustic waveforms transmitted through the volume of tissue, wherein the transducer comprises an array of ultrasound transmitters and an array of ultrasound receivers configured to surround the volume of tissue; generating from the plurality of acoustic signals, a first reflection rendering that characterizes sound reflection, the first reflection rendering comprising a first distribution of reflection values across a region of the volume of tissue; generating from the plurality of acoustic signals, a sound speed rendering that characterizes sound speed, the sound speed rendering comprising a distribution of sound speed values across the region of the volume of tissue; generating from the sound speed rendering a second reflection rendering wherein generating the second reflection rendering comprises calculating a gradient of the sound speed rendering, the second reflection rendering characterising sound reflection and comprising a second distribution of reflection values across the region of the volume of tissue; and rendering one or more combined images, in response to the first reflection rendering and the second reflection rendering, thereby generating the enhanced image of the volume of tissue.