mhurhangee/ep-ind-claims huggingface dataset:
A waste energy capture system for power generation using an Organic Rankine Cycle, the system comprising: a hot exhaust duct; and a heat exchanger mounted entirely inside the hot exhaust duct, said heat exchanger including: a single inlet which traverses from an outer side of said duct to an inner side of said duct; a single outlet which traverses from said inner side of said duct to said outer side of said duct; and a conduit between said single inlet and said single outlet, said conduit being provided entirely inside said duct, characterised in that said heat exchanger is configured to receive an ORC fluid at said single inlet as a pressurized liquid at a pressure greater than or equal to a critical pressure of said ORC fluid, to heat said ORC fluid to a temperature greater than or equal to a critical temperature of said ORC fluid without the ORC fluid being taken out of the duct, and to exit said ORC fluid through said single outlet as a supercritical fluid, and said supercritical fluid being defined by said temperature being greater than said critical temperature and said pressure being greater than said critical pressure. a hot exhaust duct; and a heat exchanger mounted entirely inside the hot exhaust duct, said heat exchanger including: a single inlet which traverses from an outer side of said duct to an inner side of said duct; a single outlet which traverses from said inner side of said duct to said outer side of said duct; and a conduit between said single inlet and said single outlet, said conduit being provided entirely inside said duct, characterised in that said heat exchanger is configured to receive an ORC fluid at said single inlet as a pressurized liquid at a pressure greater than or equal to a critical pressure of said ORC fluid, to heat said ORC fluid to a temperature greater than or equal to a critical temperature of said ORC fluid without the ORC fluid being taken out of the duct, and to exit said ORC fluid through said single outlet as a supercritical fluid, and said supercritical fluid being defined by said temperature being greater than said critical temperature and said pressure being greater than said critical pressure. a single inlet which traverses from an outer side of said duct to an inner side of said duct; a single outlet which traverses from said inner side of said duct to said outer side of said duct; and a conduit between said single inlet and said single outlet, said conduit being provided entirely inside said duct, characterised in that said heat exchanger is configured to receive an ORC fluid at said single inlet as a pressurized liquid at a pressure greater than or equal to a critical pressure of said ORC fluid, to heat said ORC fluid to a temperature greater than or equal to a critical temperature of said ORC fluid without the ORC fluid being taken out of the duct, and to exit said ORC fluid through said single outlet as a supercritical fluid, and
System for determining the fat and oil content of a sample, comprising: a sample that contains moisture and at least a fat or an oil; a pliable, porous, hydrophilic and lipophilic sample pad formed of glass fibres or quartz fibres, said sample pad being substantially transparent to microwave radiation; a source of microwave radiation for drying the sample; a cavity in wave communication with said microwave source for receiving the sample and said sample pad; a balance with at least its pan in said cavity for weighing the sample and said sample pad; an NMR analyser with a sample field portion for receiving said pliable sample pad with the sample and for determining the NMR spectra of the sample and sample pad; and a wrapper of flexible sheet material around said sample and sample pad, said wrapper being non-porous to fats, oils and other liquids and free of atoms that would interfere with or mask the NMR response in said analyser of the protons in fats and oils, said wrapper being large enough to wrap said sample pad with the sample thereon but small enough to fit within the sample field portion of said analyser when the wrapper is wrapped around the sample and said sample pad. a sample that contains moisture and at least a fat or an oil; a pliable, porous, hydrophilic and lipophilic sample pad formed of glass fibres or quartz fibres, said sample pad being substantially transparent to microwave radiation; a source of microwave radiation for drying the sample; a cavity in wave communication with said microwave source for receiving the sample and said sample pad; a balance with at least its pan in said cavity for weighing the sample and said sample pad; an NMR analyser with a sample field portion for receiving said pliable sample pad with the sample and for determining the NMR spectra of the sample and sample pad; and a wrapper of flexible sheet material around said sample and sample pad, said wrapper being non-porous to fats, oils and other liquids and free of atoms that would interfere with or mask the NMR response in said analyser of the protons in fats and oils, said wrapper being large enough to wrap said sample pad with the sample thereon but small enough to fit within the sample field portion of said analyser when the wrapper is wrapped around the sample and said sample pad.
Equipment for forming, by means of plastic deformation, a frontal toothing on an inner ring of a wheel hub, characterized in that it comprises, in combination: - a substantially rigid plate delimited by first and second faces, opposite to each other, between which faces are obtained through the plate, in an axial direction, a plurality of through seats arranged as a circular crown about an axis of symmetry, perpendicular to which each seat has a transversal circular section shaped as a circular crown segment; and - a plurality of knives carried by the plate, each axially slidingly guided into a seat, independently of the other knives; - each knife comprises a head which protrudes from the seat from the side of the first face, a prismatic body having an axial length greater than that of the seat, and a wedge-shaped end, opposite to the head, which protrudes from the second face when the head substantially abuts against the first face; - the second face being adapted to rest in use substantially abutting against the inner ring of the wheel hub; - the wedge-shaped ends of the knives being circumferentially adjacent and circumferentially having a first profile, complementary to that of the frontal toothing to be obtained, so that when each knife is pressed against the inner ring, it is adapted to form on the inner ring the profile of the side of two adjacent teeth of the frontal toothing to be obtained. - a substantially rigid plate delimited by first and second faces, opposite to each other, between which faces are obtained through the plate, in an axial direction, a plurality of through seats arranged as a circular crown about an axis of symmetry, perpendicular to which each seat has a transversal circular section shaped as a circular crown segment; and - a plurality of knives carried by the plate, each axially slidingly guided into a seat, independently of the other knives; - each knife comprises a head which protrudes from the seat from the side of the first face, a prismatic body having an axial length greater than that of the seat, and a wedge-shaped end, opposite to the head, which protrudes from the second face when the head substantially abuts against the first face; - the second face being adapted to rest in use substantially abutting against the inner ring of the wheel hub; - the wedge-shaped ends of the knives being circumferentially adjacent and circumferentially having a first profile, complementary to that of the frontal toothing to be obtained, so that when each knife is pressed against the inner ring, it is adapted to form on the inner ring the profile of the side of two adjacent teeth of the frontal toothing to be obtained.
A water hammer mitigation device comprising: an inlet to receive fluid from a source; an outlet to pass the fluid to a destination; an expansion housing disposed between the inlet and the outlet, wherein the expansion housing defines an internal expansion chamber having an expansion volume sufficient to hold a plurality of volume units of the fluid, wherein each volume unit is defined by a fluid flow volume over a duration of time, such that the cross-sectional dimensions of the expansion chamber are larger than the cross-sectional dimensions of the inlet and the outlet and the expansion chamber can hold a greater volume of fluid than the inlet and the outlet; and a deflector within the expansion chamber, wherein the deflector is configured to substantially redirect a backward energy pulse, which enters the expansion chamber through the outlet, away from the inlet, characterized in that the deflector comprises a concave surface to define a concave volume, wherein the concave volume opens substantially towards the outlet, wherein an end of the outlet extends into the concave volume of the deflector. an inlet to receive fluid from a source; an outlet to pass the fluid to a destination; an expansion housing disposed between the inlet and the outlet, wherein the expansion housing defines an internal expansion chamber having an expansion volume sufficient to hold a plurality of volume units of the fluid, wherein each volume unit is defined by a fluid flow volume over a duration of time, such that the cross-sectional dimensions of the expansion chamber are larger than the cross-sectional dimensions of the inlet and the outlet and the expansion chamber can hold a greater volume of fluid than the inlet and the outlet; and a deflector within the expansion chamber, wherein the deflector is configured to substantially redirect a backward energy pulse, which enters the expansion chamber through the outlet, away from the inlet, characterized in that the deflector comprises a concave surface to define a concave volume, wherein the concave volume opens substantially towards the outlet, wherein an end of the outlet extends into the concave volume of the deflector.
A method of an electrophoretic transfer of a protein from an electrophoretic matrix to a second substrate while the matrix and the substrate are submerged or saturated in an aqueous solution, the solution comprising Tris at a concentration of about 300 mM and glycine at a concentration of about 300 mM.
A process for preparation of a compound of formula P comprising: a) reacting a compound of formula 1 with wherein Z is -CR 4 R 5 R 6, wherein R 4 is C 1 -C 6 alkyl, R 5 is C 1 -C 6 alkyl, and R 6 is C 1 -C 6 alkyl, to obtain compound of formula 2a and b) reducing the compound of formula 2a with a hydride reducing agent followed by solvolysis. a) reacting a compound of formula 1 with wherein Z is -CR 4 R 5 R 6, wherein R 4 is C 1 -C 6 alkyl, R 5 is C 1 -C 6 alkyl, and R 6 is C 1 -C 6 alkyl, to obtain compound of formula 2a and b) reducing the compound of formula 2a with a hydride reducing agent followed by solvolysis.
An apparatus comprising: a transceiver coupled to a digital subscriber line, DSL, between an exchange site and a customer premise equipment, CPE, and configured to send a feedback error message (800, 900, 1000) to train a crosstalk precoder coupled to the exchange site, wherein the feedback error message (800, 900, 1000) comprises a first field for carrying a plurality of error components (810, 910, 1010), wherein the error components correspond to a plurality of tones in a received pilot symbol, and a second field for carrying information (820, 1020) which indicates a quantity of bits per error component. a transceiver coupled to a digital subscriber line, DSL, between an exchange site and a customer premise equipment, CPE, and configured to send a feedback error message (800, 900, 1000) to train a crosstalk precoder coupled to the exchange site, wherein the feedback error message (800, 900, 1000) comprises a first field for carrying a plurality of error components (810, 910, 1010), wherein the error components correspond to a plurality of tones in a received pilot symbol, and a second field for carrying information (820, 1020) which indicates a quantity of bits per error component.
A mining machine comprising a feed apparatus for feeding cement to a cement silo of a mining machine, wherein the feed apparatus comprises: a receptacle for receiving cement, a transfer tube connected at a first end to the receptacle and at a second end to the cement silo for guiding the cement from the receptacle to the cement silo, the transfer tube comprising at least one transfer tube section comprising a tube-like inner space for cement to be transferred, and transfer means arranged in connection with the transfer tube and arranged to move cement within the transfer tube from the receptacle to the cement silo. a receptacle for receiving cement, a transfer tube connected at a first end to the receptacle and at a second end to the cement silo for guiding the cement from the receptacle to the cement silo, the transfer tube comprising at least one transfer tube section comprising a tube-like inner space for cement to be transferred, and transfer means arranged in connection with the transfer tube and arranged to move cement within the transfer tube from the receptacle to the cement silo.
An information processing apparatus, comprising: a first acquisition unit configured to acquire a plurality of pieces of tomographic data each representing information on a cross section of a fundus, which is acquired based on measurement light controlled to scan the same position of the fundus; a second acquisition unit configured to acquire a correction coefficient by performing an arithmetic operation on a first approximate parameter, which is obtained by transforming, by using a transformation including one of smoothing and performing morphology calculation in a first dimension, a parameter of a piece of tomographic data to be used for calculating a motion contrast, and a second approximate parameter, which is obtained by transforming the parameter of the piece of tomographic data, by using a transformation including one of smoothing and performing morphology calculation in a second dimension smaller in number than the first dimension; a correction unit configured to correct a parameter of at least one piece of tomographic data among the plurality of pieces of tomographic data through use of the correction coefficient; and a generation unit configured to generate a motion contrast image based on a motion contrast calculated through use of the plurality of pieces of tomographic data including the at least one piece of tomographic data corrected by the correction unit. a first acquisition unit configured to acquire a plurality of pieces of tomographic data each representing information on a cross section of a fundus, which is acquired based on measurement light controlled to scan the same position of the fundus; a second acquisition unit configured to acquire a correction coefficient by performing an arithmetic operation on a first approximate parameter, which is obtained by transforming, by using a transformation including one of smoothing and performing morphology calculation in a first dimension, a parameter of a piece of tomographic data to be used for calculating a motion contrast, and a second approximate parameter, which is obtained by transforming the parameter of the piece of tomographic data, by using a transformation including one of smoothing and performing morphology calculation in a second dimension smaller in number than the first dimension; a correction unit configured to correct a parameter of at least one piece of tomographic data among the plurality of pieces of tomographic data through use of the correction coefficient; and a generation unit configured to generate a motion contrast image based on a motion contrast calculated through use of the plurality of pieces of tomographic data including the at least one piece of tomographic data corrected by the correction unit.
Mobile air guiding device for being suspended on a pivoted or opened window or a door, with an air guiding duct, an inflow opening leading into the air guiding duct and an outflow opening leading out of the air guiding duct, wherein the air guiding duct has in a longitudinal section an essentially arcuate longitudinal extent and is defined by upper and lower air guiding duct walls (7, 8), air guiding duct walls (9, 10) extending laterally in between, as well as a lateral rear air guiding duct wall, which lies opposite of the outflow opening, and wherein the flow cross section of the air guiding duct is essentially realized rectangular with an air guiding duct width and an air guiding duct height, characterized in that the inflow opening is realized in the lower air guiding duct wall.
Food preparation device comprising a food preparation vessel and a rotatable tool for chopping and/or mixing a food in the food preparation vessel, wherein the tool can be detachably connected for rotation to a shaft which is located at least partly outside the food preparation vessel, to be coupled to a drive for rotation, wherein a locking mechanism is provided for interlockingly connecting the tool to the shaft, the locking mechanism being such that during operation the tool can be driven by the shaft in both directions of rotation for chopping and/or mixing a food, in that the tool is connected in the interlockingly connected state with the shaft in a form-fit rotationally fixed manner to the shaft, characterized in that the food preparation vessel comprises a vessel passage in a vessel bottom of the food preparation vessel for connecting the tool to a drive, and the shaft can remain connected to the food preparation vessel for sealing the vessel passage, when the tool is released from the shaft and removed, wherein the tool comprises one or more radial tool arms fixedly attached to a support of the tool.
A phosphor conversion component (20;120) comprising: a light conversion layer comprising a phosphor effective to convert short wavelength light having a peak wavelength of 570 nanometers or shorter to converted light; wherein the light conversion layer includes light passages comprising openings or passage material that does not comprise the phosphor and is light transmissive for the short wavelength light; characterized in that the light conversion layer has a thickness that is at least three times a light penetration depth of the short wavelength light in the light conversion layer. a light conversion layer comprising a phosphor effective to convert short wavelength light having a peak wavelength of 570 nanometers or shorter to converted light; wherein the light conversion layer includes light passages comprising openings or passage material that does not comprise the phosphor and is light transmissive for the short wavelength light; characterized in that the light conversion layer has a thickness that is at least three times a light penetration depth of the short wavelength light in the light conversion layer.
A clamp (3; 6) included in a blood collecting device that comprises: a first tube having one end and another end connected to a blood collecting needle and a blood bag, respectively; and a second tube branched from a halfway of the first tube through a branched portion; characterized by a block-off member which is provided in the first tube at the blood-bag side beyond the branched portion and which allows the first tube in a blocked state to be opened when torn, the clamp (3; 6) being disposed at the branched portion, having a first state and a second state and being capable of being changed from the first state to the second state, wherein in the first state the second tube is opened and a tearing operation to the block-off member is disabled, and in the second state the second tube is closed and a tearing operation to the block-off member is enabled a first tube having one end and another end connected to a blood collecting needle and a blood bag, respectively; and a second tube branched from a halfway of the first tube through a branched portion; characterized by a block-off member which is provided in the first tube at the blood-bag side beyond the branched portion and which allows the first tube in a blocked state to be opened when torn, the clamp (3; 6) being disposed at the branched portion, having a first state and a second state and being capable of being changed from the first state to the second state, wherein in the first state the second tube is opened and a tearing operation to the block-off member is disabled, and in the second state the second tube is closed and a tearing operation to the block-off member is enabled
A data processing apparatus comprising: memory circuitry to provide a physical address space logically divided into a plurality of memory segments and to store a plurality of accessors with associated validity indicators, wherein a given accessor controls access to a given region of the physical address space in dependence on at least its associated validity indicator; characterised by tracking circuitry to track which of the memory segments contain the accessors; and invalidation circuitry to respond to a request to invalidate the given accessor by determining a set of equivalent accessors with reference to the tracking circuitry, and to invalidate the given accessor and the equivalent accessors by setting the associated validity indicator of each of the given accessor and the equivalent accessors to indicate that the given accessor and the equivalent accessors are invalid; wherein the equivalent accessors comprise those of the accessors that control access to the given region of the physical address space or a further region overlapping the given region of the physical address space. memory circuitry to provide a physical address space logically divided into a plurality of memory segments and to store a plurality of accessors with associated validity indicators, wherein a given accessor controls access to a given region of the physical address space in dependence on at least its associated validity indicator; characterised by tracking circuitry to track which of the memory segments contain the accessors; and invalidation circuitry to respond to a request to invalidate the given accessor by determining a set of equivalent accessors with reference to the tracking circuitry, and to invalidate the given accessor and the equivalent accessors by setting the associated validity indicator of each of the given accessor and the equivalent accessors to indicate that the given accessor and the equivalent accessors are invalid; wherein the equivalent accessors comprise those of the accessors that control access to the given region of the physical address space or a further region overlapping the given region of the physical address space.
Apparatus for additively manufacturing three-dimensional objects by means of successive layerwise selective irradiation and consolidation of layers of a build material which can be consolidated by means of an energy source, which apparatus comprises a measurement beam source (4, 17) which is adapted to generate a measurement beam, wherein a beam guiding unit is provided that is adapted to guide the measurement beam in the build plane in the process chamber, wherein a determination device is adapted to determine at least one parameter relating to the object and/or a build material layer based on interference, characterized by a beam splitter that is adapted to split the measurement beam in a reference part and a measurement part, wherein the beam splitter is further adapted to guide the reference part to a reference mirror and the measurement part to the build plane, wherein the beam splitter is further adapted to combine the reference part reflected at the reference mirror and the measurement part reflected at the build plane and guide the combined part towards a detector unit, wherein the apparatus further comprises at least one movement unit adapted to move the measurement part across the build plane relative to the energy beam guided onto the build material layer to selectively irradiate the build material layer, wherein the movement unit is adapted to guide the measurement beam in a loop in the build plane.