mhurhangee/ep-ind-claims huggingface dataset:
Method for recovering clay coming from a contaminated raw material containing clay, comprising: * elimination, from the contaminated raw material, of the contaminating materials not bound to the clay, * mixing of the contaminated raw material, with the non-bound contaminating materials removed, with water, carried out so as to obtain a mixture of water, residues of clay-depleted raw material and clay, the mixing step taking place in a ratio by weight of raw material to water of 1/1 to 1/8, * separation, from this mixture, of a suspension of clay in water on the one hand and residues of clay-depleted raw material on the other hand, and * from said suspension, separate recovery of the clay and water, characterised in that said method takes place without chemical treatment or the introduction of additional contaminants. * elimination, from the contaminated raw material, of the contaminating materials not bound to the clay, * mixing of the contaminated raw material, with the non-bound contaminating materials removed, with water, carried out so as to obtain a mixture of water, residues of clay-depleted raw material and clay, the mixing step taking place in a ratio by weight of raw material to water of 1/1 to 1/8, * separation, from this mixture, of a suspension of clay in water on the one hand and residues of clay-depleted raw material on the other hand, and * from said suspension, separate recovery of the clay and water, characterised in that said method takes place without chemical treatment or the introduction of additional contaminants.
A method for manufacturing a GRIN lens, comprising: a step of producing a wet gel from an alcohol solution containing a silicon alkoxide, a dopant alkoxide, and a boron alkoxide as the main ingredients; a step of eluting the dopant and the boron from the outer surface of the wet gel by leaching to give a refractive index distribution; a step of drying the wet gel to produce a dry gel; a step of sintering the dry gel to form a glass base material; and a step of drawing the base material; wherein the concentration of the boron remaining in the dry gel after leaching relative to that of a silicon simple substance, a dopant simple substance, and a boron simple substance is lower than 0.1 mol%. a step of producing a wet gel from an alcohol solution containing a silicon alkoxide, a dopant alkoxide, and a boron alkoxide as the main ingredients; a step of eluting the dopant and the boron from the outer surface of the wet gel by leaching to give a refractive index distribution; a step of drying the wet gel to produce a dry gel; a step of sintering the dry gel to form a glass base material; and a step of drawing the base material; wherein the concentration of the boron remaining in the dry gel after leaching relative to that of a silicon simple substance, a dopant simple substance, and a boron simple substance is lower than 0.1 mol%.
A method for adaptively powering down cells within a cluster, the method including: detecting when a load on a first cell falls below a first predetermined threshold, the load being based at least in part on a number of wireless devices in communication with a first radio unit serving the first cell; upon detecting that the load on the first cell falls below the first predetermined threshold, powering down a transmitter of the first radio unit over a period of time to allow time for handoff of wireless devices in the first cell to a second radio unit serving an adjacent cell; and increasing a power of the second radio unit serving the adjacent cell in response to the handoff of the wireless devices from the first cell. detecting when a load on a first cell falls below a first predetermined threshold, the load being based at least in part on a number of wireless devices in communication with a first radio unit serving the first cell; upon detecting that the load on the first cell falls below the first predetermined threshold, powering down a transmitter of the first radio unit over a period of time to allow time for handoff of wireless devices in the first cell to a second radio unit serving an adjacent cell; and increasing a power of the second radio unit serving the adjacent cell in response to the handoff of the wireless devices from the first cell.
A lithium complex oxide secondary particle formed by coagulation of a plurality of primary particles, wherein the Co concentration at a boundary of the primary particle is higher than the Co concentration in the internal part of the primary particle, wherein: the Co concentration of a primary particle at a part of the primary particle which is in contact with the surface of the secondary particle is higher than at a part of the primary particle that is not in contact with the surface of the secondary particle, wherein the primary particle is located at a surface part of the secondary particle; a primary particle located at a surface of the secondary particle has a Co ion concentration gradient toward a center of the primary particle from the surface of the primary particle; a primary particle located at a surface part of the secondary particle has a Co concentration gradient that is reduced by 0.05 to 0.07 mol% per nm toward a center of the primary particle; the lithium complex oxide secondary particle comprises a hexagonal crystal structure; and the secondary particle has a bound energy of spin-orbit 2p3/2 peak and a bound energy of 2p1/2 peak in a Co 2p core-level spectrometry obtained through XPS measurement, wherein the P1 and the P2 are ranged respectively in 779eV≤P1≤780eV and 794eV≤P2≤795eV. the Co concentration of a primary particle at a part of the primary particle which is in contact with the surface of the secondary particle is higher than at a part of the primary particle that is not in contact with the surface of the secondary particle, wherein the primary particle is located at a surface part of the secondary particle; a primary particle located at a surface of the secondary particle has a Co ion concentration gradient toward a center of the primary particle from the surface of the primary particle; a primary particle located at a surface part of the secondary particle has a Co concentration gradient that is reduced by 0.05 to 0.07 mol% per nm toward a center of the primary particle; the lithium complex oxide secondary particle comprises a hexagonal crystal structure; and the secondary particle has a bound energy of spin-orbit 2p3/2 peak and a bound energy of 2p1/2 peak in a Co 2p core-level spectrometry obtained through XPS measurement, wherein the P1 and the P2 are ranged respectively in 779eV≤P1≤780eV and 794eV≤P2≤795eV.
A mitral leaflet extension prosthesis characterised in comprising bioabsorbable material and configured to be, attached directly to a native mitral leaflet without an extra-leaflet anchor, and act as an extension of the native mitral leaflet.
A nozzle comprising: a nozzle body defining a longitudinal axis and including: an inner air passage having a radial swirler and a converging conical cross-section; a first fuel circuit radially outboard from the air passage with respect to the longitudinal axis; a second fuel circuit radially outboard from the first fuel circuit with respect to the longitudinal axis, wherein each of the first fuel circuit and the second fuel circuit extends from a respective fuel circuit inlet (112, 114) to a respective annular fuel circuit outlet (116, 118); and an outer air passage defined between a fuel circuit outer wall and an outer air passage wall, wherein the outer air passage is a converging non-swirling outer air passage. an inner air passage having a radial swirler and a converging conical cross-section; a first fuel circuit radially outboard from the air passage with respect to the longitudinal axis; a second fuel circuit radially outboard from the first fuel circuit with respect to the longitudinal axis, wherein each of the first fuel circuit and the second fuel circuit extends from a respective fuel circuit inlet (112, 114) to a respective annular fuel circuit outlet (116, 118); and an outer air passage defined between a fuel circuit outer wall and an outer air passage wall, wherein the outer air passage is a converging non-swirling outer air passage.
Device for detecting movements and/or positions of a rotating shaft, comprising at least one coil and a leaf spring, wherein in the device, depending on the movements and/or positions of the shaft, a voltage pulse is generated in the coil by at least one magnetic field executing a relative movement to the coil and acting on the coil, wherein the coil has a coil housing consisting of a first housing part and a second housing part, a coil wire of the coil is wound around the housing parts (5, 6) of the coil to hold them together and said housing parts form a cavity on the inside, in which the leaf spring, made of magnetically conductive material, executes a sudden back-and-forth movement under the influence of the magnetic field, wherein a first region of the leaf spring is movably arranged in the cavity, and a second region of the leaf spring is arranged between the first housing part and the second housing part.
A mobile monitoring device (110, 510, 610) for monitoring a condition to which an object is exposed in transit, during which the monitoring device (110, 510, 610) moves between multiple local networks, each of which at least including one or more fixed or mobile network managers, wherein the monitoring device (110, 510, 610) is configured to dynamically join a network with a network manager which is local to the monitoring device, the mobile monitoring device (110, 510, 610) comprising: a sensor module for monitoring the condition and periodically producing sensor module data relating to the condition, wherein the sensor module data includes inertial navigation data; a first transceiver component for receiving network manager data from the local network manager; an associator component for comparing the network manager data with the sensor module data and, if the network manager data equals or approximates the sensor module data, establishing an association with the local network manager 130, during which association geographical location data of the local network manager is included in the network manager data and for, if the network manager data does not approximate the sensor module data and if an association with the local network manager is established, dissolving the association with the local network manager; and, an inertial navigation component 118 for, responsive to the associator component dissolving the association, incrementally estimating a geographical location of the monitoring device (110, 510, 610) using, as an initial set-point, the geographical location data of the local network manager received immediately prior to the association being dissolved and the inertial navigation data produced by the sensor module of the monitoring device (110, 510, 610). a sensor module for monitoring the condition and periodically producing sensor module data relating to the condition, wherein the sensor module data includes inertial navigation data; a first transceiver component for receiving network manager data from the local network manager; an associator component for comparing the network manager data with the sensor module data and, if the network manager data equals or approximates the sensor module data, establishing an association with the local network manager 130, during which association geographical location data of the local network manager is included in the network manager data and for, if the network manager data does not approximate the sensor module data and if an association with the local network manager is established, dissolving the association with the local network manager; and, an inertial navigation component 118 for, responsive to the associator component dissolving the association, incrementally estimating a geographical location of the monitoring device (110, 510, 610) using, as an initial set-point, the geographical location data of the local network manager received immediately prior to the association being dissolved and the inertial navigation data produced by the sensor module of the monitoring device (110, 510, 610).
A method for producing steviol glycoside, comprising: (a) growing engineered yeast in a first medium at a first pH less than 5.8, wherein the yeast are engineered to be capable of producing one or more steviol glycoside(s); (b) adding a composition to the first medium to provide a second medium with a second pH that is greater than the first pH, wherein step (b) is performed at a time of 2 hours or later from an initial culturing of the engineered yeast; and (c) fermenting second medium with the engineered yeast to produce the one or more steviol glycoside(s) in the second medium at the second pH, wherein the one or more steviol glycosides comprise rebaudioside M, rebaudioside D, or both rebaudioside M and rebaudioside D. (a) growing engineered yeast in a first medium at a first pH less than 5.8, wherein the yeast are engineered to be capable of producing one or more steviol glycoside(s); (b) adding a composition to the first medium to provide a second medium with a second pH that is greater than the first pH, wherein step (b) is performed at a time of 2 hours or later from an initial culturing of the engineered yeast; and (c) fermenting second medium with the engineered yeast to produce the one or more steviol glycoside(s) in the second medium at the second pH,
A method of forming a channel in short range wireless communication, comprising the steps of: receiving, by a control device, a public key that is broadcast by a target device; encrypting, by the control device, its own Unique Identifier, UID, using the public key and transmitting the encrypted UID to the target device; transmitting, by the control device, a pairing request to the target device; receiving, by the control device, a pairing response corresponding to the pairing request; receiving a plurality of key seeds from the target device using a security address included in the pairing response and the UID; and generating, by the control device, a link key using the received key seeds and forming a security channel with the target device; wherein, when a key seed distribution mode is a quick mode, receiving the key seeds comprises: generating a selection mask using the security address and the UID; sequentially receiving a plurality of key seeds from the target device; and selecting a valid key seed from the plurality of key seeds using the selection mask; and wherein forming the security channel includes: generating the link key using the valid key seed; and forming the security channel using the link key. receiving, by a control device, a public key that is broadcast by a target device; encrypting, by the control device, its own Unique Identifier, UID, using the public key and transmitting the encrypted UID to the target device; transmitting, by the control device, a pairing request to the target device; receiving, by the control device, a pairing response corresponding to the pairing request; receiving a plurality of key seeds from the target device using a security address included in the pairing response and the UID; and generating, by the control device, a link key using the received key seeds and forming a security channel with the target device; wherein, when a key seed distribution mode is a quick mode, receiving the key seeds comprises: generating a selection mask using the security address and the UID; sequentially receiving a plurality of key seeds from the target device; and selecting a valid key seed from the plurality of key seeds using the selection mask; and generating a selection mask using the security address and the UID; sequentially receiving a plurality of key seeds from the target device; and selecting a valid key seed from the plurality of key seeds using the selection mask; and wherein forming the security channel includes: generating the link key using the valid key seed; and forming the security channel using the link key. generating the link key using the valid key seed; and forming the security channel using the link key.
A mobile communication device comprising: a single baseband-radio frequency (BB-RF) resource chain comprising a baseband processor, modem, and RF resources; a first identity module communicatively coupled to the single BB-RF resource chain, wherein the first identity module is associated with a first subscription; a second identity module communicatively coupled to the single BB-RF resource chain, wherein the second identity module is associated with a second subscription; and a controller communicatively coupled to the single BB-RF resource chain, characterised in that the controller is configured to employ a user-configurable priority subscription prioritizing activities based on relative activity importance assigned by the user to arbitrate access to the modem and RF resources of the single BB-RF resource chain to perform, according to the user-configurable priority subscription, one of a first activity that corresponds to the first subscription and a second activity that corresponds to the second subscription, and wherein the controller is configured to interrupt a data session processed by the single BB-RF resource chain in response to receiving information indicating that a voice call is to be processed by the single BB-RF resource chain. a single baseband-radio frequency (BB-RF) resource chain comprising a baseband processor, modem, and RF resources; a first identity module communicatively coupled to the single BB-RF resource chain, wherein the first identity module is associated with a first subscription; a second identity module communicatively coupled to the single BB-RF resource chain, wherein the second identity module is associated with a second subscription; and a controller communicatively coupled to the single BB-RF resource chain, characterised in that the controller is configured to employ a user-configurable priority subscription prioritizing activities based on relative activity importance assigned by the user to arbitrate access to the modem and RF resources of the single BB-RF resource chain to perform, according to the user-configurable priority subscription, one of a first activity that corresponds to the first subscription and a second activity that corresponds to the second subscription, and wherein the controller is configured to interrupt a data session processed by the single BB-RF resource chain in response to receiving information indicating that a voice call is to be processed by the single BB-RF resource chain.
An aqueous composition for varnishes for protecting metal, in particular an aqueous one-pot composition, comprising a) at least one organic binding agent based on at least one polymer which is dispersed or dispersible in water, formed from the same or different monomers, wherein at least one of the monomers constitutes an acrylic acid ester, methacrylic acid ester, vinyl acetate, vinyl chloride, versatate, acrylonitrile or a vinyl aromatic compound, b) at least one organic solvent and/or at least one film-forming agent, c) at least one water-soluble form of nitrophthalic acid, d) at least one water-soluble form of an aromatic carboxylic acid, in particular at least one water-soluble form of an aromatic monocarboxylic acid, e) at least one water-soluble form of an aliphatic C 6 -C 9 carboxylic acid, in particular at least one water-soluble form of an aliphatic C 6 -C 9 monocarboxylic acid, f) at least one orthophosphate compound, g) at least one organically modified layer silicate component and/or at least one polyurethane thickener, h) at least one lamellar material of inorganic origin, selected from the group consisting of mica, in particular micaceous iron ore, kaolin, lamellar quartz, glass flakes, layer silicates which are not organically modified and not present in a delaminated form and the mixture thereof, and i) water. a) at least one organic binding agent based on at least one polymer which is dispersed or dispersible in water, formed from the same or different monomers, wherein at least one of the monomers constitutes an acrylic acid ester, methacrylic acid ester, vinyl acetate, vinyl chloride, versatate, acrylonitrile or a vinyl aromatic compound, b) at least one organic solvent and/or at least one film-forming agent, c) at least one water-soluble form of nitrophthalic acid, d) at least one water-soluble form of an aromatic carboxylic acid, in particular at least one water-soluble form of an aromatic monocarboxylic acid, e) at least one water-soluble form of an aliphatic C 6 -C 9 carboxylic acid, in particular at least one water-soluble form of an aliphatic C 6 -C 9 monocarboxylic acid, f) at least one orthophosphate compound, g) at least one organically modified layer silicate component and/or at least one polyurethane thickener, h) at least one lamellar material of inorganic origin, selected from the group consisting of mica, in particular micaceous iron ore, kaolin, lamellar quartz, glass flakes, layer silicates which are not organically modified and not present in a delaminated form and the mixture thereof, and i) water.
An unattended ground sensor comprising: a seismic sensor operable to detect seismic waves incident upon the ground sensor and to generate seismic data therefrom; a transmitter operable to transmit wirelessly signals from the ground sensor; a controller operable to receive signals from the seismic sensor corresponding to the seismic data and to send signals to the transmitter for onward transmission; a power supply arranged to provide power to the ground sensor; and an elongate outer body within which the seismic sensor, the controller and the power supply are housed, the elongate outer body has a shape that tapers to an end; the elongate body comprises a generally cylindrical main section having a hollow centre with a constant internal diameter; characterized in that: the unattended ground sensor further comprises a shaped sleeve inserted in the hollow centre wherein the sleeve has an outer diameter that matches the internal diameter of the elongate body to ensure a snug fit, and an internal diameter that varies to match the sizes of the seismic sensor, the controller and the power supply; and the sleeve is configured to be slid out from the elongate body. a seismic sensor operable to detect seismic waves incident upon the ground sensor and to generate seismic data therefrom; a transmitter operable to transmit wirelessly signals from the ground sensor; a controller operable to receive signals from the seismic sensor corresponding to the seismic data and to send signals to the transmitter for onward transmission; a power supply arranged to provide power to the ground sensor; and an elongate outer body within which the seismic sensor, the controller and the power supply are housed, the elongate outer body has a shape that tapers to an end; the unattended ground sensor further comprises a shaped sleeve inserted in the hollow centre wherein the sleeve has an outer diameter that matches the internal diameter of the elongate body to ensure a snug fit, and an internal diameter that varies to match the sizes of the seismic sensor, the controller and the power supply; and the sleeve is configured to be slid out from the elongate body.