mhurhangee/patent-ind-claim-en huggingface dataset:
A method for limiting a spurious emission, the method performed by a User equipment, UE, and comprising: configuring a transceiver of the UE to use evolved universal terrestrial radio access, E-UTRA, bands 1 and 5 for an inter-band carrier aggregation; determining at least one protected band for protecting any other UE using the at least one protected band; when the transceiver is configured to use the E-UTRA bands 1 and 5 for the inter-band carrier aggregation and an E-UTRA band 26 is determined as the at least one protected band, configuring the transceiver to set a maximum level of the spurious emission of the UE into band 26 to -27dBm; and when the transceiver is configured to use the E-UTRA bands 1 and 5 for the inter-band carrier aggregation and an E-UTRA band 42 is determined as the at least one protected band, configuring the transceiver to set the maximum level of the spurious emission of the UE into band 42 to -50dBm. configuring a transceiver of the UE to use evolved universal terrestrial radio access, E-UTRA, bands 1 and 5 for an inter-band carrier aggregation; determining at least one protected band for protecting any other UE using the at least one protected band; when the transceiver is configured to use the E-UTRA bands 1 and 5 for the inter-band carrier aggregation and an E-UTRA band 26 is determined as the at least one protected band, configuring the transceiver to set a maximum level of the spurious emission of the UE into band 26 to -27dBm; and when the transceiver is configured to use the E-UTRA bands 1 and 5 for the inter-band carrier aggregation and an E-UTRA band 42 is determined as the at least one protected band, configuring the transceiver to set the maximum level of the spurious emission of the UE into band 42 to -50dBm.
A composition comprising: synthetic nanocarriers comprising a hydrophobic polyester carrier material and rapamycin; wherein the rapamycin is present in the synthetic nanocarriers in a stable, super-saturated amount that is less than 50 weight% rapamycin/hydrophobic polyester carrier material; and wherein the synthetic nanocarriers are initially sterile filterable. synthetic nanocarriers comprising a hydrophobic polyester carrier material and rapamycin; wherein the rapamycin is present in the synthetic nanocarriers in a stable, super-saturated amount that is less than 50 weight% rapamycin/hydrophobic polyester carrier material; and wherein the synthetic nanocarriers are initially sterile filterable.
An electrode for an all solid-state battery, comprising: an electrode current collector; and an electrode active material layer formed on at least one surface of the electrode current collector, wherein the electrode active material layer includes a plurality of electrode active material particles, a solid electrolyte coated on at least part of surface of the plurality of electrode active material particles to connect the plurality of electrode active material particles, and a linear structure distributed between the plurality of electrode active material particles, and wherein the linear structure comprises halloysite nanotube. an electrode current collector; and an electrode active material layer formed on at least one surface of the electrode current collector, wherein the electrode active material layer includes a plurality of electrode active material particles, a solid electrolyte coated on at least part of surface of the plurality of electrode active material particles to connect the plurality of electrode active material particles, and a linear structure distributed between the plurality of electrode active material particles, and wherein the linear structure comprises halloysite nanotube.
A composition for the preparation of a polymer coating, comprising upon formulation: (a) a compound of structural Formula (XIII): wherein: n is 1-10; and m is 1-10; (b) a solvent; and (c) a therapeutic agent. (a) a compound of structural Formula (XIII): wherein: n is 1-10; and m is 1-10; n is 1-10; and m is 1-10; (b) a solvent; and (c) a therapeutic agent.
A power supply apparatus for providing electrical power, the power supply apparatus configured to be coupled to an electronic device to supply power thereto to charge a battery of the electronic device, the apparatus comprising a fuel cell configured to receive a supply of a fuel for generating said electrical power, the apparatus further including a controller configured to interrupt the supply of power to the electronic device prior to the battery of the electronic device reaching a fully charged state, wherein the controller is configured to interrupt the supply of power to the electronic device based on at least one of: i) when the current flow between the apparatus and the electronic device during charging of the battery falls below an above-zero threshold current determined by said controller; and ii) a battery charge state reported to the power supply apparatus by the electronic device. i) when the current flow between the apparatus and the electronic device during charging of the battery falls below an above-zero threshold current determined by said controller; and ii) a battery charge state reported to the power supply apparatus by the electronic device.
Respiratory assistance device comprising a gas circuit designed to convey a gas stream, comprising: - measuring means arranged to measure at least one stream parameter representative of the gas stream conveyed by the gas circuit and configured to convert said at least one stream parameter into at least one stream signal representative of the gas stream, - signal processing means able to and designed to process said at least one stream signal supplied by the measuring means , and to deduce information from it, representative of a manual cardiac massage mode or an automatic cardiac massage mode, - storage means configured to store several ventilatory modes comprising: i) a first ventilatory mode comprising first ventilation parameters (PB1, PH1) applicable in case of manual cardiac massage, and ii) a second ventilatory mode comprising second ventilation parameters (PB2, PH2) applicable in case of automatic cardiac massage, - and ventilatory mode selection means able to and designed to find and select, within the storage means , the first or the second stored ventilatory mode, according to the information representative of a manual or automatic cardiac massage mode supplied by the signal processing means . - measuring means arranged to measure at least one stream parameter representative of the gas stream conveyed by the gas circuit and configured to convert said at least one stream parameter into at least one stream signal representative of the gas stream, - signal processing means able to and designed to process said at least one stream signal supplied by the measuring means , and to deduce information from it, representative of a manual cardiac massage mode or an automatic cardiac massage mode, - storage means configured to store several ventilatory modes comprising: i) a first ventilatory mode comprising first ventilation parameters (PB1, PH1) applicable in case of manual cardiac massage, and ii) a second ventilatory mode comprising second ventilation parameters (PB2, PH2) applicable in case of automatic cardiac massage, i) a first ventilatory mode comprising first ventilation parameters (PB1, PH1) applicable in case of manual cardiac massage, and ii) a second ventilatory mode comprising second ventilation parameters (PB2, PH2) applicable in case of automatic cardiac massage, - and ventilatory mode selection means able to and designed to find and select, within the storage means , the first or the second stored ventilatory mode, according to the information representative of a manual or automatic cardiac massage mode supplied by the signal processing means .
An apparatus for a non-combustible aerosol provision system comprising: a charging unit configured to charge a battery of said aerosol provision system; a circuit comprising a control module , wherein the control module outputs a first control signal having a charge enable state and a charge disable state; and a protection module configured to decouple the circuit from said battery when the battery voltage is below a first threshold level, wherein: the charging unit is configured to charge the battery unless the first control signal has the charge disable state; and the protection module is configured to prevent the battery from being charged when the battery voltage is below a second threshold level, wherein the second threshold level is lower than the first threshold level. a charging unit configured to charge a battery of said aerosol provision system; a circuit comprising a control module , wherein the control module outputs a first control signal having a charge enable state and a charge disable state; and a protection module configured to decouple the circuit from said battery when the battery voltage is below a first threshold level, wherein: the charging unit is configured to charge the battery unless the first control signal has the charge disable state; and the protection module is configured to prevent the battery from being charged when the battery voltage is below a second threshold level, wherein the second threshold level is lower than the first threshold level. the charging unit is configured to charge the battery unless the first control signal has the charge disable state; and the protection module is configured to prevent the battery from being charged when the battery voltage is below a second threshold level, wherein the second threshold level is lower than the first threshold level.
An assembly comprising: a substrate that is provided with at least one electrical contact , the substrate comprising a semiconductor substrate that comprises an opto-electronic device; a flexible printed circuit membrane comprising an electrically insulating film and an electrically conducting layer that is at least partially covering the insulating film , wherein the conducting layer is at least locally accessible from outside of the membrane , the conducting layer being a metal layer comprising a thin film of gold and/or copper, and a ball-shaped gold stud that is arranged using thermosonic bonding for electrically connecting the at least one electrical contact and the conducting layer at a position where the conducting layer is accessible, to form an electrical connection between the substrate and the membrane . a substrate that is provided with at least one electrical contact , the substrate comprising a semiconductor substrate that comprises an opto-electronic device; a flexible printed circuit membrane comprising an electrically insulating film and an electrically conducting layer that is at least partially covering the insulating film , wherein the conducting layer is at least locally accessible from outside of the membrane , the conducting layer being a metal layer comprising a thin film of gold and/or copper, and a ball-shaped gold stud that is arranged using thermosonic bonding for electrically connecting the at least one electrical contact and the conducting layer at a position where the conducting layer is accessible, to form an electrical connection between the substrate and the membrane .
A device comprising: a needle guide body extending along a central axis between a distal end and a proximal end, a needle guide lumen extending through the distal and proximal ends of the needle guide body along the central axis, and a base monolithically attached to the needle guide body to define a non-variable patient-specific insertion path, characterised by a sheath guide body extending along the central axis between a distal end and a proximal end; and a sheath guide lumen extending through the distal and proximal ends of the sheath guide body along the central axis, wherein the needle guide body is contained within the sheath guide lumen , and the distal end of the sheath guide body is monolithically attached to the base . a needle guide body extending along a central axis between a distal end and a proximal end, a needle guide lumen extending through the distal and proximal ends of the needle guide body along the central axis, and a base monolithically attached to the needle guide body to define a non-variable patient-specific insertion path, characterised by a sheath guide body extending along the central axis between a distal end and a proximal end; and a sheath guide lumen extending through the distal and proximal ends of the sheath guide body along the central axis, wherein the needle guide body is contained within the sheath guide lumen , and the distal end of the sheath guide body is monolithically attached to the base .
A wing deployment initiator configured for initiating deployment from a stowed configuration of a guidance wing of a projectile, the wing deployment initiator comprising: a flipper configured to be rotated from a first flipper position to a second flipper position by a deployment spring, the flipper when in the first flipper position being configured to retain the guidance wing in its stowed configuration, the flipper when rotated from the first flipper position to the second flipper position being configured to release the guidance wing and to transfer deployment energy from the deployment spring to the guidance wing , thereby energetically initiating deployment of the guidance wing ; and a central hub configured to be rotated about a vertical hub axis by a hub actuator, the central hub including a lobe extending radially toward the flipper , said lobe being configured to maintain the flipper in the first flipper position when the central hub is in a first hub orientation, and to permit the flipper to rotate to the second flipper position when the central hub is in a second hub orientation. a flipper configured to be rotated from a first flipper position to a second flipper position by a deployment spring, the flipper when in the first flipper position being configured to retain the guidance wing in its stowed configuration, the flipper when rotated from the first flipper position to the second flipper position being configured to release the guidance wing and to transfer deployment energy from the deployment spring to the guidance wing , thereby energetically initiating deployment of the guidance wing ; and a central hub configured to be rotated about a vertical hub axis by a hub actuator, the central hub including a lobe extending radially toward the flipper , said lobe being configured to maintain the flipper in the first flipper position when the central hub is in a first hub orientation, and to permit the flipper to rotate to the second flipper position when the central hub is in a second hub orientation.
A method for transmitting information, wherein the method is used in a base station, and the base station configures a plurality of unlicensed channel resources for a terminal, the method comprising: determining a first unlicensed channel resource of the plurality of unlicensed channel resources that is unavailable, the first unlicensed channel resource being configured for transmitting control signaling; characterized by determining a second unlicensed channel resource from the plurality of unlicensed channel resources according to a set rule, the second unlicensed channel resource being reserved for transmitting the control signaling, wherein the set rule comprises a first correspondence between a transmission location on the first unlicensed channel resource that is configured for transmitting the control signaling and a reserved unlicensed channel resource; and transmitting the control signaling to the terminal via the second unlicensed channel resource; the determining the second unlicensed channel resource from the plurality of unlicensed channel resources according to the set rule comprises: determining a transmission location of the first unlicensed channel resource that is unavailable as a first transmission location; determining the unlicensed channel resource corresponding to the first transmission location as the second unlicensed channel resource according to the first correspondence. determining a first unlicensed channel resource of the plurality of unlicensed channel resources that is unavailable, the first unlicensed channel resource being configured for transmitting control signaling; characterized by determining a second unlicensed channel resource from the plurality of unlicensed channel resources according to a set rule, the second unlicensed channel resource being reserved for transmitting the control signaling, wherein the set rule comprises a first correspondence between a transmission location on the first unlicensed channel resource that is configured for transmitting the control signaling and a reserved unlicensed channel resource; and transmitting the control signaling to the terminal via the second unlicensed channel resource; the determining the second unlicensed channel resource from the plurality of unlicensed channel resources according to the set rule comprises: determining a transmission location of the first unlicensed channel resource that is unavailable as a first transmission location; determining the unlicensed channel resource corresponding to the first transmission location as the second unlicensed channel resource according to the first correspondence. determining a transmission location of the first unlicensed channel resource that is unavailable as a first transmission location; determining the unlicensed channel resource corresponding to the first transmission location as the second unlicensed channel resource according to the first correspondence.
A razor head and an adapter , wherein the adapter is designed to be connected to the razor head and is designed to be connected to a handle , wherein the razor head can be rotated with respect to the adapter , wherein a razor head biasing member is at least partially arranged within the adapter , wherein the razor head biasing member comprises a compression spring element and a pusher element for pushing the razor head into a rest position, wherein the compression spring is fully contained within the adapter, and wherein the pusher element is only partially contained within the adapter. wherein the adapter is adapted to extend from a handle end to a head end , the adapter comprising an opening extending from the head end to an internal portion of the adapter, wherein the razor head biasing member is mounted within that opening of the adapter, characterized in that the opening of the adapter has one or more protrusions on the side of the adapter which is designed to be connected to the razor head, and wherein the pusher element has one or more stop elements for engaging the one or more protrusions so that the pusher element cannot extend beyond a maximum extension out of the adapter . wherein a razor head biasing member is at least partially arranged within the adapter , wherein the razor head biasing member comprises a compression spring element and a pusher element for pushing the razor head into a rest position, wherein the compression spring is fully contained within the adapter, and wherein the pusher element is only partially contained within the adapter. wherein the adapter is adapted to extend from a handle end to a head end , the adapter comprising an opening extending from the head end to an internal portion of the adapter, wherein the razor head biasing member is mounted within that opening of the adapter, characterized in that the opening of the adapter has one or more protrusions on the side of the adapter which is designed to be connected to the razor head, and wherein the pusher element has one or more stop elements for engaging the one or more protrusions so that the pusher element cannot extend beyond a maximum extension out of the adapter .
Process for preparing a functionalized polybutadiene, characterized in that it comprises the following steps: a) homopolymerizing butadiene by means of a catalytic system so as to form a pseudo-living elastomer, said catalytic system being based on at least: - one conjugated diene monomer, - a salt of one or more rare earth metals of an organic phosphoric acid, - an aluminium-containing alkylating agent, and - a halogen donor, comprising an alkylaluminium halide, said salt is in suspension or in solution in at least one saturated inert hydrocarbon-based solvent of aliphatic or alicyclic type; b) adding a polyfunctional compound comprising at least three functional groups to the pseudo-living elastomer formed in step (a), said functional group being capable of reacting with the reactive end of the pseudo-living elastomer; c) adding a functionalizing agent corresponding to the formula A-R i -B to the mixture formed in step (b), with A denoting a group capable of reacting with the reactive end of the pseudo-living elastomer, R i denoting an atom or a group of atoms forming a bond between A and B, and B denoting a function capable of reacting with a reinforcing filler; d) recovering the functionalized polybutadiene; and in that the total molar amount of aluminium in the polymerization medium is such that the (aluminium/rare earth salt) molar ratio has a value between 1 and 5 and in that the polymerization is carried out at a temperature between 40°C and 90°C. a) homopolymerizing butadiene by means of a catalytic system so as to form a pseudo-living elastomer, said catalytic system being based on at least: - one conjugated diene monomer, - a salt of one or more rare earth metals of an organic phosphoric acid, - an aluminium-containing alkylating agent, and - a halogen donor, comprising an alkylaluminium halide, said salt is in suspension or in solution in at least one saturated inert hydrocarbon-based solvent of aliphatic or alicyclic type; - one conjugated diene monomer, - a salt of one or more rare earth metals of an organic phosphoric acid, - an aluminium-containing alkylating agent, and - a halogen donor, comprising an alkylaluminium halide, b) adding a polyfunctional compound comprising at least three functional groups to the pseudo-living elastomer formed in step (a), said functional group being capable of reacting with the reactive end of the pseudo-living elastomer; c) adding a functionalizing agent corresponding to the formula A-R i -B to the mixture formed in step (b), with A denoting a group capable of reacting with the reactive end of the pseudo-living elastomer, R i denoting an atom or a group of atoms forming a bond between A and B, and B denoting a function capable of reacting with a reinforcing filler; d) recovering the functionalized polybutadiene;
A method for preparing a polyisocyanurate/polyurethane foam which comprises contacting at least one polyisocyanate with a premix comprising at least one polyol, at least one blowing agent, and a catalytic amount of a catalyst composition comprising a solution of at least one member selected from the group of bismuth neodecanoate, bismuth octoate, bismuth napthenate, and bismuth pivalate; and at least one member selected from the group consisting of potassium pivalate, tetramethylammonium pivalate, potassium octoate, potassium acetate, potassium acrylate 2-hydroxylpropyltrimethylammonium pivalate, 2-hydroxylpropyltriethylammonium pivalate, tetraethylammonium pivalate, tetrapropylammonium pivalate, tetrabutylammonium pivalate, potassium triethylacetate, tetramethylammonium triethylacetate, 2-hydroxylpropyltrimethylammonium triethylacetate, 2-hydroxylpropyltriethylammonium triethylacetate, tetraethylammonium triethylacetate, tetrapropylammonium triethylacetate, tetrabutylammonium triethylacetate,potassium neoheptanoate, tetramethylammonium neoheptanoate, 2-hydroxylpropyltrimethylammonium neoheptanoate, 2-hydroxylpropyltriethylammonium neoheptanoate, tetraethylammonium neoheptanoate, tetrapropylammonium neoheptanoate, tetrabutylammonium neoheptanoate,potassium neooctanoate, tetramethylammonium neooctanoate, 2-hydroxylpropyltrimethylammonium neooctanoate, 2-hydroxylpropyltriethylammonium neooctanoate, tetraethylammonium neooctanoate, tetrapropylammonium neooctanoate, and tetrabutylammonium neooctanoate, and where the molar ratio of the alkali metal carboxylate or quaternary ammonium carboxylate to the Bismuth carboxylate is between 30 to 1 and 50 to 1.