mhurhangee/ep-ind-claims huggingface dataset:
A protein-immobilized membrane comprising: a cell membrane homologous layer (14A, 50B); and a protein (14B, 50C) immobilized to the cell membrane homologous layer (14A, 50B), the protein (14B, 50C) containing cytochrome or a cytochrome complex; wherein the cell membrane homologous layer (14A, 50B) contains a phospholipid polymer which is 2-methacryloyloxyethyl phosphorylcholine polymer. a cell membrane homologous layer (14A, 50B); and a protein (14B, 50C) immobilized to the cell membrane homologous layer (14A, 50B), the protein (14B, 50C) containing cytochrome or a cytochrome complex; wherein the cell membrane homologous layer (14A, 50B) contains a phospholipid polymer which is 2-methacryloyloxyethyl phosphorylcholine polymer.
A brake for an aircraft wheel, the brake comprising an actuator-carrier that carries at least one electromechanical actuator having a pusher that is movable along a direction parallel to an axis of rotation of the wheel and facing friction elements (7, 10) in order to apply a braking force selectively against the friction elements (7, 10), the actuator-carrier and the actuator including guide means (25, 32) for guiding the actuator while it is being installed on the actuator-carrier in a radial direction until it reaches a service position, said guide means forming a bearing surface suitable for transmitting braking forces from the actuator to the actuator-carrier, and position-holder means for holding the position of the actuator in its service position, the position-holder means comprising a strap fastened to the actuator-carrier in order to prevent the actuator from moving on the actuator-carrier in the service position, the guide means comprising a groove defined in the actuator and a projection (32, 42) located on the actuator-carrier for penetrating in the groove, the groove surrounding a body of the actuator, the projection comprising fingers for penetrating in the groove, the strap being at least partially seated within the groove, the strap being positioned on the fingers in order to prevent the actuator from moving.
A two stage process for dewaxing a waxy lube feedstock which comprises: (a) contacting a feedstock in a first dewaxing stage with at least one 1D, 10-ring molecular sieve containing catalyst having a refined constraint index, defined as the ratio of 2-methylnonane to 5-methylnonane at 5% conversion in n-decane isomerization, of 2.0 or less under first hydroisomerizing dewaxing conditions to produce a first dewaxed product stream; and (b) contacting said first dewaxed product stream in a second dewaxing stage with at least one 1D, 10-ring molecular sieve containing catalyst having a refined constraint index, defined as the ratio of 2-methylnonane to 5-methylnonane at 5% conversion in n-decane isomerization, of greater than 2.0 under second hydroisomerizing dewaxing conditions to produce a dewaxed product. (a) contacting a feedstock in a first dewaxing stage with at least one 1D, 10-ring molecular sieve containing catalyst having a refined constraint index, defined as the ratio of 2-methylnonane to 5-methylnonane at 5% conversion in n-decane isomerization, of 2.0 or less under first hydroisomerizing dewaxing conditions to produce a first dewaxed product stream; and (b) contacting said first dewaxed product stream in a second dewaxing stage with at least one 1D, 10-ring molecular sieve containing catalyst having a refined constraint index, defined as the ratio of 2-methylnonane to 5-methylnonane at 5% conversion in n-decane isomerization, of greater than 2.0 under second hydroisomerizing dewaxing conditions to produce a dewaxed product.
A method of embedding material in a glass substrate, said method comprising the steps of: providing a glass composition; providing a mold substrate having a patterned surface defining a recess therein and formed from a material having a higher reflow temperature than the glass composition; providing a planar sacrificial layer disposed between the mold substrate on one side and a carrier wafer on another side thereof, with the mold substrate and carrier wafer separated by the width of the planar sacrificial layer; increasing a surface wettability of the patterned surface relative to the glass composition; flowing at least a portion of the glass composition into the recess defined by the patterned surface of the mold substrate; solidifying the glass composition on the patterned surface of the mold substrate to form a glass layer; removing material from the solidified glass layer until a portion of the underlying patterned surface of the mold substrate is exposed with at least a portion of the mold substrate embedded in the solidified glass layer to form the glass substrate having the material embedded therein; and releasing the mold substrate and the solidified glass layer from the planar sacrificial layer by dissolving the planar sacrificial layer after said step of flowing the glass composition into the recess. providing a glass composition; providing a mold substrate having a patterned surface defining a recess therein and formed from a material having a higher reflow temperature than the glass composition; providing a planar sacrificial layer disposed between the mold substrate on one side and a carrier wafer on another side thereof, with the mold substrate and carrier wafer separated by the width of the planar sacrificial layer; increasing a surface wettability of the patterned surface relative to the glass composition; flowing at least a portion of the glass composition into the recess defined by the patterned surface of the mold substrate; solidifying the glass composition on the patterned surface of the mold substrate to form a glass layer; removing material from the solidified glass layer until a portion of the underlying patterned surface of the mold substrate is exposed with at least a portion of the mold substrate embedded in the solidified glass layer to form the glass substrate having the material embedded therein; and releasing the mold substrate and the solidified glass layer from the planar sacrificial layer by dissolving the planar sacrificial layer after said step of flowing the glass composition into the recess.
A polymer composition of one or more phosphorus acid group containing, polymers of six-membered cyclic methacrylic acid imide comprising a backbone polymer having one or more one methacrylic acid, methacrylic acid salt, quaternary ammonium group, ester side chain group or amide side chain group, wherein the backbone polymers comprise from 60 to 100 wt.%, based on the total weight of monomers used to make the backbone polymer, of total methacrylic acid polymerized units, regardless of their form, and wherein a total of from 7.5 to less than 70 wt.% of the methacrylic acid polymerized units comprise six-membered cyclic methacrylic anhydride groups and six-membered cyclic methacrylic imide groups formed from the methacrylic anhydride groups, the number of methacrylic anhydride groups determined by titration of the backbone polymers prior to forming the six-membered cyclic methacrylic imide groups in the backbone polymers, wherein the polymers are substantially linear, meaning that they have less than 3% of imide or anhydride groups, based on the amount of methacrylic anhydrides as determined by titration of the backbone polymer of methacrylic anhydride used to make the polymer, that form crosslinks or intrachain backbite links along the backbone polymer; and wherein the polymers have on average at least one phosphorus atom in the backbone of the polymer that is bound to a carbon atom as a terminal or pendant group; and wherein the titration is carried out according to the description.
A method of receiving data from a base station by a user equipment in a wireless access system, the method comprising: receiving the data from the base station through a multicast channel; transmitting a retransmission request signal for the data to the base station when a decoding failure of the data occurs; and receiving a retransmission of the data from the base station through a unicast channel, wherein each of the data received through the multicast channel and the data received through the unicast channel include a same transport block having a different redundancy version, RV, characterised in that the method further comprises: if the retransmission request signal is transmitted over a predetermined count, receiving recovery data of the data from both the base station using a recovery data specific resource for the base station and an adjacent base station of the base station using a recovery data specific resource for the adjacent base station, wherein an initial value for generating a scrambling sequence which is applied to the data received through the multicast channel is identical with an initial value for generating a scrambling sequence which is applied to the data received through the unicast channel. receiving the data from the base station through a multicast channel; transmitting a retransmission request signal for the data to the base station when a decoding failure of the data occurs; and receiving a retransmission of the data from the base station through a unicast channel, wherein each of the data received through the multicast channel and the data received through the unicast channel include a same transport block having a different redundancy version, RV, characterised in that the method further comprises: if the retransmission request signal is transmitted over a predetermined count, receiving recovery data of the data from both the base station using a recovery data specific resource for the base station and an adjacent base station of the base station using a recovery data specific resource for the adjacent base station, wherein an initial value for generating a scrambling sequence which is applied to the data received through the multicast channel is identical with an initial value for generating a scrambling sequence which is applied to the data received through the unicast channel.
A humidification chamber for use in a breathing circuit to humidify gases before inhalation, the humidification chamber being adapted to contain a volume of liquid, and comprising a gas inlet port, a gas outlet port, a fluid inlet including a primary valve seat, a secondary valve seat, and a valve having an actuating member that is operably linked to a first float so as to be movable in response to rising of the first float caused by a change in the level of liquid within the humidification chamber between an open configuration in which the actuating member is disengaged from the primary valve seat such that liquid is able to flow through the fluid inlet into the humidification chamber when the liquid within the humidification chamber is below a predetermined acceptable level, and a closed configuration in which the actuating member is engaged with the primary valve seat such that liquid is prevented from flowing through the fluid inlet into the humidification chamber when the liquid within the humidification chamber is at or above the predetermined acceptable level, characterised in that the actuating member is deformable in response to further rising of the first float caused by an increase in the level of liquid within the humidification chamber above the predetermined acceptable level to a deformed configuration in which the actuating member engages the secondary valve seat such that liquid is prevented from flowing through the fluid inlet into the humidification chamber.
A process for the preparation of a compound of Formula (I-0): wherein X is N or CH; R 1 is halogen, CN or optionally substituted C 1 -C 3 alkyl; and n is 0, 1, 2 or 3; said process comprising: (a) reacting a compound of Formula (I'-0), with a compound of Formula, wherein R is optionally substituted phenyl, to yield a compound of Formula (IV-0), and (b) treating a compound of Formula (IV-0) with a base to provide a compound of Formula (I-0). wherein X is N or CH; R 1 is halogen, CN or optionally substituted C 1 -C 3 alkyl; and n is 0, 1, 2 or 3; said process comprising: (a) reacting a compound of Formula (I'-0), with a compound of Formula, wherein R is optionally substituted phenyl, to yield a compound of Formula (IV-0), and (b) treating a compound of Formula (IV-0) with a base to provide a compound of Formula (I-0). (a) reacting a compound of Formula (I'-0), with a compound of Formula, wherein R is optionally substituted phenyl, to yield a compound of Formula (IV-0), and (b) treating a compound of Formula (IV-0) with a base to provide a compound of Formula (I-0).
Thermal conditioning device for a motor vehicle, comprising an air conditioning circuit in which a refrigerant fluid circulates, and which comprises: - a compressor - at least one main condenser, - at least one evaporator, and - at least one expansion member, the air conditioning circuit also comprising a unit for heating the refrigerant fluid, located upstream of the compressor, in the direction of circulation of the refrigerant fluid in the air conditioning circuit, characterized in that the air conditioning circuit is connected to a thermal conditioning circuit of a battery of the vehicle, - the thermal conditioning circuit of the battery being connected in parallel with the evaporator, - the air conditioning circuit and the thermal regulation circuit of the battery are connected to each other at: - a first connection point arranged between the main condenser and the expansion member, - a second connection point arranged between the evaporator and the heating unit, the thermal regulation circuit comprising: - a first bypass valve and a first expansion device that are arranged between the first connection point and the battery, - a second bypass valve and a second expansion device that are arranged between the battery and the second connection point. - a compressor - at least one main condenser, - at least one evaporator, and - at least one expansion member, - the thermal conditioning circuit of the battery being connected in parallel with the evaporator, - the air conditioning circuit and the thermal regulation circuit of the battery are connected to each other at: - a first connection point arranged between the main condenser and the expansion member, - a second connection point arranged between the evaporator and the heating unit, the thermal regulation circuit comprising: - a first bypass valve and a first expansion device that are arranged between the first connection point and the battery, - a second bypass valve and a second expansion device that are arranged between the battery and the second connection point. - a first connection point arranged between the main condenser and the expansion member, - a second connection point arranged between - a first bypass valve and a first expansion device that are arranged between the first connection point and the battery, - a second bypass valve and a second expansion device that are arranged between the battery and the second connection point.
A method for session transfer between Access Networks for a User Equipment UE, said method comprising insertion of a Service Continuity Application Server, V-SCC-AS, located in a Visited PLMN, V-PLMN, for said UE roaming in said V-PLMN, said method comprising: - a P-CSCF receiving an INVITE for an outgoing session from said User Equipment UE roaming in said Visited PLMN, V-PLMN, - said P-CSCF detecting that said UE is subject to insertion in a signaling path of said Service Continuity Application Server V-SCC-AS located in said V-PLMN, - said P-CSCF forwarding said INVITE to said V-SCC-AS, - said V-SCC-AS anchoring said session, and forwarding said INVITE to a S-CSCF in the Home PLMN, H-PLMN, of said UE. - a P-CSCF receiving an INVITE for an outgoing session from said User Equipment UE roaming in said Visited PLMN, V-PLMN, - said P-CSCF detecting that said UE is subject to insertion in a signaling path of said Service Continuity Application Server V-SCC-AS located in said V-PLMN, - said P-CSCF forwarding said INVITE to said V-SCC-AS, - said V-SCC-AS anchoring said session, and forwarding said INVITE to a S-CSCF in the Home PLMN, H-PLMN, of said UE.
A process for the insertion and conveying of a labile additive, or a mixture thereof, in a conveying pipe in which a main stream of molten material flows, said process characterized in that it incorporates said additive, or said mixture, in a portion of the pipe delimited by the main stream, according to one of the following alternative modes: a) in a longitudinal direction with respect to the flow direction of the main stream of molten material, or b) in a transversal direction with respect to the flow direction of the main stream of molten material, or c) according to a composition of the longitudinal (a) and transversal (b) mode, thus forming a resulting stream which keeps the labile additives segregated from the main stream of molten material. a) in a longitudinal direction with respect to the flow direction of the main stream of molten material, or b) in a transversal direction with respect to the flow direction of the main stream of molten material, or c) according to a composition of the longitudinal (a) and transversal (b) mode,
Drum, in particular a piece of drums so-called tom or tom-tom, comprising a cylindrical shell, a batter head on one side of the cylindrical shell, a resonant head on the opposite side of the cylindrical shell, two hoops, one of which is connected to the periphery of a head and the other is connected to the periphery of the other head, and tension rods allowing each hoop to be pulled in a direction opposite to the corresponding end of the shell, in order to exert tension on the head (3; 4); each hoop forms a first zone for the engagement of the tension rods; the shell has at least one rail (15; 15a, 15b) fixed to the outside of it, extending over the entire circumference of the shell, or substantially over the whole of this circumference, this rail (15; 15a, 15b) forming at least one second zone for the engagement of the tension rods; each tension rod has a first grip end, adapted to come into engagement with said first engagement zone formed by the hoop, and has a second grip end, adapted to engage said at least second engagement zone formed by rail (15; 15a, 15b); characterized in that: - said first zone for the engagement of the tension rods is continuous or substantially continuous over the entire circumference of the hoop; - said at least second zone for the engagement of the tension rods is continuous over the entire length of the rail (15; 15a, 15b); and - said first grip end is adapted to engage with said first engagement zone at any point of the circumference of the hoop, or substantially at any point of the circumference of this hoop, and said second grip end is adapted to engage said at least second engagement zone formed by the rail (15; 15a, 15b), at any point of the circumference of that rail, or substantially at any point of on the circumference of that rail. - said first zone for the engagement of the tension rods is continuous or substantially continuous over the entire circumference of the hoop; - said at least second zone for the engagement of the tension rods is continuous over the entire length of the rail (15; 15a, 15b); and - said first grip end is adapted to engage with said first engagement zone at any point of the circumference of the hoop, or substantially at any point of the circumference of this hoop, and said second grip end is adapted to engage said at least second engagement zone formed by the rail (15; 15a, 15b), at any point of the circumference of that rail, or substantially at any point of on the circumference of that rail.
An apparatus, the apparatus being configured to form a weight for each signal path associated with an antenna of a plurality of antennas (102, 104, 106, 108, 110, 112, 114, 116) around a test zone in an over-the-air chamber; and characterized in that the weights are formed by a comparison of a desired target electric field based on a radio channel model and an electric field obtainable by plane waves associated with the test zone, the plane waves being transmittable by the antennas (102, 104, 106, 108, 110, 112, 114, 116) and being based on at least one basis waveform in each signal path.
A method for cleaning at least one sensor of a vehicle, said at least one sensor comprising a surface to be cleaned, said cleaning method comprising steps of: - detecting whether said surface of said sensor is dirty, - triggering a cleaning counter if said surface is dirty, - activating a primary cleaning phase employing at least one cleaning parameter, - executing the primary cleaning phase, - checking whether said surface is clean, - if said surface is clean following said primary cleaning phase, resetting said cleaning counter and stopping execution of said primary cleaning phase, - otherwise incrementing said cleaning counter, and if said cleaning counter is lower than a primary threshold, reiterating said primary cleaning phase, the method being characterized in that it includes the following steps: - if said cleaning counter is equal to said primary threshold, stopping execution of said primary cleaning phase and activating a secondary cleaning phase with said at least one cleaning parameter modified, - executing said secondary cleaning phase, - checking whether said surface is clean, - if said surface is clean following said secondary cleaning phase, resetting said cleaning counter and stopping execution of said secondary cleaning phase, - otherwise incrementing said cleaning counter and if said cleaning counter is lower than a secondary threshold, reiterating said secondary cleaning phase, and if said cleaning counter is equal to said secondary threshold, resetting said cleaning counter, stopping execution of said secondary cleaning phase, and executing a function ensuring safety of said vehicle. - detecting whether said surface of said sensor is dirty, - triggering a cleaning counter if said surface is dirty, - activating a primary cleaning phase employing at least one cleaning parameter, - executing the primary cleaning phase, - checking whether said surface is clean, - if said surface is clean following said primary cleaning phase, resetting said cleaning counter and stopping execution of said primary cleaning phase, - otherwise incrementing said cleaning counter, and if said cleaning counter is lower than a primary threshold, reiterating said primary cleaning phase, the method being characterized in that it includes the following steps: - if said cleaning counter is equal to said primary threshold, stopping execution of said primary cleaning phase and activating a secondary cleaning phase with said at least one cleaning parameter modified, - executing said secondary cleaning phase, - checking whether said surface is clean, - if said surface is clean following said secondary cleaning phase, resetting said cleaning counter and stopping execution of said secondary cleaning phase, - otherwise incrementing said cleaning counter and if said cleaning counter is lower than a secondary threshold, reiterating said secondary cleaning phase, and if said cleaning counter is equal to said secondary threshold, resetting said cleaning counter, stopping execution of said secondary cleaning phase, and executing a function ensuring safety of said vehicle.