mhurhangee/ep-ind-claims huggingface dataset:
A process for the preparation of branched polybutadiene having a high content of 1,4-cis units which comprises polymerizing butadiene in the presence of at least one organic solvent, and in the presence of: a) a catalytic system prepared in situ including: (a 1) at least one neodymium carboxylate, (a 2) at least one alkyl compound of aluminum, (a 3) at least one alkyl compound of aluminum containing at least one halogen atom, and b) at least one organic ester containing at least one halogen atom. a) a catalytic system prepared in situ including: (a 1) at least one neodymium carboxylate, (a 2) at least one alkyl compound of aluminum, (a 3) at least one alkyl compound of aluminum containing at least one halogen atom, and (a 1) at least one neodymium carboxylate, (a 2) at least one alkyl compound of aluminum, (a 3) at least one alkyl compound of aluminum containing at least one halogen atom, and b) at least one organic ester containing at least one halogen atom.
A management system for a multiplexed communication network of a vehicle, said management system comprising a plurality of computers (10, 20) connected to said communication network, and a bidirectional wire link connecting said plurality of computers (10, 20) with each other, said communication network and said plurality of computers (10, 20) having a standby state and an awake state, said plurality of computers (10, 20) comprising a master computer and at least one slave computer said master computer and said at least one slave computer being configured to transmit and receive a message relating to a requested state of the communication network via said bi-directional wire link, the state of at least one of the plurality of computers (10, 20) being controlled from said message relating to the requested state so as to control the state of the communication network, said communication network being of the Ethernet over optical fibre type, wherein said master computer and said at least one slave computer are respectively configured to transmit and receive, via the communication network, a confirmation message relating to said requested state.
A light emitting device comprising: a substrate; a light-emitting diode chip mounted on the substrate; a Zener diode chip mounted next to the light-emitting diode chip on the substrate; a frame-like dam material formed on the substrate to surround the light-emitting diode chip and the Zener diode chip; and a light-reflective resin injected inside the dam material to coat side surfaces of the light-emitting diode chip and side surfaces and an upper surface of the Zener diode chip, wherein a part of the frame-like dam material swells outward to surround three of the side surfaces of the Zener diode chip, the light-reflective resin flows into a gap under the Zener diode chip and serves as an underfill, and the light-reflective resin flows into a gap under the light-emitting diode chip and serves as an underfill. a substrate; a light-emitting diode chip mounted on the substrate; a Zener diode chip mounted next to the light-emitting diode chip on the substrate; a frame-like dam material formed on the substrate to surround the light-emitting diode chip and the Zener diode chip; and a light-reflective resin injected inside the dam material to coat side surfaces of the light-emitting diode chip and side surfaces and an upper surface of the Zener diode chip, wherein a part of the frame-like dam material swells outward to surround three of the side surfaces of the Zener diode chip, the light-reflective resin flows into a gap under the Zener diode chip and serves as an underfill, and the light-reflective resin flows into a gap under the light-emitting diode chip and serves as an underfill.
Guard element (1, 2, 3, 4) for use in a hair cutting unit as a guard for a movable hair cutting element of the hair cutting unit, which guard element (1, 2, 3, 4) is generally cup-shaped and comprises a disc-shaped base and an annular wall, wherein - the disc-shaped base comprises a central axis and a peripheral section which is curved when seen in a central cross-section of the guard element (1, 2, 3, 4) comprising the central axis; and - the annular wall comprises a main part and a flange-shaped part; and wherein - the main part of the annular wall has a substantially upright orientation with respect to the disc-shaped base and comprises a straight section, which is uncurved when seen in the central cross-section and which is connected to the peripheral section of the disc-shaped base; and - the flange-shaped part of the annular wall comprises an outwardly bent section, which is bent outwardly relative to the central axis when seen in the central cross-section, and a free end section; wherein the outwardly bent section of the flange-shaped part of the annular wall interconnects the main part of the annular wall and the free end section of the flange-shaped part of the annular wall; characterized in that the annular wall is reinforced on the basis of a design where a smallest inner periphery of the flange-shaped part of the annular wall has a diameter which is smaller than a diameter of a largest inner periphery of the straight section of the main part of the annular wall. - the disc-shaped base comprises a central axis and a peripheral section which is curved when seen in a central cross-section of the guard element (1, 2, 3, 4) comprising the central axis; and - the annular wall comprises a main part and a flange-shaped part; and wherein - the main part of the annular wall has a substantially upright orientation with respect to the disc-shaped base and comprises a straight section, which is uncurved when seen in the central cross-section and which is connected to the peripheral section of the disc-shaped base; and - the flange-shaped part of the annular wall comprises an outwardly bent section, which is bent outwardly relative to the central axis when seen in the central cross-section, and a free end section;
A method comprising: providing a treatment fluid comprising a hydroxypyridinecarboxylic acid, a salt thereof, a tautomer thereof, or a combination thereof; introducing the treatment fluid into a subterranean formation; and complexing an aluminium ion and/or a ferric ion in the subterranean formation with the hydroxypyridinecarboxylic acid; wherein the hydroxypyridinecarboxylic acid is selected from the following compounds: providing a treatment fluid comprising a hydroxypyridinecarboxylic acid, a salt thereof, a tautomer thereof, or a combination thereof; introducing the treatment fluid into a subterranean formation; and complexing an aluminium ion and/or a ferric ion in the subterranean formation with the hydroxypyridinecarboxylic acid; wherein the hydroxypyridinecarboxylic acid is selected from the following compounds:
A method of operation of an audio/video content receiver, the method comprising the steps of: receiving encoded audio/video content in at least one packetized data stream comprising one or more programmes having data packets identified by respective sets of one or more packet identifiers, and comprising identification data mapping programmes to respective sets of the packet identifiers; receiving an indication from a Conditional Access Module, CAM, indicating that it requires packets from the at least one packetized data stream, the required packets having a particular packet identifier not included in the identification data; selecting first data packets from the at least one packetized data stream according to the set of one or more packet identifiers defined by the identification data for that stream in respect of a required programme; selecting second data packets from the at least one packetized data stream, the second data packets having the particular packet identifier which is not included in the identification data and the second data packets being indicated as required by the CAM; generating a composite packetized data stream from the selected packets; generating composite stream identification data indicating packet identifiers of the selected packets included in the composite packetized data stream; and supplying the composite packetized data stream to the CAM for decrypting the required programme from the composite packetized data stream. receiving encoded audio/video content in at least one packetized data stream comprising one or more programmes having data packets identified by respective sets of one or more packet identifiers, and comprising identification data mapping programmes to respective sets of the packet identifiers; receiving an indication from a Conditional Access Module, CAM, indicating that it requires packets from the at least one packetized data stream, the required packets having a particular packet identifier not included in the identification data; selecting first data packets from the at least one packetized data stream according to the set of one or more packet identifiers defined by the identification data for that stream in respect of a required programme; selecting second data packets from the at least one packetized data stream, the second data packets having the particular packet identifier which is not included in the identification data and the second data packets being indicated as required by the CAM; generating a composite packetized data stream from the selected packets; generating composite stream identification data indicating packet identifiers of the selected packets included in the composite packetized data stream; and supplying the composite packetized data stream to the CAM for decrypting the required programme from the composite packetized data stream.
A process for obtaining an isolated polynucleotide sequence comprising a DNA sequence encoding a polypeptide comprising an aspartic protease amino acid sequence, wherein the process comprises the steps of modifying the polynucleotide sequence to encode an extra polypeptide N-X-T glycosylation site in the aspartic protease amino acid sequence and isolating the modified polynucleotide sequence encoding a modified polypeptide, and wherein the aspartic protease is a chymosin.
A travel control method of controlling travel of a host vehicle such that the host vehicle is at a predetermined position with respect to a lane line of a traffic lane in which the host vehicle is traveling, the method comprising: when the lane line that had been being detected is no longer detected, estimating an imaginary lane line based on a position of the lane line detected in the past; and controlling the travel of the host vehicle such that the host vehicle is at a predetermined position with respect to the imaginary lane line, when a preceding vehicle ahead of the host vehicle is being detected in the traffic lane, the imaginary lane line is estimated based on a relative position of the lane line to the preceding vehicle, detected in the past, wherein the relative position is a distance from the sides of the preceding vehicle to the lane line, the distance being stored in a relative position storage section. when the lane line that had been being detected is no longer detected, estimating an imaginary lane line based on a position of the lane line detected in the past; and controlling the travel of the host vehicle such that the host vehicle is at a predetermined position with respect to the imaginary lane line, when a preceding vehicle ahead of the host vehicle is being detected in the traffic lane, the imaginary lane line is estimated based on a relative position of the lane line to the preceding vehicle, detected in the past, wherein the relative position is a distance from the sides of the preceding vehicle to the lane line, the distance being stored in a relative position storage section.
Method for forming a structural component for an airframe of an aircraft or spacecraft, comprising: providing a prefabricated shell element comprising a thermoplastic substrate; and applying a stiffening structure to the shell element by additive manufacturing, wherein a plurality of continuous thermoplastic filaments (4; 4a, 4b, 4c,..., 4n) filled with reinforcing fibers are continuously heated and three dimensionally formed such that the filaments (4; 4a, 4b, 4c,..., 4n) are crossing and bonded to each other at a plurality of crossing points to form a three dimensional grid truss (6; 6'; 6") integrally formed on the shell element. providing a prefabricated shell element comprising a thermoplastic substrate; and applying a stiffening structure to the shell element by additive manufacturing, wherein a plurality of continuous thermoplastic filaments (4; 4a, 4b, 4c,..., 4n) filled with reinforcing fibers are continuously heated and three dimensionally formed such that the filaments (4; 4a, 4b, 4c,..., 4n) are crossing and bonded to each other at a plurality of crossing points to form a three dimensional grid truss (6; 6'; 6") integrally formed on the shell element.
A curable, formaldehyde free coating composition comprising: (i) a composition comprising (a) a polyacid copolymer comprising at least two carboxylic acid groups, anhydride groups, or salts thereof, (b) a hydroxyl group-containing compound bearing at least two hydroxyl groups as an independent compound or incorporated into the polyacid copolymer backbone, and (c) a phosphorus-containing catalyst; and (ii) calcium aluminosilicate powder having a total alkali content of less than 2 wt.% based on the total weight of the calcium aluminosilicate powder, a median particle size of 250 microns or less, and a surface area from 1 m 2 /g to 3 m 2 /g, wherein the ratio of the number of equivalents of said carboxylic acid groups, anhydride groups, or salts thereof to the number of equivalents of said hydroxyl groups is from 1/0.01 to 1/3. (i) a composition comprising (a) a polyacid copolymer comprising at least two carboxylic acid groups, anhydride groups, or salts thereof, (b) a hydroxyl group-containing compound bearing at least two hydroxyl groups as an independent compound or incorporated into the polyacid copolymer backbone, and (c) a phosphorus-containing catalyst; and (ii) calcium aluminosilicate powder having a total alkali content of less than 2 wt.% based on the total weight of the calcium aluminosilicate powder, a median particle size of 250 microns or less, and a surface area from 1 m 2 /g to 3 m 2 /g,
A power conversion apparatus comprising: a converter circuit configured to perform full-wave rectification of a power-supply voltage (v in) of an AC power supply; a DC link including a capacitor connected in parallel to an output of the converter circuit and configured to output a pulsating DC voltage (v dc); an inverter circuit configured to convert an output of the DC link to AC by switching, and to supply the AC to a motor connected thereto; and a controller configured to control the switching so that currents (i u, i v, and i w) of the motor pulsate in synchronization with pulsation of the power-supply voltage (v in), characterized in that the controller includes a current reference generator which causes a motor current reference to pulsate in synchronization with the power-supply voltage; and the current reference generator controls the switching when a load of the motor is smaller than a predetermined value in accordance with a decrease in the load of the motor or an operational state of the motor, and reduces pulsation amplitude of the currents (i u, i v, and i w). a converter circuit configured to perform full-wave rectification of a power-supply voltage (v in) of an AC power supply; a DC link including a capacitor connected in parallel to an output of the converter circuit and configured to output a pulsating DC voltage (v dc); an inverter circuit configured to convert an output of the DC link to AC by switching, and to supply the AC to a motor connected thereto; and a controller configured to control the switching so that currents (i u, i v, and i w) of the motor pulsate in synchronization with pulsation of the power-supply voltage (v in), characterized in that the controller includes a current reference generator which causes a motor current reference to pulsate in synchronization with the power-supply voltage; and the current reference generator controls the switching when a load of the motor is smaller than a predetermined value in accordance with a decrease in the load of the motor or an operational state of the motor, and reduces pulsation amplitude of the currents (i u, i v, and i w).
A troffer-based lighting arrangement comprising end plates and a lighting unit configured between said end plates, wherein the lighting unit comprises a grounding point and head ends, wherein the end plates are associated with the respective head ends via connectors, wherein the lighting unit and end plates are in physical contact with each other for providing grounding continuity between the lighting unit and the end plates, and which connectors comprise head end locking tabs and end plate locking slots, wherein the locking tabs reside in the respective locking slots, the troffer-based lighting arrangement further comprising a troffer, wherein the troffer comprises side elements and said end plates defining a trough-like space for engaging at least part of said lighting unit, and wherein the lighting unit and said end plates are configured in interference fit for providing grounding continuity between the lighting unit and the end plates.
A fixed-shell aircraft passenger seat, comprising: a seat bottom; a seatback pivotably attached to the seat bottom; a fixed-shell positioned behind the seatback; left and right spreaders (34, 36) guiding the seat bottom forward and lower as the seat bottom moves from an upright sitting position to a cradle recline sitting position; a cradling recline mechanism positioned on opposite sides of and beneath the seat bottom, the cradling recline mechanism comprising a linkage arm and an arcuate rail that moves with the seat bottom, the linkage arm and the arcuate rail being fixed together, wherein the linkage arm is fixed at one end for movement with the seat bottom and pivotably attached proximate an opposite end thereof to a fixed seat frame member positioned beneath the seat bottom; a locking gas spring arranged between the linkage arm and the fixed seat frame member for counterbalancing passenger weight to return the seat bottom to the upright sitting position and prevent over acceleration into the cradle recline sitting position; a geared pinion timing axle meshed with teeth on the arcuate rail to keep opposite sides of the seat bottom running parallel; and wherein the cradling recline mechanism controls the seat bottom such that the seat bottom lowers towards the floor with a rear of the seat bottom lowering even more such that a cradling effect is provided. a seat bottom; a seatback pivotably attached to the seat bottom; a fixed-shell positioned behind the seatback; left and right spreaders (34, 36) guiding the seat bottom forward and lower as the seat bottom moves from an upright sitting position to a cradle recline sitting position; a cradling recline mechanism positioned on opposite sides of and beneath the seat bottom, the cradling recline mechanism comprising a linkage arm and an arcuate rail that moves with the seat bottom, the linkage arm and the arcuate rail being fixed together, wherein the linkage arm is fixed at one end for movement with the seat bottom and pivotably attached proximate an opposite end thereof to a fixed seat frame member positioned beneath the seat bottom; a locking gas spring arranged between the linkage arm and the fixed seat frame member for counterbalancing passenger weight to return the seat bottom to the upright sitting position and prevent over acceleration into the cradle recline sitting position; a geared pinion timing axle meshed with teeth on the arcuate rail to keep opposite sides of the seat bottom running parallel; and wherein the cradling recline mechanism controls the seat bottom such that the seat bottom lowers towards the floor with a rear of the seat bottom lowering even more such that a cradling effect is provided.
A method comprising: receiving, by at least one processor associated with a vehicle, an image sensor signal and a range sensor signal; determining, by the at least one processor, a first range to a first object and a second range to a second object based on the range sensor signal; generating, by the at least one processor, an enhanced image signal corresponding to an enhanced image based in part on the range to the first object and the image sensor signal, and the range to the second object, wherein the enhanced image provides an image of the first object and the second, wherein the first object is visually enhanced relative to the second object, wherein the enhancement is based on an oscillation of the first object relative to the second object; and providing, by the at least one processor, the enhanced image signal to a display device associated with the vehicle. receiving, by at least one processor associated with a vehicle, an image sensor signal and a range sensor signal; determining, by the at least one processor, a first range to a first object and a second range to a second object based on the range sensor signal; generating, by the at least one processor, an enhanced image signal corresponding to an enhanced image based in part on the range to the first object and the image sensor signal, and the range to the second object, wherein the enhanced image provides an image of the first object and the second, wherein the first object is visually enhanced relative to the second object, wherein the enhancement is based on an oscillation of the first object relative to the second object; and providing, by the at least one processor, the enhanced image signal to a display device associated with the vehicle.
A method for transmitting uplink control information comprising: determining that the uplink control information meets a criteria; and responsive to determining that the uplink control information meets the criteria, transmitting a first subset of uplink control information bits on a physical uplink control channel in a first subframe and transmitting a second subset of uplink control information bits on a physical uplink shared channel in the first subframe. determining that the uplink control information meets a criteria; and responsive to determining that the uplink control information meets the criteria, transmitting a first subset of uplink control information bits on a physical uplink control channel in a first subframe and transmitting a second subset of uplink control information bits on a physical uplink shared channel in the first subframe.