mhurhangee/patent-ind-claim-en huggingface dataset:
A method for operating a system having a first fluid catalytic cracking (FCC) unit and a second FCC unit for producing products from a hydrocarbon feed stream, the method comprising: introducing the hydrocarbon feed stream to a feed separator; separating the hydrocarbon feed stream into a lesser boiling point fraction and a greater boiling point fraction in the feed separator; passing the greater boiling point fraction to the first FCC unit; passing the lesser boiling point fraction to the second FCC unit, where the first FCC unit and the second FCC unit are downflow FCC units; cracking at least a portion of the greater boiling point fraction in the first FCC unit in the presence of a first catalyst at a first cracking temperature of from 500 °C to 700 °C to produce a first cracking reaction product and a spent first catalyst; cracking at least a portion of the lesser boiling point fraction in the second FCC unit in the presence of a second catalyst and at a second cracking temperature of from 500 °C to 700 °C to produce a second cracking reaction product and a spent second catalyst; passing at least a portion of the spent first catalyst to the first FCC unit, the second FCC unit, or the first FCC unit and the second FCC unit; or passing at least a portion of the spent second catalyst to the second FCC unit; and regenerating a non-recycled portion of the spent first catalyst and a non-recycled portion of the spent second catalyst in a regeneration zone to produce a regenerated catalyst. introducing the hydrocarbon feed stream to a feed separator; separating the hydrocarbon feed stream into a lesser boiling point fraction and a greater boiling point fraction in the feed separator; passing the greater boiling point fraction to the first FCC unit; passing the lesser boiling point fraction to the second FCC unit, where the first FCC unit and the second FCC unit are downflow FCC units; cracking at least a portion of the greater boiling point fraction in the first FCC unit in the presence of a first catalyst at a first cracking temperature of from 500 °C to 700 °C to produce a first cracking reaction product and a spent first catalyst; cracking at least a portion of the lesser boiling point fraction in the second FCC unit in the presence of a second catalyst and at a second cracking temperature of from 500 °C to 700 °C to produce a second cracking reaction product and a spent second catalyst; passing at least a portion of the spent first catalyst to the first FCC unit, the second FCC unit, or the first FCC unit and the second FCC unit; or passing at least a portion of the spent second catalyst to the second FCC unit; and regenerating a non-recycled portion of the spent first catalyst and a non-recycled portion of the spent second catalyst in a regeneration zone to produce a regenerated catalyst.
Disposable package with break opening for dispensing a liquid, dense or semi-dense product, consisting of a semi-rigid film , having an inner face and an opposite outer face and a flexible film sealingly applied to the inner face of the semi-rigid film so as to create a volume for containing the product, wherein the semi-rigid film comprises at least one layer in an admixed material, wherein: - said admixed material comprises a base polymer and an additive, wherein the base polymer is selected from the group comprising polypropylene and polyethylene and the additive is selected from the group comprising COCs (Cyclic-Olefin-Copolymers), a mineral filler such as talc and/or calcium carbonate, a nucleating agent; characterised in that the flexible film comprises at least one layer comprising said base polymer, so that the package is monomaterial. - said admixed material comprises a base polymer and an additive, wherein the base polymer is selected from the group comprising polypropylene and polyethylene and the additive is selected from the group comprising COCs (Cyclic-Olefin-Copolymers), a mineral filler such as talc and/or calcium carbonate, a nucleating agent;
A method comprising: identifying, by a network switching device , a network packet received via a particular port as a Message Queuing Telemetry Transport, MQTT, packet, wherein the MQTT packet is transmitted between a broker device and a subscriber device , wherein the broker device and subscriber device are MQTT components with roles of broker and subscriber respectively; performing, by the network switching device , a deep packet inspection, DPI, to identify a network address corresponding to the broker device and a role of an MQTT component in the MQTT protocol; applying, by the network switching device , a network policy defined in a policy engine dynamically based on the role of the MQTT component, wherein the network policy is specific to at least one of the broker device and the subscriber device ; and performing, by the network switching device , a specific action based on the applied network policy. identifying, by a network switching device , a network packet received via a particular port as a Message Queuing Telemetry Transport, MQTT, packet, wherein the MQTT packet is transmitted between a broker device and a subscriber device , wherein the broker device and subscriber device are MQTT components with roles of broker and subscriber respectively; performing, by the network switching device , a deep packet inspection, DPI, to identify a network address corresponding to the broker device and a role of an MQTT component in the MQTT protocol; applying, by the network switching device , a network policy defined in a policy engine dynamically based on the role of the MQTT component, wherein the network policy is specific to at least one of the broker device and the subscriber device ; and performing, by the network switching device , a specific action based on the applied network policy.
A method for reference signal transmission in wireless communications, the method being carried out by a user equipment, the method comprising: acquiring a virtual cell identifier common for a plurality of cells; generating a pseudo-random sequence, PRS, based at least in part on the virtual cell identifier; and transmitting one or more reference signals to the plurality of cells based at least in part on the PRS. acquiring a virtual cell identifier common for a plurality of cells; generating a pseudo-random sequence, PRS, based at least in part on the virtual cell identifier; and transmitting one or more reference signals to the plurality of cells based at least in part on the PRS.
Moulded part made of polymer material, the part comprising at least one planar assembly region portion that is intended to be secured to a support structure , the planar assembly region portion comprising a metal disc that is integrated, in the thickness of the planar assembly region portion , such that the circumference of the disc is covered by the polymer material of the moulded part , and such that a central portion of each one of the two faces of the disc is left visible, characterized in that the disc is in the form of a dish , the bottom of the dish being coplanar, or in relief, relative to the polymer surface of the part which holds the periphery of the disc .
Bearing housing , designed in particular as an end-face cover for a nacelle of a fluid-flow power plant, having a cylindrical section which is configured to receive a bearing unit with at least one rolling bearing , wherein the at least one rolling bearing has an inner ring and an outer ring which are arranged so as to be rotatable about a bearing axis of rotation in relation to one another and, between them, define a rolling space in which multiple rolling bodies are arranged, wherein the bearing housing furthermore has a section which extends at an angle to the cylindrical section and which is adapted to an angle (α) between the bearing axis of rotation and a pressure line of the rolling bearing , wherein the section extending at an angle to the cylindrical section extends in an extension of the pressure line of the rolling bearing radially outwards, characterized in that the section has a flange at its free end .
Dental prosthesis system comprising a ceramic implant for osseointegration in a jaw bone, with a receiving opening for a connection screw (7, 7', 7", 7'''), a connection screw, an abutment , preferably of ceramic, wherein the abutment is securable in the receiving opening of the implant by means of the connection screw made of fibre-reinforced thermoplastic, a screw lock , which comprises a first interlocking means and a second interlocking means , wherein the first interlocking means is arranged on the connection screw , the second interlocking means is arranged in the receiving opening of the implant or on the abutment , and, during the tightening or releasing of the connection screw (7, 7', 7", 7''') in the implant , the first interlocking means is elastically deformable in cooperation with the second interlocking means , wherein the first interlocking means is designed as an outer polygon on the connection screw and the second interlocking means is designed as an inner polygon , preferably a triangle, in the receiving opening of the implant , or the first interlocking means comprises at least one rib on a head of the connection screw and the second interlocking means comprises at least one groove in a through-bore (10, 10', 10") of the abutment , or the second interlocking means is a structure arranged on an inner peripheral surface of the through-bore of the abutment, wherein the structure has protrusions , and corresponding first interlocking means are located on a head of the connection screw.
A pharmaceutical composition, comprising: (a) up to four peptides selected from the group consisting of: (i) a peptide consisting of the amino acid sequence SEQ ID NO:1; (ii) a peptide consisting of the amino acid sequence SEQ ID NO:2; (iii) a peptide consisting of the amino acid sequence SEQ ID NO:3; and (iv) a peptide consisting of the amino acid sequence SEQ ID NO:4; and (b) a pharmaceutically acceptable vehicle. (a) up to four peptides selected from the group consisting of: (i) a peptide consisting of the amino acid sequence SEQ ID NO:1; (ii) a peptide consisting of the amino acid sequence SEQ ID NO:2; (iii) a peptide consisting of the amino acid sequence SEQ ID NO:3; and (iv) a peptide consisting of the amino acid sequence SEQ ID NO:4; and (i) a peptide consisting of the amino acid sequence SEQ ID NO:1; (ii) a peptide consisting of the amino acid sequence SEQ ID NO:2; (iii) a peptide consisting of the amino acid sequence SEQ ID NO:3; and (iv) a peptide consisting of the amino acid sequence SEQ ID NO:4; and (b) a pharmaceutically acceptable vehicle.
A method comprising: loading data defining a three dimensional shape for a composite part ; identifying constraints based on dimensions of the 3D shape ; simulating flattening of the 3D shape into a planar shape ; acquiring a mandrel having the planar shape ; placing features at the mandrel which permit a laminate laid-up onto the mandrel to compensate for the constraints during forming of the laminate into the 3D shape ; and generating a Numerical Control (NC) program that directs an Automated Fiber Placement (AFP) machine laying up the laminate, the NC program including instructions for laying up tows of constituent material onto the mandrel having the features, to form layers of the laminate . loading data defining a three dimensional shape for a composite part ; identifying constraints based on dimensions of the 3D shape ; simulating flattening of the 3D shape into a planar shape ; acquiring a mandrel having the planar shape ; placing features at the mandrel which permit a laminate laid-up onto the mandrel to compensate for the constraints during forming of the laminate into the 3D shape ; and generating a Numerical Control (NC) program that directs an Automated Fiber Placement (AFP) machine laying up the laminate, the NC program including instructions for laying up tows of constituent material onto the mandrel having the features, to form layers of the laminate .
Espagnolette fitting for a door leaf or window sash, comprising a faceplate , an espagnolette which is arranged on the faceplate and is longitudinally movable relative to the faceplate , and a locking pin which is attached to the espagnolette and protrudes through an elongate hole formed in the faceplate , characterized in that a spring element is arranged on the side of the faceplate that faces away from the espagnolette , which spring element is supported on the faceplate and applies a force to the locking pin in order to bring the locking pin into an extended position relative to the faceplate .
Formwork element having a formwork skin , having a frame bearing the latter, and having struts which are arranged within the frame and support the formwork skin , wherein the frame is produced from unprofiled flat steel, wherein at least one strut has at least two plug-through openings , wherein a shortest distance of a first plug-through opening of the at least two plug-through openings to the frame is shorter than a shortest distance of a second plug-through opening of the at least two plug-through openings to the frame , and wherein the second plug-through opening is equidistantly spaced from two mutually adjacent frame legs of the frame , characterized in that the struts are made of open sectional steel with a trapezoidal profile and have a trapezoidal cross-section, and in that the struts are arranged such that the sectional steel is open to the formwork skin .
Method for determining a temporal reference and/or at least one spatial reference, by means of a device of a communication system comprising a plurality of collection gateways designed to communicate with terminal devices by means of wireless communications, each one of the collection gateways being configured to transmit , within the communication system, beacons, referred to as synchronization beacons, allowing devices receiving them to synchronize in time and frequency with respect to said communication system, the method being such that, for each beacon or series of beacons from a plurality of beacons or series of beacons respectively received from different collection gateways, said device performs the following steps: - scanning said beacon or series of beacons and obtaining therefrom information about the current geolocation of the collection gateway which transmitted said beacon or series of beacons; - scanning said beacon or series of beacons and obtaining therefrom information representative of a communication technology used to determine the current geolocation of the collection gateway which transmitted said beacon or series of beacons; - scanning said beacon or series of beacons and obtaining therefrom information indicating whether the current geolocation of the collection gateway which transmitted said beacon or series of beacons was determined with the aid of means internal to said collection gateway , or else whether the current geolocation of the collection gateway which transmitted said beacon or series of beacons was determined with the aid of means external to said collection gateway ; and such that the device uses the information thus obtained to consider or not consider, or weight, the received beacons, to determine the temporal reference in order to synchronize said device in time and frequency with respect to said communication system and/or the one or more spatial references to determine the geolocation of said device . - scanning said beacon or series of beacons and obtaining therefrom information about the current geolocation of the collection gateway which transmitted said beacon or series of beacons; - scanning said beacon or series of beacons and obtaining therefrom information representative of a communication technology used to determine the current geolocation of the collection gateway which transmitted said beacon or series of beacons; - scanning said beacon or series of beacons and obtaining therefrom information indicating whether the current geolocation of the collection gateway which transmitted said beacon or series of beacons was determined with the aid of means internal to said collection gateway , or else whether the current geolocation of the collection gateway which transmitted said beacon or series of beacons was determined with the aid of means external to said collection gateway ;
An adjustable anatomical support and seat cushion assembly for wheelchairs comprising: a generally rectangular, resilient seat cushion member and a generally rectangular, planar base member , characterized in that the seat cushion member is formed of a plurality of layers of thermoplastic honeycomb material; the planar base member is formed of at least one layer of a thermoplastic honeycomb material, the base member being disposed beneath the seat cushion member and having a rear edge thereof pivotally attached to a corresponding rear edge of the seat cushion member at a hinge, the base member being rotatable between a non-parallel disposition relative to the seat cushion member , and a parallel disposition relative to the seat cushion member ; and the adjustable anatomical support and seat cushion assembly for wheelchairs further comprises: a plurality of prescriptively sized and shaped pelvic obliquity elements , pommel elements and/or wedge elements affixed to a surface of the base member generally facing the seat cushion member , the pelvic obliquity elements , pommel elements and/or wedge elements being operative to engage and deform the seat cushion member when the base member is rotated from the non-parallel disposition relative to the seat cushion member into the parallel disposition relative to the seat cushion member , the plurality of prescriptively sized and shaped pelvic obliquity elements , pommel elements and/or wedge elements being removable from the base member . a generally rectangular, resilient seat cushion member and a generally rectangular, planar base member , characterized in that the seat cushion member is formed of a plurality of layers of thermoplastic honeycomb material; the planar base member is formed of at least one layer of a thermoplastic honeycomb material, the base member being disposed beneath the seat cushion member and having a rear edge thereof pivotally attached to a corresponding rear edge of the seat cushion member at a hinge, the base member being rotatable between a non-parallel disposition relative to the seat cushion member , and a parallel disposition relative to the seat cushion member ; and the adjustable anatomical support and seat cushion assembly for wheelchairs further comprises: a plurality of prescriptively sized and shaped pelvic obliquity elements , pommel elements and/or wedge elements affixed to a surface of the base member generally facing the seat cushion member , the pelvic obliquity elements , pommel elements and/or wedge elements being operative to engage and deform the seat cushion member when the base member is rotated from the non-parallel disposition relative to the seat cushion member into the parallel disposition relative to the seat cushion member , the plurality of prescriptively sized and shaped pelvic obliquity elements , pommel elements and/or wedge elements being removable from the base member .
A method for extending a handshake communication between a communication device (CD) and an application server (AS), comprising the following steps in the application server (AS): receiving (S1) at least two messages (MesC) from the communication device (CD), each message (MesC) comprising a handshake index (IndH) and triggering a handshake session so that the application server (AS) negotiates with the communication device (CD) a set of cryptographic parameters, for each handshake index of the at least two messages (MesC) received, storing (S2) the negotiated set of cryptographic parameters with a corresponding connection state index (IndC) depending on an associated handshake index (IndH), wherein the corresponding connection state index is a single byte contained in a protocol message field, activating (S3) the negotiated set of cryptographic parameters stored with a lowest connection state index for establishing a secured connection with only one port of the communication device, whereby the application server receives a connection state from the communication device, switches a security context for the secure connection corresponding to the received connection state by activating the one or more cryptographic parameters of the negotiated set of cryptographic parameters stored with a corresponding connection state index in correspondence with the received connection state. receiving (S1) at least two messages (MesC) from the communication device (CD), each message (MesC) comprising a handshake index (IndH) and triggering a handshake session so that the application server (AS) negotiates with the communication device (CD) a set of cryptographic parameters, for each handshake index of the at least two messages (MesC) received, storing (S2) the negotiated set of cryptographic parameters with a corresponding connection state index (IndC) depending on an associated handshake index (IndH), wherein the corresponding connection state index is a single byte contained in a protocol message field, activating (S3) the negotiated set of cryptographic parameters stored with a lowest connection state index for establishing a secured connection with only one port of the communication device, whereby the application server receives a connection state from the communication device, switches a security context for the secure connection corresponding to the received connection state by activating the one or more cryptographic parameters of the negotiated set of cryptographic parameters stored with a corresponding connection state index in correspondence with the received connection state.
An aqueous dispersion for the controlled release of anionic surfactants in hydrocarbon recovery operation consisting of: 0.05 to 5 weight percent of partially hydrolyzed polyacrylamide; and 0.05 to 5 weight percent of anionic surfactant salt particles with mean particle size of less than 200 nm, the anionic surfactant salt particles being selected from aluminium alkyl sulfonate, calcium alkyl sulfonate, magnesium alkyl sulfonate, and cobalt alkyl sulfonate, and wherein the particles are dispersible in a reservoir environment of up to 100°C and 25 wt% salinity. 0.05 to 5 weight percent of partially hydrolyzed polyacrylamide; and 0.05 to 5 weight percent of anionic surfactant salt particles with mean particle size of less than 200 nm, the anionic surfactant salt particles being selected from aluminium alkyl sulfonate, calcium alkyl sulfonate, magnesium alkyl sulfonate, and cobalt alkyl sulfonate, and wherein the particles are dispersible in a reservoir environment of up to 100°C and 25 wt% salinity.