mhurhangee/ep-ind-claims huggingface dataset:
A curable fluoroelastomer composition comprising: A) a fluoroelastomer having chloro, bromo or iodo cure sites; B) a free radical generating compound; and C) an unsaturated metal compound coagent having the formula Y (4-n) MX n wherein Y is selected from alkyl, aryl, carboxylic acid, or alkyl ester groups; M is selected from Si, Ge, Sn, or Pb; X is an allyl group CR 1 R 2 CR 3 =CR 4 R 5, vinyl group CR 1 =CR 2 R 3, allenyl group CR 1 =C=CR 2 R 3, alkynyl group C=CR 1, or propargyl group CR 1 R 2 C=CR 3; R 1 -R 5 are selected independently from the group consisting of H, F, alkyl, aryl, heterocycle, or perfluoroalkyl groups; and n is 1, 2, or 3. A) a fluoroelastomer having chloro, bromo or iodo cure sites; B) a free radical generating compound; and C) an unsaturated metal compound coagent having the formula Y (4-n) MX n wherein Y is selected from alkyl, aryl, carboxylic acid, or alkyl ester groups; M is selected from Si, Ge, Sn, or Pb; X is an allyl group CR 1 R 2 CR 3 =CR 4 R 5, vinyl group CR 1 =CR 2 R 3, allenyl group CR 1 =C=CR 2 R 3, alkynyl group C=CR 1, or propargyl group CR 1 R 2 C=CR 3; R 1 -R 5 are selected independently from the group consisting of H, F, alkyl, aryl, heterocycle, or perfluoroalkyl groups; and n is 1, 2, or 3.
A process for synthesising methanol comprising the steps of (i) passing a feed gas comprising a make-up gas containing hydrogen and carbon dioxide to a methanol synthesis loop, (ii) recovering a product gas mixture containing methanol from the methanol synthesis loop, (iii) cooling the product gas mixture to below the dew point to condense crude methanol, (iv) separating the crude methanol from an unreacted gas mixture, (v) passing a portion of the unreacted gas mixture to the methanol synthesis loop and (vi) recovering a portion of the unreacted gas mixture as a purge gas stream, characterised by contacting the crude methanol and a portion of the purge gas in a stripping unit to strip dissolved gases from the crude methanol thereby forming a stripped crude methanol and an enriched gas mixture, and feeding at least a portion of the enriched gas mixture to the methanol synthesis loop.
An implantable anti-vasculoproliferative drug eluting sleeve or matrix material adapted to be placed in contact with the exterior of a vascular structure to address the hyperplasia resulting from the formation of an anastomosis comprising: a) a flexible biocompatible matrix material for wrapping around the exterior of the vascular structure wherein the biocompatible matrix material is carrying an anti-vasculoproliferative drug; and b) the anti-vasculoproliferative drug is rapamycin. a) a flexible biocompatible matrix material for wrapping around the exterior of the vascular structure wherein the biocompatible matrix material is carrying an anti-vasculoproliferative drug; and b) the anti-vasculoproliferative drug is rapamycin.
Dosing unit for dosing a precursor into a gas stream, comprising a main body which is of solid form and which has a first duct, through which the gas stream can flow from a gas inlet to a gas outlet and which is formed as a bore into the main body, and a second duct, which intersects the first duct at an angle (α) at a crossing point, wherein an injection nozzle for feeding the precursor into the gas stream is arranged in the second duct, wherein, below the crossing point in a usage position of the dosing unit, one end of the second duct is in the form of a particle trap, wherein a cleaning opening, which can be closed off by way of a closure plug, is provided for the particle trap.
A method for testing an optical assembly, comprising - providing a substrate with an optical microstructure integrated with the substrate, the optical microstructure comprising one or more integrated optical components which are fully or partially embedded, integrated or patterned in the substrate and which are positioned to form an optical interaction area above a part of a surface of the substrate, - sealing a cover cap to at least a part of a surface of the substrate adjacent to the optical microstructure, thereby obtaining a sealed cavity, - providing a physical parameter sensor arrangement for measuring a physical parameter inside the sealed cavity which is a measure of hermeticity of the sealed cavity, - providing an optical feedthrough integrated in the substrate between the physical parameter sensor arrangement and the optical microstructure, the optical feedthrough forming a communication path from within the sealed cavity to an area outside the sealed cavity and provided for communicating the measured physical parameter value, - measuring said physical parameter value inside the sealed cavity by means of the physical parameter sensor arrangement inside the sealed cavity, and - communicating the measured physical parameter value via the optical feedthrough to the area outside the sealed cavity. - providing a substrate with an optical microstructure integrated with the substrate, the optical microstructure comprising one or more integrated optical components which are fully or partially embedded, integrated or patterned in the substrate and which are positioned to form an optical interaction area above a part of a surface of the substrate, - sealing a cover cap to at least a part of a surface of the substrate adjacent to the optical microstructure, thereby obtaining a sealed cavity, - providing a physical parameter sensor arrangement for measuring a physical parameter inside the sealed cavity which is a measure of hermeticity of the sealed cavity, - providing an optical feedthrough integrated in the substrate between the physical parameter sensor arrangement and the optical microstructure, the optical feedthrough forming a communication path from within the sealed cavity to an area outside the sealed cavity and provided for communicating the measured physical parameter value, - measuring said physical parameter value inside the sealed cavity by means of the physical parameter sensor arrangement inside the sealed cavity, and - communicating the measured physical parameter value via the optical feedthrough to the area outside the sealed cavity.
A process for separating esters of vinyl alcohol from a gas stream comprising from 70 to 99.5% by weight of ethylene and from 0.5 to 30% by weight of esters of vinyl alcohol being at a pressure in the range of from 0.5 MPa to 10 MPa and a temperature in the range of from 5°C to 50°C comprising the steps of a) cooling the gas stream in a first heat exchanger by means of a cooling medium to a temperature of from -5°C to 40°C; b) withdrawing the not condensed part of the gas stream from the first heat exchanger and transferring it to a second heat exchanger; c) cooling the gas stream in the second heat exchanger to a temperature of from -20°C to 5°C; d) withdrawing the not condensed part of the gas stream from the second heat exchanger, reducing the pressure of the gas stream to from 0.2 MPa to 3 MPa and transferring it to a separation vessel; e) withdrawing the not condensed part of the gas stream from the separation vessel and transferring it as cooling medium to the second heat exchanger; and f) withdrawing the cooling medium as ethylene gas stream with a reduced content of esters of vinyl alcohol from the second heat exchanger. a) cooling the gas stream in a first heat exchanger by means of a cooling medium to a temperature of from -5°C to 40°C; b) withdrawing the not condensed part of the gas stream from the first heat exchanger and transferring it to a second heat exchanger; c) cooling the gas stream in the second heat exchanger to a temperature of from -20°C to 5°C; d) withdrawing the not condensed part of the gas stream from the second heat exchanger, reducing the pressure of the gas stream to from 0.2 MPa to 3 MPa and transferring it to a separation vessel; e) withdrawing the not condensed part of the gas stream from the separation vessel and transferring it as cooling medium to the second heat exchanger; and f) withdrawing the cooling medium as ethylene gas stream with a reduced content of esters of vinyl alcohol from the second heat exchanger.
A method comprising: receiving a feedback message at a transmitter from a receiver, the feedback message including an indication of a magnitude of congestion and a sustainable rate of data transmission at a receiver; determining a decongestion rate and a decongestion time based on at least one of the sustainable rate of data transmission and the magnitude of congestion when the magnitude of congestion satisfies a threshold value; sending data at the decongestion rate from the transmitter to the receiver for the decongestion time; and adjusting a data transmission rate at the transmitter to the sustainable rate of data transmission after the decongestion time is ended. receiving a feedback message at a transmitter from a receiver, the feedback message including an indication of a magnitude of congestion and a sustainable rate of data transmission at a receiver; determining a decongestion rate and a decongestion time based on at least one of the sustainable rate of data transmission and the magnitude of congestion when the magnitude of congestion satisfies a threshold value; sending data at the decongestion rate from the transmitter to the receiver for the decongestion time; and adjusting a data transmission rate at the transmitter to the sustainable rate of data transmission after the decongestion time is ended.
A system for providing location-based services onboard an aircraft for users having mobile devices, the system comprising a plurality of wireless beacons that are dispersed at fixed locations within a passenger cabin of the aircraft, each wireless beacon configured to broadcast a unique identifier, ID, in a broadcast area for receipt by the mobile devices; and a location server configured to receive a message from a mobile device that indicates at least one ID received by the mobile device, to identify location information for the mobile device within the passenger cabin based on the at least one ID, to identify overhead storage bins that are proximate to the mobile device, to determine an availability of storage space within the identified overhead bins, to identify an assigned seat for a passenger associated with the mobile device, to identify a route for the passenger to the assigned seat based on the location information; to modify a map of a Layout Of Passenger Accommodations, LOPA, for the aircraft to indicate the location information for the mobile device, the location and determined availability of proximate overhead storage bins, and the identified route for the passenger to the assigned seat; and to provide the modified map to the mobile device for display to the user. a plurality of wireless beacons that are dispersed at fixed locations within a passenger cabin of the aircraft, each wireless beacon configured to broadcast a unique identifier, ID, in a broadcast area for receipt by the mobile devices; and a location server configured to receive a message from a mobile device that indicates at least one ID received by the mobile device, to identify location information for the mobile device within the passenger cabin based on the at least one ID, to identify overhead storage bins that are proximate to the mobile device, to determine an availability of storage space within the identified overhead bins, to identify an assigned seat for a passenger associated with the mobile device, to identify a route for the passenger to the assigned seat based on the location information; to modify a map of a Layout Of Passenger Accommodations, LOPA, for the aircraft to indicate the location information for the mobile device, the location and determined availability of proximate overhead storage bins, and the identified route for the passenger to the assigned seat; and to provide the modified map to the mobile device for display to the user.
A method of determining the weight and/or a characteristic value of the position of the centre of gravity of an aircraft standing on the ground by means of a plurality of undercarriages, each undercarriage comprising at least one structural element (6, 8) exhibiting a variable level of stresses depending on the fraction (Pi) of the weight of the aircraft transmitted to the ground through said undercarriage, this method comprising the following steps: a/ measurement on each undercarriage of at least one parameter representing the stress level of said element; b/ evaluation of the characteristic value and/or of the weight according to the parameters measured in step a/; characterized in that at least one parameter measured in step a/ is a magnetic or electrical characteristic of the structural element (6, 8, 2) of the undercarriage. a/ measurement on each undercarriage of at least one parameter representing the stress level of said element; b/ evaluation of the characteristic value and/or of the weight according to the parameters measured in step a/; characterized in that at least one parameter measured in step a/ is a magnetic or electrical characteristic of the structural element (6, 8, 2) of the undercarriage.
A UV curable adhesive composition, comprising: 20 to 72 parts by weight of reactive polyacrylate; 15 to 63 parts by weight of epoxy resin; 0.5 to 21 parts by weight of core-shell rubber particles, wherein the core-shell rubber particles have a polybutadiene core; 1.4 to 15 parts by weight of a hydroxy-containing compound; and an effective amount of a cationic photoinitiator. 20 to 72 parts by weight of reactive polyacrylate; 15 to 63 parts by weight of epoxy resin; 0.5 to 21 parts by weight of core-shell rubber particles, wherein the core-shell rubber particles have a polybutadiene core; 1.4 to 15 parts by weight of a hydroxy-containing compound; and an effective amount of a cationic photoinitiator.
A cooling unit with a compression refrigeration circuit with a heating pipe for conducting compressed refrigerant, wherein the heating pipe is guided through a condensate cup that can be lowered from a working position into a maintenance position, characterized in that a cup carrier can be lowered into a maintenance position and lifted from the maintenance position into a working position, wherein the condensate cup can be removed from the cup carrier.
A method of producing an electric heating device having an open housing which comprises a lower housing component and an upper housing component, at least one PTC heating element comprising sheet-metal strips and a PTC element arranged between said sheet-metal strips and at least one radiator element in heat-conductive contact with said PTC heating element being held in said housing, which, for electrically connecting the at least one PTC heating element, carries a contact lug that is connected to a selected sheet-metal strip, characterized in that that the housing is closed by means of a pressing tool having contact surfaces for planar contact with the outer surfaces of the lower housing component and of the upper housing component, which pressing tool causes during the tool assisted closing of the housing in the overlapping area between the contact lug and the selected sheet-metal strip a plastic deformation by means of which the contact lug and the selected sheet-metal strip are electrically connected to one another.
A method for fast channel changing in a multicast video distribution architecture, the method comprising: buffering a video stream portion for each channel of a plurality of channels; retaining at least two independent frames for each channel of a plurality of channels to produce buffered independent frames; detecting a channel change request that indicates a channel requested by a client device, the requested channel corresponding to a multicast group; retrieving, responsive to the detecting, the oldest retained independent frame for the requested channel from the buffered independent frames for which the client device still has time to receive a retained independent frame unicast message and to join the multicast group in time to receive the frame immediately subsequent to the oldest retained independent frame; transmitting the retrieved retained independent frame for the requested channel as a unicast communication; synchronizing a multicast joining operation to the multicast group corresponding to the requested channel based, at least partially, on whether a next decodable frame is outside a joining time; and issuing a join command responsive to the synchronizing. buffering a video stream portion for each channel of a plurality of channels; retaining at least two independent frames for each channel of a plurality of channels to produce buffered independent frames; detecting a channel change request that indicates a channel requested by a client device, the requested channel corresponding to a multicast group; retrieving, responsive to the detecting, the oldest retained independent frame for the requested channel from the buffered independent frames for which the client device still has time to receive a retained independent frame unicast message and to join the multicast group in time to receive the frame immediately subsequent to the oldest retained independent frame; transmitting the retrieved retained independent frame for the requested channel as a unicast communication; synchronizing a multicast joining operation to the multicast group corresponding to the requested channel based, at least partially, on whether a next decodable frame is outside a joining time; and issuing a join command responsive to the synchronizing.
An external case comprising a gear cover and equipped with a rotational body and an oil discharge structure (117, 13) therein, wherein a protruding portion is formed in the external case, the rotational body is provided inside the external case in a rotatable manner, and a fixing tool is fixed to the external case, characterized in that the fixing tool includes a cutout portion that is formed along a the protruding portion of the external case, the oil discharge structure comprises the cutout portion and a first gap which is formed between the cutout portion and the protruding portion, and the oil discharge structure permits oil flowing out by rotation of the rotational body to pass through the cutout portion and the first gap so as to be discharged to the gear cover side.
A curable composition comprising a partially fluorinated amorphous fluoropolymer, optionally an organo onium accelerator an acid acceptor; and a crosslinking component comprising a blend of a polysulfonamide compound and a fluorinated ether polyol compound.
Method for the production of a knitted fabric having stitches which are formed from thread material (4, 7) which comprises staple fibres, the thread material (4, 7) comprising a continuous fibre web in which the staple fibres are not twisted and disposed essentially parallel to each other, the thread material (4, 7) being produced by a drafting arrangement and being processed immediately to form stitches by a circular knitting machine which is provided with knitting needles and at least one knitting position, characterised in that the thread material (4, 7) is spun by a spinning device (22, 23, 26, 29) between output rollers of the drafting arrangement and the knitting position of the knitting machine to form an unconventional or temporary yarn (21, 25).
A reconfigurable plasmonic interdigitated metal-semiconductor-metal Schottky photodetector comprising: a first collecting plasmonic metal electrode containing a multitude of periodic metal digits, digits, parallel one to the other, a second collecting plasmonic metal electrode containing a multitude of periodic metal digits, parallel one to the other and interpenetrated with the digits of the first collecting electrode, the network of all these metal digits forming an optical grating with a certain periodicity, a phase change chalcogenide semiconductor layer in contact with the metal, a capping layer covering the top surface of photodetector, acting as a mechanica barrier against chalcogenide atoms loss during thermal and laser annealing, and an anti-reflection coating. a first collecting plasmonic metal electrode containing a multitude of periodic metal digits, digits, parallel one to the other, a second collecting plasmonic metal electrode containing a multitude of periodic metal digits, parallel one to the other and interpenetrated with the digits of the first collecting electrode, the network of all these metal digits forming an optical grating with a certain periodicity, a phase change chalcogenide semiconductor layer in contact with the metal, a capping layer covering the top surface of photodetector, acting as a mechanica barrier against chalcogenide atoms loss during thermal and laser annealing, and an anti-reflection coating.
A hair cutting device for cutting hair on a body of a subject, the hair cutting device comprising: a light source for generating laser light at one or more specific wavelengths corresponding to wavelengths absorbed by one or more chromophores in hair; a cutting element that comprises an optical waveguide that is coupled to the light source to receive laser light and a guard structure that comprises: one or more guard elements, wherein the one or more guard elements are arranged such that in use the one or more guard elements space the optical waveguide from the skin of the subject, characterized in that a portion of a sidewall of the optical waveguide forms a cutting face for contacting hair; and in that the one or more guard elements are shaped and/or formed to minimise or reduce the coupling of light from the optical waveguide to the guard structure. a light source for generating laser light at one or more specific wavelengths corresponding to wavelengths absorbed by one or more chromophores in hair; a cutting element that comprises an optical waveguide that is coupled to the light source to receive laser light and a guard structure that comprises: one or more guard elements, wherein the one or more guard elements are arranged such that in use the one or more guard elements space the optical waveguide from the skin of the subject, characterized in that a portion of a sidewall of the optical waveguide forms a cutting face for contacting hair; and in that the one or more guard elements are shaped and/or formed to minimise or reduce the coupling of light from the optical waveguide to the guard structure. one or more guard elements, wherein the one or more guard elements are arranged such that in use the one or more guard elements space the optical waveguide from the skin of the subject, characterized in that a portion of a sidewall of the optical waveguide forms a cutting face for contacting hair; and in that the one or more guard elements are shaped and/or formed to minimise or reduce the coupling of light from the optical waveguide to the guard structure.