mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a carbon nanotube dispersion liquid, comprising: obtaining a carbon nanotube dispersion liquid by applying a shear force to a pressurized coarse dispersion liquid that includes carbon nanotubes having a specific surface area of 600 m 2 /g or more to disperse the carbon nanotubes and applying a back pressure lower than the pressure of the coarse dispersion liquid to the carbon nanotube dispersion liquid, and reducing multi-stepwise the back pressure applied to the carbon nanotube dispersion liquid obtained by the step, and wherein the coarse dispersion liquid does not comprise cellulose nanofibers. obtaining a carbon nanotube dispersion liquid by applying a shear force to a pressurized coarse dispersion liquid that includes carbon nanotubes having a specific surface area of 600 m 2 /g or more to disperse the carbon nanotubes and applying a back pressure lower than the pressure of the coarse dispersion liquid to the carbon nanotube dispersion liquid, and reducing multi-stepwise the back pressure applied to the carbon nanotube dispersion liquid obtained by the step, and
An arrangement for a roof greening on a roof of a building, including in the specified order: • a waterproof seal of the roof of the building; • a drainage layer; • a water retention element (10; 30); and • a substrate layer for the accommodation of plants, wherein the retention element (10; 30) is formed as a planar element with a plurality of recesses which are arranged next to each other and are upwardly open, wherein the recesses have base areas, which together form a lower side of the retention element (10; 30), and side areas, at the upper ends of which the recesses are connected together by means of web elements, and wherein at least a portion of the recesses in the base areas and/or in a lower region of the side areas have one or more through openings, characterised in that the total area of the through openings in relation to the entire surface area of the base areas occupy a proportion of 0.02% to 0.5%. • a waterproof seal of the roof of the building; • a drainage layer; • a water retention element (10; 30); and • a substrate layer for the accommodation of plants, wherein the retention element (10; 30) is formed as a planar element with a plurality of recesses which are arranged next to each other and are upwardly open, wherein the recesses have base areas, which together form a lower side of the retention element (10; 30), and side areas, at the upper ends of which the recesses are connected together by means of web elements, and wherein at least a portion of the recesses in the base areas and/or in a lower region of the side areas have one or more through openings, characterised in that the total area of the through openings in relation to the entire surface area of the base areas occupy a proportion of 0.02% to 0.5%.
An agricultural spraying machine having a fluid delivery network with a pump in hydraulic communication with a plurality of spaced-apart nozzles (21,22), characterised in that an electronic controller is configured to receive and store for each one of a plurality of drift reduction classes an operating parameter, wherein the controller is operable to control at least one of the pump, a vehicle speed, a nozzle selection and a display based on the operating parameter of a selected one of the plurality of drift reduction classes.
A method for synthesizing a complex having the formula: [L 3 MO 3] n wherein L 3 represents a tridentate ligand, M represents a metal selected from Tc and Re, and n is a charge from -2 to +1, the method comprising: a) reaction of pertechnetate or perrhenate with a reducing agent and L 3, or b) reaction of pertechnetate or perrhenate with a Lewis acid and L 3, wherein the synthesis (a) or (b) is carried out in an aqueous medium, such as saline. a) reaction of pertechnetate or perrhenate with a reducing agent and L 3, or b) reaction of pertechnetate or perrhenate with a Lewis acid and L 3,
A display panel comprising: a substrate comprising a display area and a peripheral area outside the display area; and a first conductive layer in the peripheral area, wherein an entire upper surface of the first conductive layer is exposed to an outside, wherein the first conductive layer comprises a main part, the main part having a multi-layered structure and extending in one direction; characterized in that: the first conductive layer comprises a plurality of protrusions protruding from the main part in a direction parallel to an upper surface of the substrate, the plurality of protrusions being spaced apart from one another, a first portion of each of the plurality of protrusions having the same multi-layered structure as the main part. a substrate comprising a display area and a peripheral area outside the display area; and a first conductive layer in the peripheral area, wherein an entire upper surface of the first conductive layer is exposed to an outside, wherein the first conductive layer comprises a main part, the main part having a multi-layered structure and extending in one direction;
An intraocular lens including a central lens optic with an anterior surface and a posterior surface, and a peripheral portion with an anterior and a posterior surface, wherein the central lens optic and the peripheral portion are separated by a junction region defining an area of minimum thickness between the anterior and posterior surfaces (206, 207), the intraocular lens being characterised in that the peripheral portion is a prismatic lens configured to direct oblique incident light onto the ciliary body/pars plana region of the eye, wherein the central lens optic is in the form of a disc and the prismatic lens is in the form of a triangular prism disposed concentrically around the perimeter of the central lens optic such that a proximal portion of the prismatic lens optic is adjacent to the central lens optic and a distal portion of the prismatic lens optic is remote from the central lens optic.
A circuit board assembly comprising: a circuit board; a monolithic microwave integrated circuit flip chip attached to the circuit board, the flip chip having a plurality of sensitive components facing the circuit board and wherein the flip chip is spaced from the circuit board in a flip chip configuration; a plurality of dielectric layer regions between the plurality of sensitive components and the circuit board, wherein the dielectric layer regions are separated and comprise an aerogel; and an underfill between the flip chip and the circuit board, the underfill being connected to the circuit board and the flip chip, wherein the dielectric layer regions prevent the underfill from contacting the sensitive components. a circuit board; a monolithic microwave integrated circuit flip chip attached to the circuit board, the flip chip having a plurality of sensitive components facing the circuit board and wherein the flip chip is spaced from the circuit board in a flip chip configuration; a plurality of dielectric layer regions between the plurality of sensitive components and the circuit board, wherein the dielectric layer regions are separated and comprise an aerogel; and an underfill between the flip chip and the circuit board, the underfill being connected to the circuit board and the flip chip, wherein the dielectric layer regions prevent the underfill from contacting the sensitive components.
An arrangement with an apparatus, which is connected to a bicycle, comprising: a case having a chamber in an axial direction; a main device received in the chamber of the case; a locking member connected to the main device; a lid connected to the case to seal the chamber, wherein the lid has a bore and the bore is received in the chamber of the case; and a transceiver received in the chamber of the case and electrically connected to the locking member, wherein the transceiver receives a signal to control the locking member accordingly; wherein the locking member engages the bore of the lid to secure the case, the main device, and the lid together in a normal condition, characterised in that the locking member disengages the bore of the lid when the transceiver receives an unlock signal, so that the main device and the lid are able to be separated from the case. a case having a chamber in an axial direction; a main device received in the chamber of the case; a locking member connected to the main device; a lid connected to the case to seal the chamber, wherein the lid has a bore and the bore is received in the chamber of the case; and a transceiver received in the chamber of the case and electrically connected to the locking member, wherein the transceiver receives a signal to control the locking member accordingly; wherein the locking member engages the bore of the lid to secure the case, the main device, and the lid together in a normal condition, characterised in that the locking member disengages the bore of the lid when the transceiver receives an unlock signal, so that the main device and the lid are able to be separated from the case.
An electric motor car control system comprising: a filter capacitor connected to a direct current power source via an overhead line, through a main switch; an inverter connected parallel to the filter capacitor, to convert a direct current into an alternate current; an alternating-current motor connected to the inverter so as to receive the alternate current; a set of cut-off switches (15a, 15b, 15c) inserted in wirings for phases of the alternate current between the inverter and the alternating-current motor; a discharge resistor connected to the filter capacitor; and a discharge switch interlocked with the main switch, to be open when the main switch is closed, and closed when the main switch is open, to ground the discharge resistor to a ground, characterized by further comprising a resistor connected to at least one of the wirings, parallel to one switch of the set of cut-off switches (15a, 15b, 15c). a filter capacitor connected to a direct current power source via an overhead line, through a main switch; an inverter connected parallel to the filter capacitor, to convert a direct current into an alternate current; an alternating-current motor connected to the inverter so as to receive the alternate current; a set of cut-off switches (15a, 15b, 15c) inserted in wirings for phases of the alternate current between the inverter and the alternating-current motor; a discharge resistor connected to the filter capacitor; and a discharge switch interlocked with the main switch, to be open when the main switch is closed, and closed when the main switch is open, to ground the discharge resistor to a ground, characterized by further comprising a resistor connected to at least one of the wirings, parallel to one switch of the set of cut-off switches (15a, 15b, 15c).
A tubing section comprising: an outer skin defining at least one perforation, the outer skin comprising at least two outer skin portions (52a, 52b); an inner skin comprising at least two inner skin portions (54a, 54b), the inner and outer skins (52, 54) being arranged to define a tubing annulus therebetween; a tubing section coupling combining an inner skin coupling for coupling adjacent inner skin portions (54a, 54b) and an outer skin coupling for coupling adjacent outer skin portions (52a, 52b), and an access device to selectively provide fluid communication between the tubing annulus and a tubing section throughbore, characterized in that each inner skin portion (54a, 54b) comprises a first, threaded, end and a second, plain, end, the plain end of one of the inner skin portions (54a, 54b) slidingly engaging the tubing section coupling. an outer skin defining at least one perforation, the outer skin comprising at least two outer skin portions (52a, 52b); an inner skin comprising at least two inner skin portions (54a, 54b), the inner and outer skins (52, 54) being arranged to define a tubing annulus therebetween; a tubing section coupling combining an inner skin coupling for coupling adjacent inner skin portions (54a, 54b) and an outer skin coupling for coupling adjacent outer skin portions (52a, 52b), and an access device to selectively provide fluid communication between the tubing annulus and a tubing section throughbore, characterized in that each inner skin portion (54a, 54b) comprises a first, threaded, end and a second, plain, end, the plain end of one of the inner skin portions (54a, 54b) slidingly engaging the tubing section coupling.
A flight deck system in an aircraft for enhancing controller pilot datalink communication, CPDLC, operation, the flight deck system comprising: an aircraft display device in the aircraft; and a controller configured to: receive a CPDLC message having a CPDLC message type from a flight operation center, FOC, having an FOC name; retrieve an expected response time for the CPDLC message; generate a timer function that causes the display of a timer on the aircraft display device that has a set duration based on the expected response time; signal the aircraft display device to display the timer; monitor communications from flight crew for a response to the CPDLC message; and, signal the aircraft display device to end the display of the timer when a communication has been detected within the set duration that is responsive to the CPDLC message; characterised in that the expected response time is retrieved from an expected response time database containing expected response times for a plurality of CPDLC message types for FOCs. receive a CPDLC message having a CPDLC message type from a flight operation center, FOC, having an FOC name; retrieve an expected response time for the CPDLC message; generate a timer function that causes the display of a timer on the aircraft display device that has a set duration based on the expected response time; signal the aircraft display device to display the timer; monitor communications from flight crew for a response to the CPDLC message; and, signal the aircraft display device to end the display of the timer when a communication has been detected within the set duration that is responsive to the CPDLC message; characterised in that the expected response time is retrieved from an expected response time database containing expected response times for a plurality of CPDLC message types for FOCs.
A method for receiving a media presentation streamed via an HTTP server, the method being performed at a client device and comprising: receiving a media presentation description, MPD, associated with the media presentation; receiving a first segment of media content, the first segment including presentation metadata indicating that an updated MPD is available, the updated MPD comprising an update to the MPD, the presentation metadata further including a reason code indicating a reason for the MPD update; and sending a request for the updated MPD based at least in part on the reason code, wherein the reason code indicates one of: at least one new media segment is available; that the location of at least one segment that was previously described in the MPD is available at a new location; that at least one attribute or element previously described in the MPD has changed; that a value of a baseURL attribute at a level of the MPD has changed; and that a value of a baseURL attribute at a level of the MPD has changed and the metadata includes the value of the baseURL. receiving a media presentation description, MPD, associated with the media presentation; receiving a first segment of media content, the first segment including presentation metadata indicating that an updated MPD is available, the updated MPD comprising an update to the MPD, the presentation metadata further including a reason code indicating a reason for the MPD update; and sending a request for the updated MPD based at least in part on the reason code, wherein the reason code indicates one of: at least one new media segment is available; that the location of at least one segment that was previously described in the MPD is available at a new location; that at least one attribute or element previously described in the MPD has changed; that a value of a baseURL attribute at a level of the MPD has changed; and that a value of a baseURL attribute at a level of the MPD has changed and the metadata includes the value of the baseURL. at least one new media segment is available; that the location of at least one segment that was previously described in the MPD is available at a new location; that at least one attribute or element previously described in the MPD has changed; that a value of a baseURL attribute at a level of the MPD has changed; and that a value of a baseURL attribute at a level of the MPD has changed and the metadata includes the value of the baseURL.
Air guide which is intended to collect the air from a grille which is located at the front of a vehicle engine compartment to a vertical radiator (5, 6) which is located in the engine compartment and which is fixed to a vehicle chassis, the air guide being in the form of a main casing which comprises an upper casing and a lower casing which each comprise an opening toward the front which is intended to receive the air, the main casing comprising means for fixing to the vertical radiator (5, 6), the lower casing comprising at least one substantially horizontal lower wall and two substantially vertical lateral walls, characterized in that the lower casing comprises means for axial and transverse abutment of the rear portion of the lower casing of the air guide relative to the chassis of the vehicle, at least in a lateral region of the lower casing and, on the other hand, a local structure (21, 22, 23) for controlled preferred compression of the walls (21, 22) of the lower casing, at least in a lower portion of the lateral region of the lower casing.
A process for producing trifluoroethylene, comprising: bringing a 1,1,1,2-tetrafluoroethane gas or a 1,1,1,2-tetrafluoroethane gas diluted with a diluent gas, provided that the proportion of 1,1,1,2-tetrafluoroethane based on the total amount of the diluent gas and 1,1,1,2-tetrafluoroethane is at least 50 mol%, into contact with a first dehydrofluorination catalyst in a first reactor to convert part of 1,1,1,2-tetrafluoroethane into trifluoroethylene, conducting a treatment other than removal of hydrogen fluoride, wherein the treatment does not change the composition other than moisture in the reaction product gas obtained by the above reaction, removing hydrogen fluoride from the reaction product gas, and bringing the reaction product gas from which hydrogen fluoride has been removed into contact with a second dehydrofluorination catalyst in a second reactor to convert at least part of 1,1,1,2-tetrafluoroethane into trifluoroethylene. bringing a 1,1,1,2-tetrafluoroethane gas or a 1,1,1,2-tetrafluoroethane gas diluted with a diluent gas, provided that the proportion of 1,1,1,2-tetrafluoroethane based on the total amount of the diluent gas and 1,1,1,2-tetrafluoroethane is at least 50 mol%, into contact with a first dehydrofluorination catalyst in a first reactor to convert part of 1,1,1,2-tetrafluoroethane into trifluoroethylene, conducting a treatment other than removal of hydrogen fluoride, wherein the treatment does not change the composition other than moisture in the reaction product gas obtained by the above reaction, removing hydrogen fluoride from the reaction product gas, and bringing the reaction product gas from which hydrogen fluoride has been removed into contact with a second dehydrofluorination catalyst in a second reactor to convert at least part of 1,1,1,2-tetrafluoroethane into trifluoroethylene.
A communication system, comprising: a core network that includes a lower layer switch (21 to 24) that holds control information associating match condition(s) including lower layer header information, and processing content, and which is configured to process a received packet using control information having a match condition that matches the received packet; an upper layer switch, disposed at an edge of said core network, which is configured to rewrite a prescribed region of a header of a lower layer of a packet with content associated with communication content of an upper layer; a control apparatus configured to instruct said upper layer switch to rewrite the header region of said lower layer, and also to set control information including, in a match condition, header information after said rewriting, in said lower layer switch (21 to 24); and a second upper layer switch, disposed at another edge of said core network, configured to rewrite the header region of said lower layer rewritten by said upper layer switch, to prescribed content indicating a transmission source. a core network that includes a lower layer switch (21 to 24) that holds control information associating match condition(s) including lower layer header information, and processing content, and which is configured to process a received packet using control information having a match condition that matches the received packet; an upper layer switch, disposed at an edge of said core network, which is configured to rewrite a prescribed region of a header of a lower layer of a packet with content associated with communication content of an upper layer; a control apparatus configured to instruct said upper layer switch to rewrite the header region of said lower layer, and also to set control information including, in a match condition, header information after said rewriting, in said lower layer switch (21 to 24); and a second upper layer switch, disposed at another edge of said core network, configured to rewrite the header region of said lower layer rewritten by said upper layer switch, to prescribed content indicating a transmission source.
A method for amplifying nucleic acids, comprising (a) providing (i) an array of amplification sites having one or more capture agents and (ii) an amplification reagent comprising a solution comprising a plurality of different target nucleic acids, wherein the number of the different target nucleic acids in the solution exceeds the number of amplification sites in the array, wherein the different target nucleic acids have fluidic access to the plurality of amplification sites, and wherein each of the amplification sites is capable of being occupied by several target nucleic acids of the plurality of different target nucleic acids; and (b) reacting the amplification reagent with the array of amplification sites, such that a plurality of amplification sites each comprises clonal amplicons from an individual target nucleic acid from the solution, wherein the reacting comprises simultaneously (i) transporting the different target nucleic acids to the amplification sites to seed at the amplification sites, and (ii) amplifying the target nucleic acids that are seeded at the amplification sites, where the amplification rate exceeds the seeding rate, such that the generated amplicons prevent additional target nucleic acids from being seeded at each of said plurality of amplification sites, and thereby prevents them from being amplified at each of said plurality of amplification sites. (a) providing (i) an array of amplification sites having one or more capture agents and (ii) an amplification reagent comprising a solution comprising a plurality of different target nucleic acids, wherein the number of the different target nucleic acids in the solution exceeds the number of amplification sites in the array, wherein the different target nucleic acids have fluidic access to the plurality of amplification sites, and wherein each of the amplification sites is capable of being occupied by several target nucleic acids of the plurality of different target nucleic acids; and (i) an array of amplification sites having one or more capture agents and (ii) an amplification reagent comprising a solution comprising a plurality of different target nucleic acids, (b) reacting the amplification reagent with the array of amplification sites, such that a plurality of amplification sites each comprises clonal amplicons from an individual target nucleic acid from the solution,