mhurhangee/ep-ind-claims huggingface dataset:
Rotor blade arrangement for a turbomachine, having a blade carrier on the outer circumferential surface of which is formed a circumferential T-shaped slot, and having a blade ring which comprises a plurality of blades and spacers that are inserted in alternation into the T-shaped slot along the circumference of the T-shaped slot, and having support elements that are braced between the blades and spacers on the one hand and a bottom of the T-shaped slot on the other hand in such a manner that the blades and spacers are pressed radially outwards, wherein a separate support element is assigned to each spacer and is releasably fixed thereon in a clamping manner, characterized in that the support elements are designed as elastic spring plates and arranged in such a manner that the associated spacers in the T-shaped slot are preloaded radially outwards; wherein on each of the support elements there are formed two projections that are spaced apart in the circumferential direction of the T-shaped slot and project radially outwards, which projections come into engagement with the respective associated spacer in order to fasten the support elements on the associated spacers, wherein cut-outs corresponding to the projections are formed in the spacers, into which cut-outs the projections of the support elements engage in a clamping manner, and the two projections are in each case arranged on the support elements in such a manner that the associated spacers are jammed between the projections. the support elements are designed as elastic spring plates and arranged in such a manner that the associated spacers in the T-shaped slot are preloaded radially outwards; wherein on each of the support elements there are formed two projections that are spaced apart in the circumferential direction of the T-shaped slot and project radially outwards, which projections come into engagement with the respective associated spacer in order to fasten the support elements on the associated spacers, wherein cut-outs corresponding to the projections are formed in the spacers, into which cut-outs the projections of the support elements engage in a clamping manner, and the two projections are in each case arranged on the support elements in such a manner that the associated spacers are jammed between the projections.
A moisture permeable waterproof composite film which is formed of a laminate comprising of at least one layer of porous polytetrafluoroethylene exhibiting waterproofness, air permeability and moisture permeability, and at least one layer of porous polyurethane; the porous polyurethane layer having pores of not more than 10μm in size and routes which enable gas to pass from one surface thereof to the other surface thereof thereby enabling the porous polyurethane layer to exhibit waterproofness and moisture permeability; and said laminate being laminated in a manner to exhibit Gurley air permeability resistance, as determined by JIS L 1096 B method (Gurley form method), in the range 50 - 1000 seconds.
Yarn coated or impregnated with an adhesive dip coating or RFL film comprising an aqueous composition comprising a resorcinol formaldehyde resin and a rubber material latex, and comprising carbon nanotubes, wherein the coated or impregnated yarn being obtained by a step of impregnating the said aqueous composition onto the yarn, and a step of calibrating the coating, preferably through a die, and then drying of.
Finger arrangement for holding metal parts during a preheating process, preferably for use in a shaft above a melting furnace vessel for melting metal parts, wherein the finger arrangement comprises: a finger which is movable between a retracted state and an extended state and which is arranged to hold the metal parts in the extended state, wherein the finger has a coolant feed and coolant drain as well as one or more channels connected therewith in the interior of the finger, whereby a coolant can flow through the finger; and a finger cooler which comprises one or more feed rotary joints (33, 34, 35), which are pipe rotary joints, and at least two pipe sections connected therewith, wherein one of the pipe sections is connected with the coolant feed, as well as one or more drain rotary joints (37, 38, 39), which are pipe rotary joints, and at least two pipe sections connected therewith, wherein one of the pipe sections is connected with the coolant drain. a finger which is movable between a retracted state and an extended state and which is arranged to hold the metal parts in the extended state, wherein the finger has a coolant feed and coolant drain as well as one or more channels connected therewith in the interior of the finger, whereby a coolant can flow through the finger; and a finger cooler which comprises one or more feed rotary joints (33, 34, 35), which are pipe rotary joints, and at least two pipe sections connected therewith, wherein one of the pipe sections is connected with the coolant feed, as well as one or more drain rotary joints (37, 38, 39), which are pipe rotary joints, and at least two pipe sections connected therewith, wherein one of the pipe sections is connected with the coolant drain.
A packaged plurality of chewing gum, comprising: a container; and a plurality of elongated chewing gum pellets housed within the container, the elongated chewing gum pellets having a curvilinear shaped surface, and comprising a dusting composition on the surface of each elongated chewing gum pellet; wherein each elongated chewing gum pellet is free of piece wrap and free of a coating; and wherein the dusting composition comprises mannitol. a container; and a plurality of elongated chewing gum pellets housed within the container, the elongated chewing gum pellets having a curvilinear shaped surface, and comprising a dusting composition on the surface of each elongated chewing gum pellet; wherein each elongated chewing gum pellet is free of piece wrap and free of a coating; and wherein the dusting composition comprises mannitol.
An information processing device comprising: a content managing unit configured to manage first content viewable on a side of a content reproduction device that reproduces content; a database unit configured to generate reference data and turn the generated reference data into a database, the reference data being generated by associating first signature data extracted from the first content with a content identifier, right management information, an application identifier and rendering control information, the content identifier representing the first content from which the first signature data is extracted, the application identifier representing an application to be executed on the side of the content reproduction device in conjunction with progress of the first content when the first content is being viewed on the side of the content reproduction device, the rendering control information being for controlling rendering of the application, the first signature data indicating a feature of the first content; and an identifying unit configured to identify the content and return a response indicating an identification result by referring to the reference data of the database unit in reply to a query including second signature data extracted from second content being viewed by a user of the content reproduction device, the query being transmitted from the side of the content reproduction device, the second signature data indicating a feature of the second content. a content managing unit configured to manage first content viewable on a side of a content reproduction device that reproduces content; a database unit configured to generate reference data and turn the generated reference data into a database, the reference data being generated by associating first signature data extracted from the first content with a content identifier, right management information, an application identifier and rendering control information, the content identifier representing the first content from which the first signature data is extracted, the application identifier representing an application to be executed on the side of the content reproduction device in conjunction with progress of the first content when the first content is being viewed on the side of the content reproduction device, the rendering control information being for controlling rendering of the application, the first signature data indicating a feature of the first content; and an identifying unit configured to identify the content and return a response indicating an identification result by referring to the reference data of the database unit in reply to a query including second signature data extracted from second content being viewed by a user of the content reproduction device, the query being transmitted from the side of the content reproduction device, the second signature data indicating a feature of the second content.
A moisture barrier laminate comprising: a gas barrier film substrate having a gas barrier layer, a moisture trapping layer formed on the film substrate A; a protective resin layer having a moisture permeability in a range of 4.0 × 10 to 5.0 × 10 4 g/m2/day at 40°C and 90%RH, the protective resin layer being laminated on a surface of the moisture trapping layer opposite to the film substrate; and a desiccant sheet having: a) a hygroscopic resin layer in which a desiccant is dispersed; and b) a surface protective resin layer; wherein the surface protective resin layer is provided on one surface of the hygroscopic resin layer; and wherein the other surface of the hygroscopic resin layer makes a hygroscopic functional surface that is peelably stuck on the surface of the protective resin layer. a gas barrier film substrate having a gas barrier layer, a moisture trapping layer formed on the film substrate A; a protective resin layer having a moisture permeability in a range of 4.0 × 10 to 5.0 × 10 4 g/m2/day at 40°C and 90%RH, the protective resin layer being laminated on a surface of the moisture trapping layer opposite to the film substrate; and a desiccant sheet having: a) a hygroscopic resin layer in which a desiccant is dispersed; and b) a surface protective resin layer; wherein the surface protective resin layer is provided on one surface of the hygroscopic resin layer; and wherein the other surface of the hygroscopic resin layer makes a hygroscopic functional surface that is peelably stuck on the surface of the protective resin layer.
A method for continuously annealing a steel strip, the method comprising: annealing the steel strip in a vertical annealing furnace including a heating zone and a soaking zone through which the steel strip is conveyed, an atmosphere gas being supplied from an outside of the furnace into the furnace to form a furnace gas that is discharged from a steel strip entrance at a lower portion of the heating zone, a part of the furnace gas being sucked and discharged into a refiner that is disposed outside of the furnace and includes a deoxygenator and a dehumidifier such that oxygen and moisture in the part of the furnace gas are removed to form a gas having a lowered dew point, and the gas with the lowered dew point being returned into the furnace; disposing a gas injector having a plurality of gas outlets arranged in a direction of a travel of the steel strip within a space spanning from the heating zone to the soaking zone such that a mixing of atmospheres in the furnace on opposite sides of the gas injector is suppressed; and controlling a temperature of the steel strip passing through the gas injector between 600°C and 700°C. annealing the steel strip in a vertical annealing furnace including a heating zone and a soaking zone through which the steel strip is conveyed, an atmosphere gas being supplied from an outside of the furnace into the furnace to form a furnace gas that is discharged from a steel strip entrance at a lower portion of the heating zone, a part of the furnace gas being sucked and discharged into a refiner that is disposed outside of the furnace and includes a deoxygenator and a dehumidifier such that oxygen and moisture in the part of the furnace gas are removed to form a gas having a lowered dew point, and the gas with the lowered dew point being returned into the furnace; disposing a gas injector having a plurality of gas outlets arranged in a direction of a travel of the steel strip within a space spanning from the heating zone to the soaking zone such that a mixing of atmospheres in the furnace on opposite sides of the gas injector is suppressed; and controlling a temperature of the steel strip passing through the gas injector between 600°C and 700°C.
A method of data communications, comprising: configuring a first clock recovery circuit to provide a clock signal that has a first frequency and that includes a single pulse for each symbol transmitted on a 3-wire, 3-phase interface; and calibrating the first clock recovery circuit by: incrementally increasing a delay period provided by a delay element of the first clock recovery circuit until the clock signal provided by the first clock recovery circuit has a frequency that is less than the first frequency; and when the first clock recovery circuit has a frequency that is less than the first frequency, incrementally decreasing the delay period provided by the delay element of the first clock recovery circuit until the clock signal provided by the first clock recovery circuit has a frequency that matches the first frequency. configuring a first clock recovery circuit to provide a clock signal that has a first frequency and that includes a single pulse for each symbol transmitted on a 3-wire, 3-phase interface; and calibrating the first clock recovery circuit by: incrementally increasing a delay period provided by a delay element of the first clock recovery circuit until the clock signal provided by the first clock recovery circuit has a frequency that is less than the first frequency; and when the first clock recovery circuit has a frequency that is less than the first frequency, incrementally decreasing the delay period provided by the delay element of the first clock recovery circuit until the clock signal provided by the first clock recovery circuit has a frequency that matches the first frequency. incrementally increasing a delay period provided by a delay element of the first clock recovery circuit until the clock signal provided by the first clock recovery circuit has a frequency that is less than the first frequency; and when the first clock recovery circuit has a frequency that is less than the first frequency, incrementally decreasing the delay period provided by the delay element of the first clock recovery circuit until the clock signal provided by the first clock recovery circuit has a frequency that matches the first frequency.
A method of processing data flows comprising: receiving at a first framer a receive data flow which includes first IQ data of a first antenna carrier having a first sampling rate, and second IQ data of a second antenna carrier having a second sampling rate; diverting, by a divider under control of a program register, the first IQ data of the first antenna carrier having the first sampling rate to a first Direct Memory Access module; diverting, by the divider under control of the program register, the second IQ data of the second antenna carrier having the second sampling rate to a multiplexer, the multiplexer, under control of the program register, transferring the second IQ data having the second sampling rate to the second Direct Memory Access module; transferring, by the divider under control of the program register, first transmit IQ data of the first antenna carrier having the first sampling rate from the first Direct Memory Access module to the first framer; transferring, by the multiplexer and divider under control of the program register, second transmit IQ data of the second antenna carrier having the second sampling rate from the second Direct Memory Access module to the first framer; building, by the first framer, a frame structure including the first transmit IQ data and the second transmit IQ data for onward transmission. receiving at a first framer a receive data flow which includes first IQ data of a first antenna carrier having a first sampling rate, and second IQ data of a second antenna carrier having a second sampling rate; diverting, by a divider under control of a program register, the first IQ data of the first antenna carrier having the first sampling rate to a first Direct Memory Access module; diverting, by the divider under control of the program register, the second IQ data of the second antenna carrier having the second sampling rate to a multiplexer, the multiplexer, under control of the program register, transferring the second IQ data having the second sampling rate to the second Direct Memory Access module; transferring, by the divider under control of the program register, first transmit IQ data of the first antenna carrier having the first sampling rate from the first Direct Memory Access module to the first framer; transferring, by the multiplexer and divider under control of the program register, second transmit IQ data of the second antenna carrier having the second sampling rate from the second Direct Memory Access module to the first framer; building, by the first framer, a frame structure including the first transmit IQ data and the second transmit IQ data for onward transmission.
Process for thermally treating carbonate-containing starting material which is capable of being entrained in a gas stream, where the starting material is preheated in a preheater and subsequently calcined in a calciner, where fuel is supplied to the calciner and the reaction of the carbonate-containing starting material in the calciner is monitored by measurement of at least one parameter and is influenced by addition of an admixture as a function of the measured parameter, characterized in that the admixture is formed by a carbonate-containing material and is made available in a stock vessel which is connected via an admixture feed device to the preheater or the calciner and the admixture goes within a maximum of 30 seconds from the stock vessel via the admixture feed device into the preheater or the calciner.
A device for producing tubular films stretched in-line in a blowing method, comprising an extruder, a film blowing system, a flattening unit, an oscillating haul-off unit and a stretching system for mono-axially stretching the flat lying film in a machine direction, characterized in that the stretching system is arranged above the extruder between the flattening unit and the oscillating haul-off unit.
Spectrometer device, comprising: - a Fabry-Perot interferometer unit, which comprises a first carrier substrate, wherein the first carrier substrate is arranged on a lower side of the Fabry-Perot interferometer unit and includes an optical aperture; - a first substrate, which is arranged on an upper side of the Fabry-Perot interferometer unit, which faces away from the lower side, and a second substrate, wherein the first carrier substrate is arranged having the lower side on the second substrate; - a photodetector device, which is arranged on or in the second substrate and on or in the first substrate, wherein a first electrical connection region of the photodetector device and a second electrical connection region of the Fabry-Perot interferometer unit can be electrically contacted from the same direction, wherein the first substrate comprises a cap substrate, using which the Fabry-Perot interferometer unit can be covered, and the second substrate comprises a base substrate, on which the Fabry-Perot interferometer unit can be attached, wherein the photodetector device comprises a first sensor, which is arranged on a side of the cap substrate facing away from a light incidence direction and is situated on an optical axis through an opening with an optical aperture. - a Fabry-Perot interferometer unit, which comprises a first carrier substrate, wherein the first carrier substrate is arranged on a lower side of the Fabry-Perot interferometer unit and includes an optical aperture; - a first substrate, which is arranged on an upper side of the Fabry-Perot interferometer unit, which faces away from the lower side, and a second substrate, wherein the first carrier substrate is arranged having the lower side on the second substrate; - a photodetector device, which is arranged on or in the second substrate and on or in the first substrate, wherein a first electrical connection region of the photodetector device and a second electrical connection region of the Fabry-Perot interferometer unit can be electrically contacted from the same direction, wherein the first substrate comprises a cap substrate, using which the Fabry-Perot interferometer unit can be covered, and the second substrate comprises a base substrate, on which the Fabry-Perot interferometer unit can be attached, wherein the photodetector device comprises a first sensor, which is arranged on a side of the cap substrate facing away from a light incidence direction and is situated on an optical axis through an opening with an optical aperture.
An apparatus for pyrolysing or gasifying material containing an organic content; the apparatus comprising: an oven mounted for rotation on at least one support, said oven having an inlet for receiving hot gas having a low or zero oxygen content to heat the material therein so as to process it to produce syngas, and an outlet for said syngas; an electromagnet disposed in or adjacent said oven so as to create a magnetic field therein; a plurality of ferrous elements freely disposed within the oven; and control means for controlling the electromagnet and the rotation of the oven such that when activated said electromagnet retains said ferrous elements as the oven rotates; characterised in that the apparatus further comprises at least one gas analyser configured to analyse the composition of the gas exiting said oven; and wherein the control means is configured to receive signals from said gas analyser and when said signals indicate that processing of the material in said oven is substantially complete, control the electromagnet to release the ferrous elements when they are substantially at the top of the oven's rotation. an oven mounted for rotation on at least one support, said oven having an inlet for receiving hot gas having a low or zero oxygen content to heat the material therein so as to process it to produce syngas, and an outlet for said syngas; an electromagnet disposed in or adjacent said oven so as to create a magnetic field therein; a plurality of ferrous elements freely disposed within the oven; and control means for controlling the electromagnet and the rotation of the oven such that when activated said electromagnet retains said ferrous elements as the oven rotates; characterised in that the apparatus further comprises at least one gas analyser configured to analyse the composition of the gas exiting said oven; and wherein the control means is configured to receive signals from said gas analyser and when said signals indicate that processing of the material in said oven is substantially complete, control the electromagnet to release the ferrous elements when they are substantially at the top of the oven's rotation.