mhurhangee/ep-ind-claims huggingface dataset:
A mobile apparatus for outputting first multimedia content which includes at least one from among a picture, music, video, and text, the mobile device comprising: an output device configured to output the first multimedia content; a transceiver configured to transmit data that relates to the first multimedia content to a selected external apparatus; and a controller configured to determine, when the mobile apparatus enters a predetermined area, whether the mobile apparatus is connected to a home network; search for a plurality of external apparatuses (100, 100a, 100b, 100c) accessible via the home network based on a determination that the mobile apparatus has connected to the home network; select an external apparatus from among the plurality of external apparatuses (100, 100a, 100b, 100c) based on at least one predetermined criterion, a kind of the first multimedia content and a plurality of priorities, the plurality of priorities corresponding respectively to the plurality of external apparatuses (100, 100a, 100b, 100c); and control the transceiver to transmit the data that relates to the first multimedia content to the selected external apparatus in synchronization with the first multimedia content being output on the output device of the mobile apparatus; wherein each of the plurality of external apparatuses (100, 100a, 100b, 100c) is configured to output multimedia content. an output device configured to output the first multimedia content; a transceiver configured to transmit data that relates to the first multimedia content to a selected external apparatus; and a controller configured to determine, when the mobile apparatus enters a predetermined area, whether the mobile apparatus is connected to a home network; search for a plurality of external apparatuses (100, 100a, 100b, 100c) accessible via the home network based on a determination that the mobile apparatus has connected to the home network; select an external apparatus from among the plurality of external apparatuses (100, 100a, 100b, 100c) based on at least one predetermined criterion, a kind of the first multimedia content and a plurality of priorities, the plurality of priorities corresponding respectively to the plurality of external apparatuses (100, 100a, 100b, 100c); and control the transceiver to transmit the data that relates to the first multimedia content to the selected external apparatus in synchronization with the first multimedia content being output on the output device of the mobile apparatus; wherein each of the plurality of external apparatuses (100, 100a, 100b, 100c) is configured to output multimedia content.
A plaster, in particular intended for acoustic correction, comprising: - at least one mineral binder, - aggregates, including: ∘ light aggregates, the density of which is at most 700 kg/m3, in a content of at least 4% and of at most 20% by weight relative to the weight of the plaster, ∘ heavy aggregates, the density of which is at least 1500 kg/m3, in a content of at least 50% by weight relative to the weight of the plaster, the weight fraction of aggregates having a size of at least 0.5 mm being at least 40%, wherein the size of the aggregates is understood to mean the equivalent diameter determined by dry screening, said plaster having a density ranging from 700 to 1200 kg/m 3 and an air flow resistivity according to the standard ISO 9053:1991 ranging from 1×10 4 N.s.m -4 to 5×10 5 N.s.m -4. - at least one mineral binder, - aggregates, including: ∘ light aggregates, the density of which is at most 700 kg/m3, in a content of at least 4% and of at most 20% by weight relative to the weight of the plaster, ∘ heavy aggregates, the density of which is at least 1500 kg/m3, in a content of at least 50% by weight relative to the weight of the plaster, ∘ light aggregates, the density of which is at most 700 kg/m3, in a content of at least 4% and of at most 20% by weight relative to the weight of the plaster, ∘ heavy aggregates, the density of which is at least 1500 kg/m3, in a content of at least 50% by weight relative to the weight of the plaster, the weight fraction of aggregates having a size of at least 0.5 mm being at least 40%, wherein the size of the aggregates is understood to mean the equivalent diameter determined by dry screening, said plaster having a density ranging from 700 to 1200 kg/m 3 and an air flow resistivity according to the standard ISO 9053:1991 ranging from 1×10 4 N.s.m -4 to 5×10 5 N.s.m -4.
Fan casing for an aircraft engine in the region of the fan thereof, comprising a plurality of layers which are arranged in a substantially cylindrical manner, are interconnected and are made of fibre reinforced plastics material, a reinforcing ply made of glass fibre reinforced plastics material being arranged between an inner layer and an outer layer, characterised in that the outer layer and the inner layer are made of carbon fibre reinforced plastics material, the reinforcing ply consists of at least 20 plies made of glass fibre reinforced plastics material, in that deformation layers are arranged on either side of the reinforcing ply, which deformation layers have a lower strength than the reinforcing ply, and in that a deflector ring made of a material having a higher strength than the deformation layers is arranged between the inner layer and the reinforcing ply in the region of the fan, the deflector ring having a cuneiform cross section comprising an oblique surface facing the fan.
An image data processing method performed on original image data as a target to be recorded by a plurality of recording operating units including a plurality of recording heads comprising a plurality of nozzles, which discharge ink in different colors, the method comprising: a first processing step which performs a half tone process on the original image data for each component in a different color by changing discharged dot percentages and which generates halftone image data in which an ink discharge setting is defined in each dot position; and a second processing step which generates ink discharge setting data in which a movement process is performed on the halftone image data generated for each color component, the movement process being a process in which the ink discharge setting in at least some of an ink discharge setting position is moved to a surrounding dot position; wherein, in the first processing step, the halftone process is performed by a dither method using a first dither matrix; and in the second processing step, the movement process is performed using a dispersion arrangement matrix and a direction of a dispersion movement is determined according to a value of an array component corresponding to dot positions in the dispersion arrangement matrix. a first processing step which performs a half tone process on the original image data for each component in a different color by changing discharged dot percentages and which generates halftone image data in which an ink discharge setting is defined in each dot position; and a second processing step which generates ink discharge setting data in which a movement process is performed on the halftone image data generated for each color component, the movement process being a process in which the ink discharge setting in at least some of an ink discharge setting position is moved to a surrounding dot position; wherein, in the first processing step, the halftone process is performed by a dither method using a first dither matrix; and in the second processing step, the movement process is performed using a dispersion arrangement matrix and a direction of a dispersion movement is determined according to a value of an array component corresponding to dot positions in the dispersion arrangement matrix.
A feed box (2, 26, 56) for supplying feedstuff portions and adapted to be connected to a feedstuff station via an endless tube conveyor serving a plurality of feed boxes in a livestock stable, the feed box (2, 26, 56) being provided with one or more upper supply openings (6, 86), a lower discharge valve and a lower discharge opening (8, 38, 62) which is connectable via one or more down pipes to a feeding position for one or more livestock, the discharge valve including a valve body (14, 28) which is operatively connectable with a common control wire running along an upper end of the feed box (2, 26, 56), the feed box (2, 26, 56) being further provided with a control device adapted for either allowing the operative connection with the common control wire to open the discharge valve by lifting the valve body (14, 28), or to prevent the operative connection with the common control wire from opening the discharge valve by lifting the valve body (14, 28), characterised in that the control device is constituted by a cord or wire (18, 48, 67), one end of which being connectable with the common control wire, and the other end of which extending through an eyelet (16, 32) at the top of the valve body (14, 28) and out through an upper aperture at a side of the feed box (2, 26, 56), such that an outermost end part of the other end of the cord or wire is adapted to be fixed in an upper position (24, 54, 66) corresponding to the operative connection between the common control wire and the valve body being inactive, or in a lower position (22, 52) corresponding to the operative connection between the common control wire and the valve body being active.
Heating device for a farming shed comprising - an air inlet opening, an air outlet opening and a channel in the flow direction between air inlet opening and air outlet opening, - a heat exchanger arranged inside the channel, where air flowing from the air inlet opening to the air outlet opening flows through so that the air is heated, - a blower device, which, in the flow direction, is arranged downstream of the heat exchanger, for conveying air from the air intake opening to the air outlet opening, - a second air inlet opening, characterised in that - the second air inlet opening is arranged between the heat exchanger and the blower device in the flow direction and actuated by means of a one-way valve, which opens during falling below a preset low pressure in the region of the second air inlet opening. - an air inlet opening, an air outlet opening and a channel in the flow direction between air inlet opening and air outlet opening, - a heat exchanger arranged inside the channel, where air flowing from the air inlet opening to the air outlet opening flows through so that the air is heated, - a blower device, which, in the flow direction, is arranged downstream of the heat exchanger, for conveying air from the air intake opening to the air outlet opening, - a second air inlet opening, - the second air inlet opening is arranged between the heat exchanger and the blower device in the flow direction and actuated by means of a one-way valve, which opens during falling below a preset low pressure in the region of the second air inlet opening.
A nonwoven fibre fabric, in particular for a filter medium, comprising a first layer, wherein at least one one-piece fibre strand of the first layer comprises, in the longitudinal direction, at least a first fibre portion and at least a second fibre portion, characterized in that the fibre strand comprises a wider portion substantially in the second fibre portion, wherein the first fibre portion comprises a first polymer mixture, in particular consisting substantially of a first polymer, and the second fibre portion comprises a second polymer mixture, in particular consisting substantially of a second polymer, wherein the second polymer mixture, in particular the second polymer, has a higher viscosity than the first polymer mixture, in particular the first polymer.
A method for presenting an interactive voice advertisement to a user of a voice network, comprising: after the user sends a signal response from a user device to a receiving system and the user device is placed on hold by the receiving system, receiving a hold time and a parameter associated with the signal response from the receiving system; selecting, at an interactive voice advertisement exchange, a voice message and an application that dictates how the user can interact with the voice message based on the hold time and the parameter; and sending the voice message and the application to the receiving system; preprocessing the application by replacing an access made directly back to an advertiser in the application with a proxy access; and sending the voice message to the user device and executing the application during at least a portion of the hold time, the interactive voice advertisement comprising the voice message and the application wherein request from the application to the advertiser are redirected through one or more trusted communication links established between the interactive voice advertisement exchange and the advertiser. after the user sends a signal response from a user device to a receiving system and the user device is placed on hold by the receiving system, receiving a hold time and a parameter associated with the signal response from the receiving system; selecting, at an interactive voice advertisement exchange, a voice message and an application that dictates how the user can interact with the voice message based on the hold time and the parameter; and sending the voice message and the application to the receiving system; preprocessing the application by replacing an access made directly back to an advertiser in the application with a proxy access; and sending the voice message to the user device and executing the application during at least a portion of the hold time, the interactive voice advertisement comprising the voice message and the application wherein request from the application to the advertiser are redirected through one or more trusted communication links established between the interactive voice advertisement exchange and the advertiser.
A process to obtain a composition comprising beta-glucan, chitin and chitosan, extracted from the cell wall of Saccharomyces cerevisiae from the by-product biomass resulting from a brewing process, comprising the following steps: i) preparing a reactor with a NaOH solution in a concentration between 0.25 and 3 M with agitation and a temperature between 50 and 95 °C; ii) adding the biomass resulting from the brewing process to the solution; iii) keeping the conditions during at least 1 hour; iv) chilling the solution until room temperature, v) neutralizing the solution by at least one addition of an acidic solution or of water, until reaching pH 7, wherein when more than one addition is made, an step of separation of the solid product from the solution is performed between additions; vi) separating the solid product obtained in step (v) from the solution; vii) when the neutralization in step (v) has been made by the addition of an acidic solution, submitting the solid product to at least one washing with water and separating the obtained solid product; and viii) drying the solid product until constant weight and micronizing. i) preparing a reactor with a NaOH solution in a concentration between 0.25 and 3 M with agitation and a temperature between 50 and 95 °C; ii) adding the biomass resulting from the brewing process to the solution; iii) keeping the conditions during at least 1 hour; iv) chilling the solution until room temperature, v) neutralizing the solution by at least one addition of an acidic solution or of water, until reaching pH 7, wherein when more than one addition is made, an step of separation of the solid product from the solution is performed between additions; vi) separating the solid product obtained in step (v) from the solution; vii) when the neutralization in step (v) has been made by the addition of an acidic solution, submitting the solid product to at least one washing with water and separating the obtained solid product; and viii) drying the solid product until constant weight and micronizing.
A hinge for pivotably holding a substantially flat section, in particular a door leaf of a shower enclosure on a building section or a partition wall section of a shower enclosure or the like, wherein the hinge has a first hinge strip with a sleeve (1.1) for the building section or the partition wall section and a second hinge strip for the door leaf, and the two hinge strips (1, 2) are connected to one another pivotably by a hinge pin provided with a closing mechanism consisting of a lifting/lowering mechanism (x), characterized in that the hinge pin is operatively connected to a stop damper, wherein the stop damper is formed by a damper, a force distributor connected thereto and a driver which are arranged in the sleeve (1.1) of the hinge part, wherein the driver is mounted to be linearly moveable and non-rotatable via the hinge pin, and the damper with the force distributor is securely integrated into the hinge strip.
A user terminal configured to communicate with a plurality of FDD cells and a TDD cell employing carrier aggregation, the user terminal comprising: a receiving section configured to receive DL signals transmitted from the TDD cell and at least two of the plurality of FDD cells; and a feedback control section configured to allocate and feed back delivery acknowledgement signals in response to the DL signals in a predetermined UL subframe, wherein the feedback control section is further configured to aggregate and allocate the delivery acknowledgement signals for the DL signals from the TDD cell and at least two of the plurality of FDD cells, in an uplink control channel in the UL subframe of the TDD cell, and, furthermore, to apply a feedback mechanism that makes it possible to allocate delivery acknowledgement signals for all DL subframes of the plurality of FDD cells, by configuring it such that when the number of bits of the delivery acknowledgement signals that are multiplexed in the uplink control channel of the UL subframe of the TDD cell exceeds a predetermined value, the feedback control section is configured to determine application of A/N bundling to the FDD cells prioritised according to an order of index numbers assigned to these cells and compress and multiplex, by A/N bundling, a plurality of delivery acknowledgement signals of FDD cells that are determined to be applied with the A/N bundling, and the predetermined value is the maximum number of bits of delivery acknowledgement signals that are supported to be transmitted in the uplink control channel. a receiving section configured to receive DL signals transmitted from the TDD cell and at least two of the plurality of FDD cells; and a feedback control section configured to allocate and feed back delivery acknowledgement signals in response to the DL signals in a predetermined UL subframe, wherein the feedback control section is further configured to aggregate and allocate the delivery acknowledgement signals for the DL signals from the TDD cell and at least two of the plurality of FDD cells, in an uplink control channel in the UL subframe of the TDD cell, and, furthermore, to apply a feedback mechanism that makes it possible to allocate delivery acknowledgement signals for all DL subframes of the plurality of FDD cells, by configuring it such that when the number of bits of the delivery acknowledgement signals that are multiplexed in the uplink control channel of the UL subframe of the TDD cell exceeds a predetermined value, the feedback control section is configured to determine application of A/N bundling to the FDD cells prioritised according to an order of index numbers assigned to these cells and compress and multiplex, by A/N bundling, a plurality of delivery acknowledgement signals of FDD cells that are determined to be applied with the A/N bundling, and the predetermined value is the maximum number of bits of delivery acknowledgement signals that are supported to be transmitted in the uplink control channel.
A phase change device for controlling temperature within an environment, comprising: a foam material with both macropores and micropores connected to macropores, the foam material having macropores of a diameter between 100 to 400 microns, and micropores of a diameter between 0.5 to 100 microns; a phase change material, the phase change material being absorbed into the foam material; and a protective covering (101, 102, 300) encasing the foam material and the phase change material, characterised in that, the foam material is an open-cell phenolic foam and wherein at least a portion of the micropores are in lattices within macropores. a foam material with both macropores and micropores connected to macropores, the foam material having macropores of a diameter between 100 to 400 microns, and micropores of a diameter between 0.5 to 100 microns; a phase change material, the phase change material being absorbed into the foam material; and a protective covering (101, 102, 300) encasing the foam material and the phase change material, characterised in that, the foam material is an open-cell phenolic foam and wherein at least a portion of the micropores are in lattices within macropores.
A projection-type image display device comprising: a light source configured to radiate white light; a rod lens with a square cross section configured to receive the white light from the light source enter, and to output light with uniformly dispersed illuminance; an optical modulation element configured to modulate the light output from the rod lens as incoming light according to an image signal to form a display image; and a projecting lens configured to enlarge and project the display image modulated in the optical modulation element, wherein the rod lens includes only a pair of rods formed divided along an optical axis to divide the rod lens into equal two parts with long sides of the square cross section of the rod lens, and having a film formed on a part of a periphery of mutually facing surfaces, and a cover unit that covers an external periphery of the pair of rods, holds the pair of rods to face each other, slightly separated with the film formed on the mutually facing surfaces, and forms openings in an incoming side and an outgoing side of the rod lens, wherein the film formed on the mutually facing surfaces of the only pair of rods that configures the rod lens is formed on a corner part of the facing surface of one of the only pair of rods, and wherein the film is formed of an Si film or a metal film. a light source configured to radiate white light; a rod lens with a square cross section configured to receive the white light from the light source enter, and to output light with uniformly dispersed illuminance; an optical modulation element configured to modulate the light output from the rod lens as incoming light according to an image signal to form a display image; and a projecting lens configured to enlarge and project the display image modulated in the optical modulation element, wherein the rod lens includes only a pair of rods formed divided along an optical axis to divide the rod lens into equal two parts with long sides of the square cross section of the rod lens, and having a film formed on a part of a periphery of mutually facing surfaces, and a cover unit that covers an external periphery of the pair of rods, holds the pair of rods to face each other, slightly separated with the film formed on the mutually facing surfaces, and forms openings in an incoming side and an outgoing side of the rod lens, wherein the film formed on the mutually facing surfaces of the only pair of rods that configures the rod lens is formed on a corner part of the facing surface of one of the only pair of rods, and wherein the film is formed of an Si film or a metal film.