mhurhangee/ep-ind-claims huggingface dataset:
A charging system capable for information rewriting, comprising a battery, a battery charger which is adapted to charge the battery by being detachably electrically connected to the battery, a first storage unit provided in the battery, the first storage unit being adapted to rewritably store a first information, and a second storage unit provided in the battery charger, the second storage unit being adapted to rewritably store a second information, each of the battery and the battery charger including a computer (14; 25), characterized in that at least one of the computers (14; 25) is adapted to rewrite any one information out of the first information stored in the first storage unit and the second information stored in the second storage unit based on the other information out of the first information and the second information when the battery and the battery charger are electrically connected, the charging system further comprising a protocol changing unit which is adapted to change a communication protocol between the battery and the battery charger from a first protocol to a second protocol when the at least one computer rewrites the one information, wherein the second protocol provides faster communication than the first protocol, and a protocol control unit which is adapted to determine whether or not it is possible to change the communication protocol between the battery and the battery charger from the first protocol to the second protocol, to allow the protocol changing unit to operate when the change is determined to be possible, and to inhibit the protocol changing unit from operating when the change is determined to be impossible, wherein the first information is a program to be executed by the computer in the battery, and the second information is a program to be executed by the computer in the battery charger and the programs are for controlling the charging of the battery by the computer in the battery and the computer in the battery charger.
A phase control signal generation device for generating phase control signals for frequency bands for an audio signal converted into a frequency domain, the phase control signal generation device comprising: a setting change means that is able to change setting of a propagation delay time for each of predetermined frequency bands; a difference obtaining means that is configured to obtain a difference between propagation delay times before and after setting change; an updating means that is configured to update only a phase control amount of the respective frequency band for which the propagation delay time is changed, based on the obtained difference; and a phase control signal generating means that is configured to generate a phase control signal of the respective frequency band by performing a smoothing process for the phase control amount in a frequency domain using the updated phase control amount. a setting change means that is able to change setting of a propagation delay time for each of predetermined frequency bands; a difference obtaining means that is configured to obtain a difference between propagation delay times before and after setting change; an updating means that is configured to update only a phase control amount of the respective frequency band for which the propagation delay time is changed, based on the obtained difference; and a phase control signal generating means that is configured to generate a phase control signal of the respective frequency band by performing a smoothing process for the phase control amount in a frequency domain using the updated phase control amount.
A display device comprising: a flexible display panel; a flexible plate disposed at a rear side of the flexible display panel; a first rigid bar and a second rigid bar disposed at a rear side of the flexible plate and each adjacent to a respective edge of the flexible plate; a drive unit disposed at the rear side of the flexible plate; a first wing plate and a second wing plate hingedly coupling the drive unit to respectively the first rigid bar and the second rigid bar; a first adhesive member; a first side frame coupled to the flexible plate so that the first side frame is movable on the flexible plate, wherein a portion of a back surface of the flexible display panel is coupled to a portion of a front surface of the first side frame by the first adhesive member; a second adhesive member; a second side frame coupled to the flexible plate so that the second side frame is movable on the flexible plate, wherein a portion of a back surface of the flexible display panel is coupled to a portion of a front surface of the second side frame by the second adhesive member; wherein the first rigid bar is fixed to the back surface of the flexible plate or a back surface of the first side frame; wherein the second rigid bar is fixed to the back surface of the flexible plate or a back surface of the second side frame; a first magnetic coupling member positioned on a front surface of the flexible plate and adjacent to the first side frame, wherein the first magnetic coupling member is arranged to couple the flexible display panel to the flexible plate; a second magnetic coupling member positioned on a front surface of the flexible plate and adjacent to the second side frame, wherein the second magnetic coupling member is arranged to couple the flexible display panel to the flexible plate.
A fuel rail for high-pressure direct-injection internal combustion engines, comprising a main rail having a shaft core, an injector holder and a fastening bracket, all made of steel or stainless steel, wherein the fuel rail has a structure such that the injector holder and the fastening bracket are paired and joined to a main rail by brazing, characterised in that the main rail the injector holder, and the fastening bracket are finished by cutting work and/or burnishing processing after the brazing step, and wherein the injector holder and the fastening bracke in pairs are mounted on one side of the main rail so as to be eccentric to the shaft core of the main rail.
A spectrum analysis apparatus including: a processing unit configured to generate analysis data using an analysis function in which a linear function and a logarithmic function are included as function elements and an intensity value from measurement data including the intensity value of light acquired by detecting the light from a measurement target object using a plurality of light-receiving elements having different detection wavelength bands is set as a variable for the analysis function; and a display unit configured to display the analysis data in a spectrum chart in which one axis represents a value corresponding to the detection wavelength band and the other axis represents an output value of the analysis function. a processing unit configured to generate analysis data using an analysis function in which a linear function and a logarithmic function are included as function elements and an intensity value from measurement data including the intensity value of light acquired by detecting the light from a measurement target object using a plurality of light-receiving elements having different detection wavelength bands is set as a variable for the analysis function; and a display unit configured to display the analysis data in a spectrum chart in which one axis represents a value corresponding to the detection wavelength band and the other axis represents an output value of the analysis function.
A method for determining a downlink control channel resource set, applied in a user equipment, the method comprising: obtaining a third frequency domain position for determining a downlink control channel resource set corresponding to the user equipment, based upon received first information, transmitted by a base station, comprising indication information of a second frequency domain position of a first downlink control channel resource set; obtaining a third time domain position for determining the downlink control channel resource set corresponding to the user equipment, based upon the received first information, transmitted by the base station, comprising indication information of a second time domain position of the first downlink control channel resource set; and determining the downlink control channel resource set corresponding to the user equipment as a third downlink control channel resource set based upon the third frequency domain position and the third time domain position; wherein when the first information is Master Information Block, MIB, information or System Information, SI; the first downlink control channel resource set is configured for transmitting a common downlink control channel, and/or the first downlink control channel resource set is configured for transmitting a UE-specific downlink control channel when the user equipment accesses a mobile communication network for the first time; and when the first information is higher-layer signaling, the first downlink control channel resource set is configured for transmitting a UE-specific downlink control channel. obtaining a third frequency domain position for determining a downlink control channel resource set corresponding to the user equipment, based upon received first information, transmitted by a base station, comprising indication information of a second frequency domain position of a first downlink control channel resource set; obtaining a third time domain position for determining the downlink control channel resource set corresponding to the user equipment, based upon the received first information, transmitted by the base station, comprising indication information of a second time domain position of the first downlink control channel resource set; and determining the downlink control channel resource set corresponding to the user equipment as a third downlink control channel resource set based upon the third frequency domain position and the third time domain position; wherein when the first information is Master Information Block, MIB, information or System Information, SI; the first downlink control channel resource set is configured for transmitting a common downlink control channel, and/or the first downlink control channel resource set is configured for transmitting a UE-specific downlink control channel when the user equipment accesses a mobile communication network for the first time; and when the first information is higher-layer signaling, the first downlink control channel resource set is configured for transmitting a UE-specific downlink control channel.
A heat exchanger, comprising a casing with a structure of a hollow box and a heat transfer unit accommodated in the casing, wherein said heat transfer unit is so arranged that flat plates (4, 4a, 4b) are alternately folded back in opposite direction along a fold-back line, a first flow passage and a second flow passage are alternately formed in multiple layers between the flat plates, a first opening and a second opening being communicated with said first flow passage are provided on said casing, a third opening and a fourth opening communicated with said second flow passage are provided on said casing, end portions (4a', 4b', 4c') of the flat plates adjacent, as positioned at the end portion of said fold-back line, to said first flow passage and said second flow passage of said heat transfer unit are crushed and adhered, and edges of said end portions (4a', 4b', 4c') are welded together, said heat exchanger further comprising an edge sealing hardware, characterized in that said edge sealing hardware is prepared in form of a comb to match said second flow passage and claw pieces folded in two are provided, a folded part of the flat plate (4, 4a, 4b) where said second flow passage is formed by crushing of said end portion (4a', 4b', 4c') is prepared in rectangular form, said claw pieces are engaged with the fold-back portion of said second flow passage and said edge sealing hardware is attached to said end portion (4a', 4b', 4c'), and said edge sealing hardware and edge of said end portion (4a', 4b', 4c') are welded together by laser welding.
A method of operating a communications network comprising a remote network in communication with a local network, said method comprising: transmitting content delivery policy data from said remote network to said local network, said content delivery policy data being analysable to find content delivery parameters given at least one communication attribute; operating said local network to: store said content delivery policy data at said local network; receive a communication attribute for the delivery of content data to a recipient; analyse said content delivery policy data to find content delivery parameters for said content data delivery; and deliver said content data to said recipient in accordance with said content delivery parameters for said delivery; wherein: said local network further comprises a local content data store arranged to store said content data; and said content data delivery step comprises delivering said content data from said local store over said local network with one of a plurality of classes of service selected in accordance with said content delivery parameters. transmitting content delivery policy data from said remote network to said local network, said content delivery policy data being analysable to find content delivery parameters given at least one communication attribute; operating said local network to: store said content delivery policy data at said local network; receive a communication attribute for the delivery of content data to a recipient; analyse said content delivery policy data to find content delivery parameters for said content data delivery; and deliver said content data to said recipient in accordance with said content delivery parameters for said delivery; wherein: said local network further comprises a local content data store arranged to store said content data; and said content data delivery step comprises delivering said content data from said local store over said local network with one of a plurality of classes of service selected in accordance with said content delivery parameters. store said content delivery policy data at said local network; receive a communication attribute for the delivery of content data to a recipient; analyse said content delivery policy data to find content delivery parameters for said content data delivery; and deliver said content data to said recipient in accordance with said content delivery parameters for said delivery; wherein: said local network further comprises a local content data store arranged to store said content data; and said content data delivery step comprises delivering said content data from said local store over said local network with one of a plurality of classes of service selected in accordance with said content delivery parameters. said local network further comprises a local content data store arranged to store said content data; and said content data delivery step comprises delivering said content data from said local store over said local network with one of a plurality of classes of service selected in accordance with said content delivery parameters.
Flavoring composition comprising eriocitrin, eriodictyol-7-O-glucoside and eriodictyol, and optionally neoeriocitrin, wherein, eriodictyol is contained in an amount of from 5 wt.-% to 79 wt.-%, preferably in an amount of from 30 to 75 wt.-%, preferably wherein neoeriocitrin, if present, is contained in an amount of from 0.01 wt.-% to 40 wt.-%, preferably in an amount of from 0.1 to 20 wt.-%, preferably in an amount of from 0.25 to 10 wt.-%, preferably wherein eriocitrin is contained in an amount of from 0.01 wt.-% to 40 wt.-%, preferably in an amount of from 0.1 to 20 wt.-%, preferably in an amount of from 0.25 to 10 wt.-%, and preferably wherein eriodictyol-7-O-glucoside is contained in an amount of from 0.2 wt.-% to 60 wt.-%, preferably in an amount of from 1 to 40 wt.-%, each dependent on the dry weight of the flavoring composition. eriodictyol is contained in an amount of from 5 wt.-% to 79 wt.-%, preferably in an amount of from 30 to 75 wt.-%, preferably wherein neoeriocitrin, if present, is contained in an amount of from 0.01 wt.-% to 40 wt.-%, preferably in an amount of from 0.1 to 20 wt.-%, preferably in an amount of from 0.25 to 10 wt.-%, preferably wherein eriocitrin is contained in an amount of from 0.01 wt.-% to 40 wt.-%, preferably in an amount of from 0.1 to 20 wt.-%, preferably in an amount of from 0.25 to 10 wt.-%, and preferably wherein eriodictyol-7-O-glucoside is contained in an amount of from 0.2 wt.-% to 60 wt.-%, preferably in an amount of from 1 to 40 wt.-%, each dependent on the dry weight of the flavoring composition.
Mode filter for reducing higher-order modes, with an optical fibre, which has a core and a cladding surrounding the latter, wherein the cladding and core have refractive indices that differ from one another, wherein the fibre has, in a transition region between core and cladding, at least one local refractive index modification region which is arranged in the radially outer region of the core and extends into the region of the cladding, characterized in that two refractive index modification regions being in parallel to each other are so configured that they tangentially touch the core on opposite sides.
An aeronautical part, comprising: - a substrate, - an environmental barrier comprising at least one layer selected from a thermally insulating layer, a sublayer suitable for promoting adhesion between the substrate and a thermally insulating layer and a protective layer suitable for protecting the substrate from oxidation and/or corrosion, the environmental barrier at least partially covering the substrate - at least one reactive layer suitable for reacting with at least one CMAS compound selected from a calcium oxide, a magnesium oxide, an aluminum oxide and a silicon oxide, the reactive layer at least partially covering environmental barrier, characterized in that the material of the reactive layer comprises at least one oxide of formula A' 4-x A" x B' 2-y B" y O 11-δ, A' being selected from a rare earth, yttrium and scandium, A" being selected from a rare earth, yttrium, scandium and aluminum, B' being selected from tantalum and niobium, B" being selected from tantalum, niobium, zirconium, hafnium, aluminum and cesium, x and y being real numbers between 0 and 2 and δ being a real number between -1 and 1. - a substrate, - an environmental barrier comprising at least one layer selected from a thermally insulating layer, a sublayer suitable for promoting adhesion between the substrate and a thermally insulating layer and a protective layer suitable for protecting the substrate from oxidation and/or corrosion, the environmental barrier at least partially covering the substrate - at least one reactive layer suitable for reacting with at least one CMAS compound selected from a calcium oxide, a magnesium oxide, an aluminum oxide and a silicon oxide, the reactive layer at least partially covering environmental barrier,
A process for heating a plurality of articles in a microwave heating system, said process comprising: (a) generating microwave energy having a predominant wavelength (λ); (b) loading a plurality of articles into a carrier (10, 312, 912) defining a cargo volume, wherein said loading includes arranging said articles within a cargo volume of said carrier, wherein said articles are arranged in at least two spaced apart rows in said cargo volume, wherein each of said articles has a length and a width with the width being less than or equal to the length, wherein the width of each article is at least 2.75λ, and wherein a ratio of a distance between center points of side-by-side articles in the adjacent rows to the width of the cargo volume is at least 0.52:1; (c) passing said loaded carrier through one or more liquid-filled vessels along a convey line, wherein said articles are submerged in a liquid medium during at least a portion of said passing; (d) during at least a portion of said passing, heating said articles in said carrier to provide heated articles, wherein at least a portion of said heating is performed using microwave energy discharged into at least one of said vessels via one or more microwave launchers. (a) generating microwave energy having a predominant wavelength (λ); (b) loading a plurality of articles into a carrier (10, 312, 912) defining a cargo volume, wherein said loading includes arranging said articles within a cargo volume of said carrier, wherein said articles are arranged in at least two spaced apart rows in said cargo volume, wherein each of said articles has a length and a width with the width being less than or equal to the length, wherein the width of each article is at least 2.75λ, and wherein a ratio of a distance between center points of side-by-side articles in the adjacent rows to the width of the cargo volume is at least 0.52:1; (c) passing said loaded carrier through one or more liquid-filled vessels along a convey line, wherein said articles are submerged in a liquid medium during at least a portion of said passing; (d) during at least a portion of said passing, heating said articles in said carrier to provide heated articles, wherein at least a portion of said heating is performed using microwave energy discharged into at least one of said vessels via one or more microwave launchers.