mhurhangee/ep-ind-claims huggingface dataset:
A direct resistance heating method in which a current is applied to a plate workpiece, a cross-sectional area of which varying in a longitudinal direction of the plate workpiece, and the plate workpiece is heated such that a high-temperature heating region and a non-high-temperature heating region are provided side by side along the longitudinal direction, the direct resistance heating method comprising: a preparation step of arranging a pair of electrodes (1, 2) including a first electrode and a second electrode on the plate workpiece; and a heating step of moving the first electrode in the longitudinal direction from one end of the high-temperature heating region while applying a current to the pair of electrodes (1,2), and stopping the movement of the first electrode when the first electrode reaches the other end of the high-temperature heating region, characterized in that the heating step further comprises stopping the current from being applied to the pair of electrodes (1, 2) when a predetermined time elapses after the stopping of the movement of the first electrode. a preparation step of arranging a pair of electrodes (1, 2) including a first electrode and a second electrode on the plate workpiece; and a heating step of moving the first electrode in the longitudinal direction from one end of the high-temperature heating region while applying a current to the pair of electrodes (1,2), and stopping the movement of the first electrode when the first electrode reaches the other end of the high-temperature heating region, characterized in that the heating step further comprises stopping the current from being applied to the pair of electrodes (1, 2) when a predetermined time elapses after the stopping of the movement of the first electrode.
A set of crusher feed hopper wear protection cassettes to respectively mount at least one wear liner at a gyratory crusher feed hopper, each cassette comprising: a plate-like main body for positioning at an interior region of the feed hopper defined by a wall of the feed hopper; the main body having a rear face for positioning in opposed relation to an inner surface of the wall; a support face to mount at least one wear liner to be facing the interior region; and a mount member to contact and releasably mount the cassette at a region of the feed hopper; wherein the mount member projects rearwardly from a region of the rear face and extends transverse or substantially perpendicular to the rear face, the mount member configured to be mountable on an upper annular mounting rim of the feed hopper. a plate-like main body for positioning at an interior region of the feed hopper defined by a wall of the feed hopper; the main body having a rear face for positioning in opposed relation to an inner surface of the wall; a support face to mount at least one wear liner to be facing the interior region; and a mount member to contact and releasably mount the cassette at a region of the feed hopper; wherein the mount member projects rearwardly from a region of the rear face and extends transverse or substantially perpendicular to the rear face, the mount member configured to be mountable on an upper annular mounting rim of the feed hopper.
A method for preventing an account from being broken into, wherein the method is executed by a cloud platform server, and the method comprises: acquiring (201, 301), by the cloud platform server, a security state of a first terminal by detecting whether a terminal retrieval function is used to retrieve the first terminal and determining by the cloud platform server that the security state of the first terminal indicates that the first terminal has been stolen if it is detected that the terminal retrieval function is used to retrieve the first terminal; acquiring (202, 302), by the cloud platform server, a service restriction request in response to determining that the security state indicates that the first terminal is stolen, the service restriction request including a terminal identification of the first terminal, a type of service authority to be restricted, and a payment account to be restricted corresponding to the first terminal, wherein the type of service authority to be restricted is determined by a user of the first terminal, and the type of service authority to be restricted comprises one or more of transfer, pay, receive and investment transaction and wherein the payment account to be restricted corresponding to the first terminal is a payment account to which the first terminal has ever logged in; and sending (203, 303), by the cloud platform server, the service restriction request to the payment platform server, the service restriction request indicating that the payment platform server restricts a service authority of the first terminal, and restricts a service authority of a second terminal which logs into the payment account. acquiring (201, 301), by the cloud platform server, a security state of a first terminal by detecting whether a terminal retrieval function is used to retrieve the first terminal and determining by the cloud platform server that the security state of the first terminal indicates that the first terminal has been stolen if it is detected that the terminal retrieval function is used to retrieve the first terminal; acquiring (202, 302), by the cloud platform server, a service restriction request in response to determining that the security state indicates that the first terminal is stolen, the service restriction request including a terminal identification of the first terminal, a type of service authority to be restricted, and a payment account to be restricted corresponding to the first terminal, wherein the type of service authority to be restricted is determined by a user of the first terminal, and the type of service authority to be restricted comprises one or more of transfer, pay, receive and investment transaction and wherein the payment account to be restricted corresponding to the first terminal is a payment account to which the first terminal has ever logged in; and sending (203, 303), by the cloud platform server, the service restriction request to the payment platform server, the service restriction request indicating that the payment platform server restricts a service authority of the first terminal, and restricts a service authority of a second terminal which logs into the payment account.
A computer implemented method for controlling an audio receiver device to equalise the loudness levels of output audio signals for playback on a connected audio reproduction device, comprising: a) outputting at least a first and second audio signal to an audio output for playback on the audio reproduction device, the first and second signals being encoded in different audio formats, the first audio signal being output at a first loudness level and the second audio signal being output at a second loudness level; b) detecting playback of the at least a first and second audio signal occurring at the audio reproduction device and recording with a microphone, or other input, first and second audio signals corresponding to the detected played back signals; c) analysing the first and second recorded audio signals and determining a value indicating the loudness of the first and/or the second recorded audio signals; d) based on the determined value, adjusting one or more of the at least first and second loudness levels, until the value indicating the loudness of the first and/or the second recorded audio signals indicates that they are as loud as each other; e) saving in memory a correction gain or attenuation value, for each format, to be applied to output audio signals decoded with that format. a) outputting at least a first and second audio signal to an audio output for playback on the audio reproduction device, the first and second signals being encoded in different audio formats, the first audio signal being output at a first loudness level and the second audio signal being output at a second loudness level; b) detecting playback of the at least a first and second audio signal occurring at the audio reproduction device and recording with a microphone, or other input, first and second audio signals corresponding to the detected played back signals; c) analysing the first and second recorded audio signals and determining a value indicating the loudness of the first and/or the second recorded audio signals; d) based on the determined value, adjusting one or more of the at least first and second loudness levels, until the value indicating the loudness of the first and/or the second recorded audio signals indicates that they are as loud as each other; e) saving in memory a correction gain or attenuation value, for each format, to be applied to output audio signals decoded with that format.
Aqueous composition for dyeing hair characterized in that it comprises at least one oxidation hair dye precursor, at least one cationic surfactant as an emulsifier, at least one cationic polymer with a cationic charge density of greater than or equal to 4 meq/g at a total concentration of from 0.05 and 2%, by weight calculated to the total of the composition, at least one heteropolysaccharide gum and it is free from anionic emulsifiers.
A package handling arrangement for grouping packages (P 1, P 2) filled with liquid food product, comprising: a transportation belt configured to transport the packages (P 1, P 2) in a downstream direction, a grouping arrangement configured to receive the packages (P 1, P 2) from the transportation belt and group a predetermined number of the packages (P 1, P 2) together, characterized by a guide member arranged on one side of the transportation belt, and a retainer arranged on an opposite side of the transportation belt relative to the guide member, the retainer having a plurality of flexible elements angled relative to the transportation belt, each flexible element being configured to - flex to enable passage of a package (P 1, P 2) in the downstream direction, and - retract from a flexed position after passage of the package (P 1, P 2), to prevent movement of the package (P 1, P 2) in an upstream direction. a transportation belt configured to transport the packages (P 1, P 2) in a downstream direction, a grouping arrangement configured to receive the packages (P 1, P 2) from the transportation belt and group a predetermined number of the packages (P 1, P 2) together, characterized by a guide member arranged on one side of the transportation belt, and a retainer arranged on an opposite side of the transportation belt relative to the guide member, the retainer having a plurality of flexible elements angled relative to the transportation belt, each flexible element being configured to - flex to enable passage of a package (P 1, P 2) in the downstream direction, and - retract from a flexed position after passage of the package (P 1, P 2), to prevent movement of the package (P 1, P 2) in an upstream direction. - flex to enable passage of a package (P 1, P 2) in the downstream direction, and - retract from a flexed position after passage of the package (P 1, P 2), to prevent movement of the package (P 1, P 2) in an upstream direction.
Pultrusion method for manufacturing a fibre-reinforced composite product comprising reinforcing fibres embedded in a thermoplastic matrix material, wherein along a path of pultrusion, the following steps are performed: - providing a preform (19; 21); - further downstream, inductively heating the preform (19; 21) to a processing temperature of the thermoplastic matrix material, the processing temperature being suitable for enabling subsequent consolidation of the preform, wherein the heat for heating the preform (19; 21) up to the processing temperature is introduced in a non-contact manner; and - further downstream, introducing the preform into a die (45; 66) and consolidating the preform by means of the die (45; 66) while the preform passes through the die (45; 66), in order to form the composite product, wherein the die (45; 66) is not actively heated or is actively cooled. - providing a preform (19; 21); - further downstream, inductively heating the preform (19; 21) to a processing temperature of the thermoplastic matrix material, the processing temperature being suitable for enabling subsequent consolidation of the preform, wherein the heat for heating the preform (19; 21) up to the processing temperature is introduced in a non-contact manner; and - further downstream, introducing the preform into a die (45; 66) and consolidating the preform by means of the die (45; 66) while the preform passes through the die (45; 66), in order to form the composite product, wherein the die (45; 66) is not actively heated or is actively cooled.
A valve including a valve body (to), an inner valve seat and a valve core, wherein the valve core is installed in the valve body, and the inner valve seat is installed in the valve body, wherein the inner valve seat has an annular body and a sealing structure, wherein the sealing structure is arranged such that when the valve is in a closed state, the sealing structure seals and / or fills gaps formed among the valve body, the inner valve seat, and the valve core, wherein the sealing structure extends inwards along the entire inner peripheral surface of the annular body and is provided with an elastic portion and a first sealing portion in sequence, wherein the first sealing portion is configured to press the side of the valve core facing the inner valve seat when the valve is in a closed state, wherein the inner valve seat is further provided with a main sealing portion, wherein the main sealing portion is provided inside a top surface of the annular body and is arranged to abut against the side of the valve core facing the inner valve seat when the valve is in a closed state, and the position where the main sealing portion abuts the valve core is located radially outward compared with the position where the first sealing portion presses the valve core, characterised in that the first sealing portion protrudes from a distal end of the elastic portion toward the valve core, so that the first sealing portion is substantially hook-shaped as viewed in crosssection of the inner valve seat, and in that the first sealing portion protrudes toward the same side of the annular body as the side of the top surface of the annular body. wherein the sealing structure extends inwards along the entire inner peripheral surface of the annular body and is provided with an elastic portion and a first sealing portion in sequence, wherein the first sealing portion is configured to press the side of the valve core facing the inner valve seat when the valve is in a closed state, wherein the inner valve seat is further provided with a main sealing portion, wherein the main sealing portion is provided inside a top surface of the annular body and is arranged to abut against the side of the valve core facing the inner valve seat when the valve is in a closed state, and the position where the main sealing portion abuts the valve core is located radially outward compared with the position where the first sealing portion presses the valve core, characterised in that the first sealing portion protrudes from a distal end of the elastic portion toward the valve core, so that the first sealing portion is substantially hook-shaped as viewed in crosssection of the inner valve seat, and in that the first sealing portion protrudes toward the same side of the annular body as the side of the top surface of the annular body.
A composition comprising a polyol compound and an isocyanate compound, in which a content of the isocyanate compound in the composition is from 40 to 140 parts by weight relative to 100 parts by weight of the polyol compound, the polyol compound comprising a compound having a number average molecular weight calibrated with polystyrene standards of less than 800, the compound being represented by Formula: where in Formula, R 1 to R 3, each identical or different, are a group represented by Formula: where in Formula, L 1 and L 2, each identical or different, represent an alkylene group having from 1 to 10 carbon atom(s), and m represents a number of 0 or greater, except m does not simultaneously take 0 for R 1 to R 3, and a bond with a wavy line binds to a nitrogen atom in the formula; and the isocyanate compound comprising a compound (b) represented by Formula: where in Formula, L 3 to L 5, each identical or different, represent a hydrogen atom, an NCO group, or an alkyl group having from 1 to 10 carbon atom(s) and having a group represented by Formula, except L 3 to L 5 do not simultaneously represent hydrogen atoms: where in Formula, L 6 and L 7, each identical or different, represent an alkylene group having from 1 to 10 carbon atom(s), and a bond with a wavy line binds to a carbon atom of the alkyl group having from 1 to 10 carbon atom(s) in L 3 to L 5 in Formula. where in Formula, R 1 to R 3, each identical or different, are a group represented by Formula: where in Formula, L 1 and L 2, each identical or different, represent an alkylene group having from 1 to 10 carbon atom(s), and m represents a number of 0 or greater, except m does not simultaneously take 0 for R 1 to R 3, and a bond with a wavy line binds to a nitrogen atom in the formula; and the isocyanate compound comprising a compound (b) represented by Formula: where in Formula, L 3 to L 5, each identical or different, represent a hydrogen atom, an NCO group, or an alkyl group having from 1 to 10 carbon atom(s) and having a group represented by Formula, except L 3 to L 5 do not simultaneously represent hydrogen atoms: where in Formula, L 6 and L 7, each identical or different, represent an alkylene group having from 1 to 10 carbon atom(s), and a bond with a wavy line binds to a carbon atom of the alkyl group having from 1 to 10 carbon atom(s) in L 3 to L 5 in Formula.
A method for producing a gallium trichloride gas, the method comprising: a first step of reacting a metallic gallium and a chlorine gas to produce a gallium monochloride gas; and a second step of reacting the produced gallium monochloride gas and a chlorine gas to produce a gallium trichloride gas, wherein in the first step, the amount of the gallium monochloride gas with respect to the total amount of the produced gallium chloride gas is 90% by mole or more. a first step of reacting a metallic gallium and a chlorine gas to produce a gallium monochloride gas; and a second step of reacting the produced gallium monochloride gas and a chlorine gas to produce a gallium trichloride gas, wherein in the first step, the amount of the gallium monochloride gas with respect to the total amount of the produced gallium chloride gas is 90% by mole or more.
A composition comprising a mesenchymal stem cell or an MSC-derived exosome for use in a method for treating or preventing vasculopathy in a subject in need thereof, wherein the MSC or the MSC-derived exosome is obtained by treating a culture of MSCs with a prostacyclin at a concentration of at least about 100 μg/mL, wherein the MSC or the MSC-derived exosome has an increased VEGF production compared to an untreated MSC or MSC-derived exosome, said method comprising administering to the subject a prostacyclin and said composition.
A tongue advancer assembly for a tongue manipulation system, wherein the tongue advancer assembly comprises: a core mount comprising a connection rod coupling configured to couple to a distal end of a connection rod; a nitinol tongue advancer for attachment to a tongue; and a tongue advancer tether; characterized in that the tongue advancer assembly comprises: a fixing element configured to couple the core mount and the tongue advancer, wherein the core mount and the tongue advancer are of different materials, wherein the fixing element comprises a pin, wherein the core mount comprises a slit configured such that the tongue advancer tether and the pin locating the tongue advancer tether can be observed through the slit, wherein the tongue advancer tether comprises a first loop, the first loop configured to pass around the pin to couple the tongue advancer tether to the tongue advancer assembly. a core mount comprising a connection rod coupling configured to couple to a distal end of a connection rod; a nitinol tongue advancer for attachment to a tongue; and a tongue advancer tether; characterized in that the tongue advancer assembly comprises: a fixing element configured to couple the core mount and the tongue advancer, wherein the core mount and the tongue advancer are of different materials, wherein the fixing element comprises a pin, wherein the core mount comprises a slit configured such that the tongue advancer tether and the pin locating the tongue advancer tether can be observed through the slit, wherein the tongue advancer tether comprises a first loop, the first loop configured to pass around the pin to couple the tongue advancer tether to the tongue advancer assembly. a fixing element configured to couple the core mount and the tongue advancer, wherein the core mount and the tongue advancer are of different materials, wherein the fixing element comprises a pin,
A method for determining concentration of polyelectrolyte or phosphonate in a sample comprising polyelectrolyte or phosphonate, the method comprising - optionally diluting and/or purifying the sample, - admixing the sample with a reagent comprising a lanthanide ion, - admixing the sample with silica, - allowing the polyelectrolyte or phosphonate in the sample to interact with the reagent comprising the lanthanide ion and the silica, - exciting the sample at a excitation wavelength and detecting a sample signal deriving from the lanthanide ion at a signal wavelength by using time-resolved fluorescence measurement, and - determining the concentration of the polyelectrolyte or phosphonate in the sample by using the detected sample signal. - optionally diluting and/or purifying the sample, - admixing the sample with a reagent comprising a lanthanide ion, - admixing the sample with silica, - allowing the polyelectrolyte or phosphonate in the sample to interact with the reagent comprising the lanthanide ion and the silica, - exciting the sample at a excitation wavelength and detecting a sample signal deriving from the lanthanide ion at a signal wavelength by using time-resolved fluorescence measurement, and - determining the concentration of the polyelectrolyte or phosphonate in the sample by using the detected sample signal.