mhurhangee/patent-ind-claim-en huggingface dataset:
A recording media smoothness detector comprising: a sensor , comprising: a light source to emit light toward a recording medium; and a light-detecting device to detect an amount of light reflected by the recording medium; and a calculator , comprising: a first memory to store an initial output value of the sensor ; and a second memory to store a decreased output percentage of the sensor relative to the initial output value per number of recording media detected or per unit length of recording media, a luminsosity adjuster to adjust a luminosity of the light source , characterized in that the calculator is configured to calculate a decreased output amount of the sensor from the decreased output percentage of the sensor per number of recording media detected, according to number of recording media detected by the sensor , or calculate a decreased output amount of the sensor from the decreased output percentage of the sensor per unit length of recording media, according to a unit length of recording media detected by the sensor , to adjust the luminosity of the light source based on the calculated decreased output amount of the sensor and determine smoothness of the recording medium based on an output of the sensor after the adjustment. a sensor , comprising: a light source to emit light toward a recording medium; and a light-detecting device to detect an amount of light reflected by the recording medium; and a light source to emit light toward a recording medium; and a light-detecting device to detect an amount of light reflected by the recording medium; and a calculator , comprising: a first memory to store an initial output value of the sensor ; and a second memory to store a decreased output percentage of the sensor relative to the initial output value per number of recording media detected or per unit length of recording media, a luminsosity adjuster to adjust a luminosity of the light source , characterized in that a first memory to store an initial output value of the sensor ; and a second memory to store a decreased output percentage of the sensor relative to the initial output value per number of recording media detected or per unit length of recording media, a luminsosity adjuster to adjust a luminosity of the light source , characterized in that the calculator is configured to calculate a decreased output amount of the sensor from the decreased output percentage of the sensor per number of recording media detected, according to number of recording media detected by the sensor , or calculate a decreased output amount of the sensor from the decreased output percentage of the sensor per unit length of recording media, according to a unit length of recording media detected by the sensor , to adjust the luminosity of the light source based on the calculated decreased output amount of the sensor and determine smoothness of the recording medium based on an output of the sensor after the adjustment.
A resealable flap device in the form of a sheet for applying to or incorporating in packaging comprising a layer construction of flexible material, the layer construction being cut through to outline a flap portion , but leaving an edge uncut in a hinge region , forming the rear end of the flap; characterised in that the layer continues rearwardly and incorporates a second flap portion with a second hinge region and having a slot by which a product may be suspended when the flap device is fixed to the packaging.
A therapeutic tape configured to be applied to the skin of a user, the tape comprising: a base layer having a face side and a back side, the base layer being composed of a combination of yarn of recycled polyethylene terephthalate (RPET) and an elastic material; and an adhesive layer deposited on one of said face side or back side of the base layer for attaching the tape to the skin of the user; and wherein the base layer comprises between approximately 70% and approximately 95% by weight of RPET, preferably wherein the base layer comprises between approximately 80% by weight and approximately 90% by weight of RPET, and more preferably, wherein the base layer comprises approximately 83% by weight of RPET, and wherein the yarn of RPET is of a grade between approximately 50D and approximately 120D, more preferably between approximately 65D and 105D and most preferably approximately 100D and optionally, wherein the base layer is woven. a base layer having a face side and a back side, the base layer being composed of a combination of yarn of recycled polyethylene terephthalate (RPET) and an elastic material; and an adhesive layer deposited on one of said face side or back side of the base layer for attaching the tape to the skin of the user; and wherein the base layer comprises between approximately 70% and approximately 95% by weight of RPET, preferably wherein the base layer comprises between approximately 80% by weight and approximately 90% by weight of RPET, and more preferably, wherein the base layer comprises approximately 83% by weight of RPET, and wherein the yarn of RPET is of a grade between approximately 50D and approximately 120D, more preferably between approximately 65D and 105D and most preferably approximately 100D and optionally, wherein the base layer is woven.
A method of displaying information on a user terminal device comprising a display that is flexible and configured to be divided into a first display area, a second display area, and a third display area, wherein a first folding line is arranged between the first display area and the second display area, and a second folding line is arranged between the second display area and the third display area, the method comprising: displaying first information of an application on the first display area which is exposed while the display is folded; displaying further, in response to the display being unfolded with reference to the first folding line while the first information is displayed on the first display area, second information of the application on the second display area, wherein the second information is related to the first information; and displaying further, in response to the display being unfolded with reference to the second folding line while the first information and second information are displayed on the first display area and the second display area respectively, third information of the application on the third display area, wherein the third information is detailed information on the second information. displaying first information of an application on the first display area which is exposed while the display is folded; displaying further, in response to the display being unfolded with reference to the first folding line while the first information is displayed on the first display area, second information of the application on the second display area, wherein the second information is related to the first information; and displaying further, in response to the display being unfolded with reference to the second folding line while the first information and second information are displayed on the first display area and the second display area respectively, third information of the application on the third display area, wherein the third information is detailed information on the second information.
A method for reducing coke deposits, the method comprising: adding an alcohol to a hydrocarbon fuel to form an alcohol-fuel mixture; heating the alcohol-fuel mixture to a temperature of greater than 426 °C to decompose the alcohol and form water in situ without addition of water from a water/steam supply subsystem to produce a fuel-water mixture having between 0.1% and 2% water by weight; coating a wall surface of a high temperature passage of a fuel system with a carbon-steam gasification catalyst; and delivering the fuel-water mixture to the carbon-steam gasification catalyst, wherein the fuel-water mixture reacts with the carbon-steam gasification catalyst such that coke deposits are prevented from remaining in a space near the carbon-steam gasification catalyst. adding an alcohol to a hydrocarbon fuel to form an alcohol-fuel mixture; heating the alcohol-fuel mixture to a temperature of greater than 426 °C to decompose the alcohol and form water in situ without addition of water from a water/steam supply subsystem to produce a fuel-water mixture having between 0.1% and 2% water by weight; coating a wall surface of a high temperature passage of a fuel system with a carbon-steam gasification catalyst; and delivering the fuel-water mixture to the carbon-steam gasification catalyst, wherein the fuel-water mixture reacts with the carbon-steam gasification catalyst such that coke deposits are prevented from remaining in a space near the carbon-steam gasification catalyst.
Oil circuit system of a combustion engine with a pressure- and temperature-controlled valve , the valve having - a pressure-controlled piston , which is mounted in a translationally adjustable manner in a cylinder and in a first position is raised from a valve seat and thereby allows a through-flow through the valve , while the piston in a second position is pressed with a valve head onto the valve seat and closes the valve , characterised in - that the piston separates the cylinder into a pressure chamber and a counterpressure chamber , - that in the counterpressure chamber is disposed a reset spring , - that the pressure chamber has a feed opening which can be closed and opened in a temperature-dependent manner by a bimetallic element or a switch element having a shape memory alloy, - that the counterpressure chamber of the valve is connected with a crankcase such that in the counterpressure chamber the same pressure p prevails as in the crankcase . - a pressure-controlled piston , which is mounted in a translationally adjustable manner in a cylinder and in a first position is raised from a valve seat and thereby allows a through-flow through the valve , while the piston in a second position is pressed with a valve head onto the valve seat and closes the valve , characterised in - that the piston separates the cylinder into a pressure chamber and a counterpressure chamber , - that in the counterpressure chamber is disposed a reset spring , - that the pressure chamber has a feed opening which can be closed and opened in a temperature-dependent manner by a bimetallic element or a switch element having a shape memory alloy, - that the counterpressure chamber of the valve is connected with a crankcase such that in the counterpressure chamber the same pressure p prevails as in the crankcase .
A method of treating a metal surface of a ceramic circuit board, characterized in that said method comprises: a process of forming a roughening structure and an organic film on a metal surface of a ceramic circuit board using an etching composition; a degreasing process of removing the organic film formed on the roughening structure by bringing the ceramic circuit board on which the roughening structure is formed into contact with an alkali degreasing composition; and a process of washing the ceramic circuit board with an acidic solution after the degreasing process. a process of forming a roughening structure and an organic film on a metal surface of a ceramic circuit board using an etching composition; a degreasing process of removing the organic film formed on the roughening structure by bringing the ceramic circuit board on which the roughening structure is formed into contact with an alkali degreasing composition; and a process of washing the ceramic circuit board with an acidic solution after the degreasing process.
A method for customizing bedplates for a plurality of wind turbines having different loading requirements, the method comprising: forming a plurality of baseline bodies for the bedplates , each of the baseline bodies comprising a near net shape of one of the bedplates ; determining a loading requirement of the bedplates of each of the wind turbines ; and characterized in that the method further comprises applying additional material to an exterior surface of the plurality of baseline bodies via an additive manufacturing process so as to customize a structural capacity of each of the bedplates such that the structural capacity of each of the bedplates can withstand the loading requirement for each of the wind turbines . forming a plurality of baseline bodies for the bedplates , each of the baseline bodies comprising a near net shape of one of the bedplates ; determining a loading requirement of the bedplates of each of the wind turbines ; and characterized in that the method further comprises applying additional material to an exterior surface of the plurality of baseline bodies via an additive manufacturing process so as to customize a structural capacity of each of the bedplates such that the structural capacity of each of the bedplates can withstand the loading requirement for each of the wind turbines .
A pharmaceutical composition comprising: a drug; a polypeptide represented by Ac-(Arg-Ala-Asp-Ala) 4 -NH 2 ; and an organic solvent, wherein the organic solvent is at least one organic solvent selected from the group consisting of polyethylene glycol, dimethyl sulfoxide, glycofurol, and N-methylpyrrolidone. a drug; a polypeptide represented by Ac-(Arg-Ala-Asp-Ala) 4 -NH 2 ; and an organic solvent, wherein the organic solvent is at least one organic solvent selected from the group consisting of polyethylene glycol, dimethyl sulfoxide, glycofurol, and N-methylpyrrolidone.
A money processing apparatus , comprising: a dispensing unit ; an escape unit ; one storage unit , among one or more storage units (24a-24d), configured to store banknotes of different kinds of denominations which include at least a banknote of a first denomination and a banknote of a second denomination; and a control unit configured to perform a dispensing processing such that the banknote of the first denomination and the banknote of the second denomination both to be dispensed from the one storage unit are grouped for each of the denominations and dispensed to the dispensing unit , wherein the dispensing processing includes a first dispensing processing and a second dispensing processing, the control unit is further configured to perform the first dispensing processing including processing in which the banknote of the first denomination fed out from the one storage unit is transported to the dispensing unit and a banknote of a denomination other than the first denomination fed out from the one storage unit is transported to the escape unit , the processing being repeated until a number of banknotes of the first denomination that have been transported to the dispensing unit reaches a dispensing number of the first denomination, and the control unit is further configured to perform, after performing the first dispensing processing, the second dispensing processing in which the banknote of the second denomination fed out from the one storage unit is transported to the dispensing unit . a dispensing unit ; an escape unit ; one storage unit , among one or more storage units (24a-24d), configured to store banknotes of different kinds of denominations which include at least a banknote of a first denomination and a banknote of a second denomination; and a control unit configured to perform a dispensing processing such that the banknote of the first denomination and the banknote of the second denomination both to be dispensed from the one storage unit are grouped for each of the denominations and dispensed to the dispensing unit , wherein the dispensing processing includes a first dispensing processing and a second dispensing processing, the control unit is further configured to perform the first dispensing processing including processing in which the banknote of the first denomination fed out from the one storage unit is transported to the dispensing unit and a banknote of a denomination other than the first denomination fed out from the one storage unit is transported to the escape unit , the processing being repeated until a number of banknotes of the first denomination that have been transported to the dispensing unit reaches a dispensing number of the first denomination, and the control unit is further configured to perform, after performing the first dispensing processing, the second dispensing processing in which the banknote of the second denomination fed out from the one storage unit is transported to the dispensing unit .
An item sorting system , comprising movable carriages intended for conveying said items and connected together by a link along a travel route having sections situated at different elevation levels connected by one or more ascent and descent slopes (P), a control system and drive units intended for advancing the carriages and controlled by the control system , characterised in that it comprises at least one dedicated thrust unit separate from the drive units , present on at least one of the slopes (P), and controlled in a unitary manner by the control system so as to deliver a force (R) to reduce or cancel the tension or the compression to which the carriages are subjected at the level of the links which would be due to the weight of the carriages and/or of the items present on said slope (P); and in that the at least one dedicated thrust unit uses friction mechanisms or linear mechanisms without induction contact or linear mechanisms without synchronous contact.
An upgrade method, applied to an electronic device, wherein the method comprises: acquiring a first verification voice entered by a user; processing the first verification voice by using a first model stored in the electronic device, to obtain a first voiceprint feature, and verifying an identity of the user based on the first voiceprint feature and a first user feature template stored in the electronic device, wherein the first user feature template is a voiceprint feature obtained by the electronic device by processing a historical verification voice or a registration voice of the user by using the first model; and after the identity of the user is verified, if the electronic device has received a second model, processing the first verification voice by using the second model, to obtain a second voiceprint feature, updating, based on the second voiceprint feature, the first user feature template stored in the electronic device, and updating, by using the second model, the first model stored in the electronic device. acquiring a first verification voice entered by a user; processing the first verification voice by using a first model stored in the electronic device, to obtain a first voiceprint feature, and verifying an identity of the user based on the first voiceprint feature and a first user feature template stored in the electronic device, wherein the first user feature template is a voiceprint feature obtained by the electronic device by processing a historical verification voice or a registration voice of the user by using the first model; and after the identity of the user is verified, if the electronic device has received a second model, processing the first verification voice by using the second model, to obtain a second voiceprint feature, updating, based on the second voiceprint feature, the first user feature template stored in the electronic device, and updating, by using the second model, the first model stored in the electronic device.
A particle beam irradiation apparatus that is adapted to irradiate a charged particle beam accelerated by an accelerator onto an irradiation subject , the particle beam irradiation apparatus comprising: - a vacuum duct that forms a vacuum region through which the charged particle beam passes; - a vacuum window that includes a window plate and is provided at the downstream side of the vacuum duct and through which the charged particle beam is launched from the vacuum region; - a scanning electromagnet that is adapted to scan the charged particle beam in a direction that is perpendicular to a beam axis; - a monitoring apparatus including a position monitor that is adapted to detect a passing position of the charged particle beam and a beam size (S) thereof; - a low-scattering gas filling chamber that covers the vacuum window and at the downstream side of which, the monitoring apparatus is disposed; and - an irradiation management apparatus that is adapted to control irradiation of the charged particle beam , wherein the low-scattering gas filling chamber is configured to be adjustable in such a manner that the beam-axis-direction positional relationship between the monitoring apparatus and the vacuum window is adjustable, such that when the charged particle beam is irradiated, the low-scattering gas filling chamber is adapted to be filled with a low-scattering gas that is adapted to scatter the charged particle beam less than air does, wherein the low-scattering gas filling chamber includes the monitoring apparatus disposed at the downstream side thereof, a monitor holder that holds the monitoring apparatus , an upper seal disposed on the outer circumference of the vacuum duct , and a bellows that movably connects the upper seal with the monitor holder , and wherein the monitoring apparatus is a cover of the downstream side in the low-scattering gas filling chamber . - a vacuum duct that forms a vacuum region through which the charged particle beam passes; - a vacuum window that includes a window plate and is provided at the downstream side of the vacuum duct and through which the charged particle beam is launched from the vacuum region; - a scanning electromagnet that is adapted to scan the charged particle beam in a direction that is perpendicular to a beam axis; - a monitoring apparatus including a position monitor that is adapted to detect a passing position of the charged particle beam and a beam size (S) thereof; - a low-scattering gas filling chamber that covers the vacuum window and at the downstream side of which, the monitoring apparatus is disposed; and - an irradiation management apparatus that is adapted to control irradiation of the charged particle beam , wherein the low-scattering gas filling chamber is configured to be adjustable in such a manner that the beam-axis-direction positional relationship between the monitoring apparatus and the vacuum window is adjustable, such that when the charged particle beam is irradiated, the low-scattering gas filling chamber is adapted to be filled with a low-scattering gas that is adapted to scatter the charged particle beam less than air does,