mhurhangee/ep-ind-claims huggingface dataset:
A method for determining the presence of foam in a laundry washing machine during a washing cycle, said laundry washing machine comprising a washing tub containing a washing drum, a recirculation circuit comprising a recirculation pump for draining liquid from the bottom of said washing tub and to re-admit such liquid into an another part of said washing tub, a liquid level sensor for detecting the liquid level in said washing tub, said washing cycle comprising at least one phase of introducing a quantity of water (Qw) and a quantity of detergent (Qd) in said washing tub to form a washing liquid, wherein after said at least one phase of introducing a quantity of water (Qw) and a quantity of detergent (Qd), said method comprises the steps of: - performing a steady phase wherein said recirculation pump is deactivated and a recirculation phase wherein said recirculation pump is activated, said method being characterised by the following steps: - detecting a first level of said washing liquid in said washing tub during said steady phase; - detecting a second level of said washing liquid in said washing tub during said recirculation phase; - determining the level difference between said second level and said first level; - comparing the determined level difference with a threshold value and if the determined level difference is below said threshold value establishing the presence of foam. - performing a steady phase wherein said recirculation pump is deactivated and a recirculation phase wherein said recirculation pump is activated, - detecting a first level of said washing liquid in said washing tub during said steady phase; - detecting a second level of said washing liquid in said washing tub during said recirculation phase; - determining the level difference between said second level and said first level; - comparing the determined level difference with a threshold value and if the determined level difference is below said threshold value establishing the presence of foam.
A method of ion-plasma application of corrosion-resistant film coatings on articles made from zirconium alloys including heating the articles, ion-beam etching and surface activation of the articles surface, and application of the coating, characterized in that the articles are placed vertically in a planetary carousel mechanism, the ion-beam etching and surface activation of the articles surface is performed using water-cooled unbalanced magnetrons, an additional activation of the articles surface is performed using an ion source which generates gas ions with an accelerating voltage of up to 5000 V while feeding of a bias voltage to the articles, the coating is applied using unbalanced and balanced magnetrons simultaneously, with a residual induction of the magnetic field from 0.03 T to 0.1 T, wherein the articles are heated during the coating application process to a temperature of 150 - 600°C with the heaters arranged along the entire length of the articles. the articles are placed vertically in a planetary carousel mechanism, the ion-beam etching and surface activation of the articles surface is performed using water-cooled unbalanced magnetrons, an additional activation of the articles surface is performed using an ion source which generates gas ions with an accelerating voltage of up to 5000 V while feeding of a bias voltage to the articles, the coating is applied using unbalanced and balanced magnetrons simultaneously, with a residual induction of the magnetic field from 0.03 T to 0.1 T, wherein the articles are heated during the coating application process to a temperature of 150 - 600°C with the heaters arranged along the entire length of the articles.
A fluid wash system for a gas turbine engine, the gas turbine engine defining an axial direction and comprising a borescope port (114; 214) that provides access to a component within a core flow path of the gas turbine engine, wherein the borescope port (114,214) comprises an aperture (113, 213) extending through a boss, the fluid wash system comprising: a wash line (110; 210; 510) fluidly connected to a pump configured to provide a pressurized flow of wash liquid; a spray nozzle connected to the wash line and configured for extending into the borescope port to provide the pressurized flow of wash liquid to the component within the core flow path; and an attachment mechanism configured to releasably mount the spray nozzle to the borescope port, the attachment mechanism including an alignment mechanism configured to orient the spray nozzle and direct the pressurized flow of wash liquid in a predetermined direction toward the component, characterised in that the attachment mechanism includes a base and the alignment mechanism includes a key extending from the base and configured for engagement with a slot that is cut into the boss configured to receive the base. a wash line (110; 210; 510) fluidly connected to a pump configured to provide a pressurized flow of wash liquid; a spray nozzle connected to the wash line and configured for extending into the borescope port to provide the pressurized flow of wash liquid to the component within the core flow path; and an attachment mechanism configured to releasably mount the spray nozzle to the borescope port, the attachment mechanism including an alignment mechanism configured to orient the spray nozzle and direct the pressurized flow of wash liquid in a predetermined direction toward the component, characterised in that the attachment mechanism includes a base and the alignment mechanism includes a key extending from the base and configured for engagement with a slot that is cut into the boss configured to receive the base.
A compound of general formula I wherein R is hydrogen and R 1 is hydroxy or acyloxy, X is sulphur, oxygen or NR 10, wherein R 10 is hydrogen or (C 1-4)alkyl; Y is sulphur or oxygen; R 2 is hydrogen or one or more substituents as conventional in (pleuro)mutilin, chemistry; R 4 is hydrogen (C 1-4)alkyl; R 5 is hydrogen or (C 1-4)alkyl; R 3 and R 3 ' are hydrogen, deuterium, or halogen; R 6, R 7 and R 8 are hydrogen, halogen or deuterium; m is a number selected from 0 to 4, n is a number selected from 0 to 10, and p is a number selected from 0 to 10; with the proviso that n plus p are at least 1. R is hydrogen and R 1 is hydroxy or acyloxy, X is sulphur, oxygen or NR 10, wherein R 10 is hydrogen or (C 1-4)alkyl; Y is sulphur or oxygen; R 2 is hydrogen or one or more substituents as conventional in (pleuro)mutilin, chemistry; R 4 is hydrogen (C 1-4)alkyl; R 5 is hydrogen or (C 1-4)alkyl; R 3 and R 3 ' are hydrogen, deuterium, or halogen; R 6, R 7 and R 8 are hydrogen, halogen or deuterium; m is a number selected from 0 to 4, n is a number selected from 0 to 10, and p is a number selected from 0 to 10;
A wireless communication device for performing an inter-device wireless communication with another wireless communication device (200, 300, 400) in accordance with the Wi-Fi Direct specification, the wireless communication device comprising a transmitting unit configured to incorporate information about a role of the wireless communication device that the wireless communication device can play during operation of an application into an action frame specified in the IEEE 802.11 specification, and transmit the action frame, to the other wireless communication device, characterised in that the transmitting unit is configured to incorporate information about a fourth layer into the action frame, wherein the information about the fourth layer includes at least information about RTSP, wherein the information about the role of the wireless communication device and the information about the fourth layer are arranged so that the information about the role of the wireless communication device comes before the information about the fourth layer in the action frame.
Heat-sealable biodegradable packaging material, comprising a fibre substrate and polymeric coating layers that are extruded onto the same, characterized in that the material includes an inner coating layer that is placed against the fibre substrate and contains polylactide and a biodegradable polyester that is blended therewith to improve adhesion between the layer and the fibre substrate, and an outer coating layer that constitutes the outer surface of the material and contains polylactide and a biodegradable polyester that is blended therewith to improve the heat sealing ability of the layer, the portion of polylactide in the inner layer being higher than in the outer layer.
Load-carrying bicycle, in particular a Long John load-carrying bicycle, comprising a load-carrying bicycle frame, preferably including a carrying element 1006), and a lighting system connected to the load-carrying bicycle frame, the lighting system comprising a preferably automatic cornering light device, and the cornering light device comprising a curve illumination device for illuminating a curved lane, which comprises at least one cornering headlight, characterized in that the curve illumination device is directly connected to the load-carrying bicycle frame; and/or the curve illumination device is arranged at a load-receiving container connected to the load-carrying bicycle. a load-carrying bicycle frame, preferably including a carrying element 1006), and a lighting system connected to the load-carrying bicycle frame, the lighting system comprising a preferably automatic cornering light device, and the cornering light device comprising a curve illumination device for illuminating a curved lane, which comprises at least one cornering headlight, characterized in that the curve illumination device is directly connected to the load-carrying bicycle frame; and/or the curve illumination device is arranged at a load-receiving container connected to the load-carrying bicycle.
An antenna apparatus comprising: a drive substrate; and a ground member disposed on at least one of the bottom and top surface the drive substrate; a mounting member mounted on at least one of the top surface and the side surface of the drive substrate; an antenna device including a feeding point to which a signal is applied, whereby the antenna device is mounted on a surface and a side surface of the mounting member at least one variable reactance device connected to the antenna device at the side surface of the mounting member; characterized in that the variable reactance device comprises: a first variable reactance device connected to a first open end of the antenna device to change a first resonance frequency band at which the antenna device is operated; and a second variable reactance device connected to a second open end of the antenna device to change a second resonance frequency band at which the antenna device is operated; wherein the first resonance frequency band has a low frequency and the second resonanceband has a high frequency. a first variable reactance device connected to a first open end of the antenna device to change a first resonance frequency band at which the antenna device is operated; and a second variable reactance device connected to a second open end of the antenna device to change a second resonance frequency band at which the antenna device is operated; wherein the first resonance frequency band has a low frequency and the second resonanceband has a high frequency.
A method for detecting a display region of a video image in real time, comprising: obtaining a pixel value of each pixel in a current frame of image, and determining a bright pixel threshold line that distinguishes a display region from a black edge region of the current frame of image according to the pixel value of each pixel; obtaining time-domain motion statistic values of pixels of the current frame of image relative to corresponding pixels of an immediately preceding frame of image, and determining a time-domain warning line that distinguishes the display region from the black edge region of the current frame of image according to the time-domain motion statistic values of each row and each column of pixels of the current frame of image; obtaining gradient information of each row and each column of pixels in the current frame of image, and determining a target gradient line that distinguishes the display region from the black edge region of the current frame of image according to the gradient information of each row and each column of pixels; determining a boundary bright line between the display region and the black edge region of the current frame of image according to positions of the bright pixel threshold line, the time-domain warning line and the target gradient line; and determining the display region of the current frame of image according to the boundary bright line. obtaining a pixel value of each pixel in a current frame of image, and determining a bright pixel threshold line that distinguishes a display region from a black edge region of the current frame of image according to the pixel value of each pixel; obtaining time-domain motion statistic values of pixels of the current frame of image relative to corresponding pixels of an immediately preceding frame of image, and determining a time-domain warning line that distinguishes the display region from the black edge region of the current frame of image according to the time-domain motion statistic values of each row and each column of pixels of the current frame of image; obtaining gradient information of each row and each column of pixels in the current frame of image, and determining a target gradient line that distinguishes the display region from the black edge region of the current frame of image according to the gradient information of each row and each column of pixels; determining a boundary bright line between the display region and the black edge region of the current frame of image according to positions of the bright pixel threshold line, the time-domain warning line and the target gradient line; and determining the display region of the current frame of image according to the boundary bright line.
An image printing apparatus comprising: a print head configured to scan in a scan direction multiple times to print an image on a print medium; a conveyance unit (31, 402) configured to convey the print medium in a conveyance direction intersecting the scan direction; and a control unit configured to control the print head and the conveyance unit, based on image data on the image including trailing edge margin information indicating a trailing edge margin length in the conveyance direction, wherein the conveyance unit includes a conveyance member configured to nip and convey the print medium and disposed upstream of the print head in the conveyance direction but does not include a conveyance member configured to nip and convey the print medium and disposed downstream of the print head in the conveyance direction, characterized in that in a case where a trailing edge margin length indicated by the trailing edge margin information is shorter than a first length corresponding to a distance between a nipping point of the conveyance member and an ejecting port of the printhead most upstream in the conveyance direction, the control unit controls the print head and the conveyance unit such that at least one scan of the print head for printing the image is performed after the trailing edge of the print medium in the conveyance direction passes by the conveyance member disposed upstream of the print head. a print head configured to scan in a scan direction multiple times to print an image on a print medium; a conveyance unit (31, 402) configured to convey the print medium in a conveyance direction intersecting the scan direction; and a control unit configured to control the print head and the conveyance unit, based on image data on the image including trailing edge margin information indicating a trailing edge margin length in the conveyance direction, wherein the conveyance unit includes a conveyance member configured to nip and convey the print medium and disposed upstream of the print head in the conveyance direction but does not include a conveyance member configured to nip and convey the print medium and disposed downstream of the print head in the conveyance direction, characterized in that in a case where a trailing edge margin length indicated by the trailing edge margin information is shorter than a first length corresponding to a distance between a nipping point of the conveyance member and an ejecting port of the printhead most upstream in the conveyance direction, the control unit controls the print head and the conveyance unit such that at least one scan of the print head for printing the image is performed after the trailing edge of the print medium in the conveyance direction passes by the conveyance member disposed upstream of the print head.
A method for restricting access of a terminal device, comprising: receiving, by an access network device, a second identifier that is from a security function network element, wherein the second identifier is used to identify a terminal device having abnormal behavior; wherein the terminal device is in an inactive state in a connection with the access network device and adding, by the access network device, a restriction indication to an access stratum context of the terminal device being in the inactive state based on the second identifier, wherein the access stratum context of the terminal device being in the inactive state is a part of an access stratum context of the terminal device being in a connected state with the access network device; receiving, by an access network device, a request from a first terminal device that is in an inactive state to resume a radio resource control, RRC, connection with the access network device, wherein the request comprises a first identifier which is used to identify the first terminal device; obtaining, by the access network device, an access stratum context of the first terminal device being in the inactive state based on the first identifier; and if the access stratum context of the first terminal device comprises the restriction indication, restricting, by the access network device, access of the first terminal device to the access network device, wherein the restriction information is used to indicate that the first terminal device is a terminal device whose access needs to be restricted. receiving, by an access network device, a second identifier that is from a security function network element, wherein the second identifier is used to identify a terminal device having abnormal behavior; wherein the terminal device is in an inactive state in a connection with the access network device and adding, by the access network device, a restriction indication to an access stratum context of the terminal device being in the inactive state based on the second identifier, wherein the access stratum context of the terminal device being in the inactive state is a part of an access stratum context of the terminal device being in a connected state with the access network device; receiving, by an access network device, a request from a first terminal device that is in an inactive state to resume a radio resource control, RRC, connection with the access network device, wherein the request comprises a first identifier which is used to identify the first terminal device; obtaining, by the access network device, an access stratum context of the first terminal device being in the inactive state based on the first identifier; and if the access stratum context of the first terminal device comprises the restriction indication, restricting, by the access network device, access of the first terminal device to the access network device, wherein the restriction information is used to indicate that the first terminal device is a terminal device whose access needs to be restricted.
A fabric subjected to calender processing on one or both surfaces, comprising a polyamide fiber used as warp or/and woof having, after calender processing of the fabric, a single filament fineness of 0.5 to 2.5 dtex and a total fiber fineness of 5 to 50 dtex, the single filament having a cross-sectional shape that is flat multifoliar with 8 lobe parts and has a flat ratio (α/β) of 1.5 to 3.0, wherein α is a length of a line segment A, which is a longest line segment connecting any two apexes of convex portions of the flat multifoliar shape, and β is a length of a line segment B of a circumscribed quadrangle formed by lines that are parallel to the line segment A and are tangent lines containing outermost apexes (the angle between adjacent sides is 90°), the line segment B being other than the lines that are parallel to the line segment A, the fabric having a cover factor of 1200 to 2500 and an air permeability after fifty washing of 1.0 cc/cm 2 /s or lower, measured in accordance with the F-2 method in JIS L 1096 8.64.4.
A valve comprising a drive housing part which has an aperture in a front wall, and a substantially tubular intermediate piece which has an end projecting through the aperture from outside into the interior of the drive housing part, a shim part being provided on the inside on the front wall, and the end of the intermediate piece being flanged radially outwards over a rim defining the aperture and over the shim part, and the drive housing part being arranged so as to be freely rotatable on the intermediate piece.
A method for distributing metal domes during manufacturing of electronics onto a surface comprising the steps of: providing a cartridge having at least one dispenser end, holding a plurality of arranged metal domes in said cartridge, locating said dispenser end of said cartridge and said plurality of arranged metal domes above at least one metal dome placement position, separating one metal dome from said plurality of arranged metal domes prior to dispensing said separated metal dome; unidirectionally dispensing said separated metal dome from said plurality of arranged metal domes at said dispenser end of said cartridge onto said at least one metal dome placement position; and moving said plurality of arranged metal domes towards said dispenser end of said cartridge in preparation for a next dispensing step, wherein said step of separating said one metal dome from said plurality of arranged metal domes comprises the step of rotating said one metal dome. providing a cartridge having at least one dispenser end, holding a plurality of arranged metal domes in said cartridge, locating said dispenser end of said cartridge and said plurality of arranged metal domes above at least one metal dome placement position, separating one metal dome from said plurality of arranged metal domes prior to dispensing said separated metal dome; unidirectionally dispensing said separated metal dome from said plurality of arranged metal domes at said dispenser end of said cartridge onto said at least one metal dome placement position; and moving said plurality of arranged metal domes towards said dispenser end of said cartridge in preparation for a next dispensing step, wherein said step of separating said one metal dome from said plurality of arranged metal domes comprises the step of rotating said one metal dome.