mhurhangee/ep-ind-claims huggingface dataset:
A display device comprising: a display panel; a flat frame positioned in the rear of the display panel; a backlight unit positioned between the display panel and the flat frame and providing light for the display panel, wherein the backlight unit includes a substrate and a light source (124, 203) mounted on the substrate, the substrate forming a strap elongated in a longitudinal direction of the substrate; at least one coupling protrusion formed on the flat frame, wherein the coupling protrusion fixes the backlight unit to the flat frame; and at least one inclined protrusion formed on the flat frame and positioned under one end of the substrate, the inclined protrusion having an inclined surface facing in the longitudinal direction of the substrate towards the light source (124, 203) and providing an inclination of the end of the substrate. a display panel; a flat frame positioned in the rear of the display panel; a backlight unit positioned between the display panel and the flat frame and providing light for the display panel, wherein the backlight unit includes a substrate and a light source (124, 203) mounted on the substrate, the substrate forming a strap elongated in a longitudinal direction of the substrate; at least one coupling protrusion formed on the flat frame, wherein the coupling protrusion fixes the backlight unit to the flat frame; and at least one inclined protrusion formed on the flat frame and positioned under one end of the substrate, the inclined protrusion having an inclined surface facing in the longitudinal direction of the substrate towards the light source (124, 203) and providing an inclination of the end of the substrate.
A wavelength shifter module for a passive optical network, PON, the module being configured to adapt an optical time domain reflectometry, OTDR, signal from an OTDR device for supervision of different drop sections in the PON, the wavelength shifter module being arranged in the fiber path between the OTDR device and a remote node, RN, and comprising i. a first wavelength filter arranged to allow passage of light within a predetermined wavelength interval ii. a Raman wavelength shifter arranged to tune wavelengths of the filtered light to a selected range of wavelengths, iii. a tunable filter tuned to allow passage of light of a pre-selected wavelength from the selected range of wavelengths, the wavelength being pre-selected to monitor a specific drop section, and iv. a circulator to distribute the tuned light to a port in an optical distribution network, ODN, for monitoring the specific drop section. i. a first wavelength filter arranged to allow passage of light within a predetermined wavelength interval ii. a Raman wavelength shifter arranged to tune wavelengths of the filtered light to a selected range of wavelengths, iii. a tunable filter tuned to allow passage of light of a pre-selected wavelength from the selected range of wavelengths, the wavelength being pre-selected to monitor a specific drop section, and iv. a circulator to distribute the tuned light to a port in an optical distribution network, ODN, for monitoring the specific drop section.
A gas turbine engine component comprising an airfoil (198;506) extending from a platform to a tip at an end of said airfoil spaced from said platform, said airfoil having a suction wall (202;S) and a pressure wall (204;P), with at least one channel (206;510) extending toward said tip from said platform, a plenum communicating with said at least one channel (206;510), and said plenum flowing from said suction wall (202;S) toward said pressure wall (204;P) at said tip to communicate with cooling holes (216;520) near said pressure wall (204;P); characterised in that: said plenum has a reduced cross-sectional area (210;516) between said suction wall (202;S) and said pressure wall (204;P), and an increase in cross-sectional area downstream of said reduced cross-sectional area (210;516).
A submersible pumping system comprising: an electric motor that is filled with a motor lubricant fluid; a rotary hydraulic pump driven by the electric motor, wherein the rotary hydraulic pump produces a pressurized working fluid, characterized in that the rotary hydraulic pump comprises: a rotatable pump shaft driven by the electric motor; a plurality of linearly reciprocating piston assemblies (160, 168); and a camshaft assembly connected to the rotatable pump shaft and to the plurality of linearly reciprocating piston assemblies (160, 168); and the rotary hydraulic pump pumping the motor lubricant fluid to the linear hydraulic pump; and linear hydraulic pump that is configured to move a production fluid, wherein the linear hydraulic pump is driven by the pressurized working fluid. an electric motor that is filled with a motor lubricant fluid; a rotary hydraulic pump driven by the electric motor, wherein the rotary hydraulic pump produces a pressurized working fluid, characterized in that the rotary hydraulic pump comprises: a rotatable pump shaft driven by the electric motor; a plurality of linearly reciprocating piston assemblies (160, 168); and a camshaft assembly connected to the rotatable pump shaft and to the plurality of linearly reciprocating piston assemblies (160, 168); and the rotary hydraulic pump pumping the motor lubricant fluid to the linear hydraulic pump; and linear hydraulic pump that is configured to move a production fluid, wherein the linear hydraulic pump is driven by the pressurized working fluid. a rotatable pump shaft driven by the electric motor; a plurality of linearly reciprocating piston assemblies (160, 168); and a camshaft assembly connected to the rotatable pump shaft and to the plurality of linearly reciprocating piston assemblies (160, 168); and the rotary hydraulic pump pumping the motor lubricant fluid to the linear hydraulic pump; and linear hydraulic pump that is configured to move a production fluid, wherein the linear hydraulic pump is driven by the pressurized working fluid.
A multi-layer coating comprising: a first basecoat layer applied over at least a portion of a substrate, wherein the first basecoat layer is formed from a first basecoat composition comprising a polyhyrazide and core-shell particles dispersed in an aqueous medium, the core-shell particles of the first basecoat composition comprise a polymeric core at least partially encapsulated by a polymeric shell comprising: (a) keto and/or aldo functional groups, and (b) urea linkages; and a second basecoat layer applied over the first basecoat layer, wherein the second basecoat layer is formed from a second basecoat composition comprising a polyhydrazide and core-shell particles dispersed in an aqueous medium, the core-shell particles of the second basecoat composition comprise a polymeric core at least partially encapsulated by a polymeric shell, and wherein the polymeric core of the core-shell particles of the first basecoat composition and the second basecoat composition are each independently covalently bonded to at least a portion of the polymeric shell of the core-shell particles. a first basecoat layer applied over at least a portion of a substrate, wherein the first basecoat layer is formed from a first basecoat composition comprising a polyhyrazide and core-shell particles dispersed in an aqueous medium, the core-shell particles of the first basecoat composition comprise a polymeric core at least partially encapsulated by a polymeric shell comprising: (a) keto and/or aldo functional groups, and (b) urea linkages; and (a) keto and/or aldo functional groups, and (b) urea linkages; and a second basecoat layer applied over the first basecoat layer, wherein the second basecoat layer is formed from a second basecoat composition comprising a polyhydrazide and core-shell particles dispersed in an aqueous medium, the core-shell particles of the second basecoat composition comprise a polymeric core at least partially encapsulated by a polymeric shell, and wherein the polymeric core of the core-shell particles of the first basecoat composition and the second basecoat composition are each independently covalently bonded to at least a portion of the polymeric shell of the core-shell particles.
A method for controlling an operation of a target device using a plurality of input devices (1, 4), the method comprising: receiving, from one of the plurality of the input devices (1, 4), a first operation instruction issued to the target device, with a first data format; recognizing the received first operation instruction and the first data format; and determining that the one of the plurality of the input devices (1, 4) is a first input device corresponding to the recognized first data format; characterized by providing to a user of the target device a recommendation for a second input device, a type of the second input device being different from a type of the first input device, when it is determined that a type of the first operation instruction is identical to a type of a second operation instruction that is received from the first input device earlier than the reception of the first operation instruction from the first input device. receiving, from one of the plurality of the input devices (1, 4), a first operation instruction issued to the target device, with a first data format; recognizing the received first operation instruction and the first data format; and determining that the one of the plurality of the input devices (1, 4) is a first input device corresponding to the recognized first data format; characterized by providing to a user of the target device a recommendation for a second input device, a type of the second input device being different from a type of the first input device, when it is determined that a type of the first operation instruction is identical to a type of a second operation instruction that is received from the first input device earlier than the reception of the first operation instruction from the first input device.
A method for the characterization of atmospheric particles by means of a lidar device, comprising: sending a laser pulse in the atmosphere, a part of which (Dir) is backscattered by the particles (Sz) in the atmosphere thus generating a direct backscattering signal that propagates towards the lidar device; and detecting the direct backscattering signal, characterized by arranging a reflecting optical device at a predetermined distance d from the lidar system, whereby a part (Cp) of the laser pulse that directly reaches the reflecting device is backreflected and is later backscattered by the particles (Sz) in the atmosphere thus generating a counterpropagating backscattering signal directed towards the reflecting device, which signal reaches the reflecting device and is in turn backreflected by it towards the lidar system, detecting the counterpropagating backscattering signal and determining optical characteristics of the particles on the basis of the detected direct backscattering signal and the detected counterpropagating backscattering signal. sending a laser pulse in the atmosphere, a part of which (Dir) is backscattered by the particles (Sz) in the atmosphere thus generating a direct backscattering signal that propagates towards the lidar device; and detecting the direct backscattering signal, characterized by arranging a reflecting optical device at a predetermined distance d from the lidar system, whereby a part (Cp) of the laser pulse that directly reaches the reflecting device is backreflected and is later backscattered by the particles (Sz) in the atmosphere thus generating a counterpropagating backscattering signal directed towards the reflecting device, which signal reaches the reflecting device and is in turn backreflected by it towards the lidar system, detecting the counterpropagating backscattering signal and determining optical characteristics of the particles on the basis of the detected direct backscattering signal and the detected counterpropagating backscattering signal.
Method of putting in place a security association of GBA type for a terminal, characterized in that it comprises the following steps, executed in a network access server, subsequent to the receipt of a request for attachment to the network from the terminal: - dispatch of a security association request to a bootstrapping function server, - receipt of a response comprising security association GBA parameters, from the bootstrapping function server, - dispatch, to the terminal, of a modified attachment acceptance message, ATTACH ACCEPT, comprising the security association GBA parameters, subsequently allowing the terminal to create a security association with an application. - dispatch of a security association request to a bootstrapping function server, - receipt of a response comprising security association GBA parameters, from the bootstrapping function server, - dispatch, to the terminal, of a modified attachment acceptance message, ATTACH ACCEPT, comprising the security association GBA parameters, subsequently allowing the terminal to create a security association with an application.
A consumer product, comprising: a housing defining an internal volume; a door coupled to the housing, wherein the door is configured to move between an open position and a closed position, and wherein the door comprises: an actuating device positioned on a first side of the door and configured to be actuated by a user; and a first portion (310, 410) of a clutch (300, 400) positioned on a second side of the door, wherein the first portion (310, 410) of the clutch (300, 400) rotates in response to actuation of the actuating device; a cartridge positioned within the internal volume of the housing, wherein the cartridge comprises a second portion (320, 420) of the clutch (300, 400), and wherein the second portion (320, 420) of the clutch (300, 400) is configured to rotate in response to rotation of the first portion (310, 410) of the clutch (300, 400); a consumable product positioned within the cartridge; and a hinge that couples the door to the housing, wherein the hinge is positioned proximate to a first side of the door; wherein the first portion (310, 410) of the clutch (300, 400) and the second portion (320, 420) of the clutch (300, 400) engage one another when the door is in the closed position. a housing defining an internal volume; a door coupled to the housing, wherein the door is configured to move between an open position and a closed position, and wherein the door comprises: an actuating device positioned on a first side of the door and configured to be actuated by a user; and a first portion (310, 410) of a clutch (300, 400) positioned on a second side of the door, wherein the first portion (310, 410) of the clutch (300, 400) rotates in response to actuation of the actuating device; an actuating device positioned on a first side of the door and configured to be actuated by a user; and a first portion (310, 410) of a clutch (300, 400) positioned on a second side of the door, wherein the first portion (310, 410) of the clutch (300, 400) rotates in response to actuation of the actuating device; a cartridge positioned within the internal volume of the housing, wherein the cartridge comprises a second portion (320, 420) of the clutch (300, 400), and wherein the second portion (320, 420) of the clutch (300, 400) is configured to rotate in response to rotation of the first portion (310, 410) of the clutch (300, 400); a consumable product positioned within the cartridge; and a hinge that couples the door to the housing, wherein the hinge is positioned proximate to a first side of the door; wherein the first portion (310, 410) of the clutch (300, 400) and the second portion (320, 420) of the clutch (300, 400) engage one another when the door is in the closed position.
A method of cleaning an article in a dish machine comprising: applying directly to the article a first concentrated cleaning composition comprising: (i) from 1 wt-% to 90 wt-% of a source of acidity; (ii) optional materials comprising surfactant, thickener, chelating agent, bleaching agent, catalyst, enzyme, solidification agent or mixtures thereof; and (iii) water, wherein the first concentrated cleaning composition has at least 20 wt-% active ingredients; and applying to the article a second composition comprising a first acidic cleaning composition, a first alkaline cleaning composition, a second acidic cleaning composition, a second alkaline cleaning composition, a rinse aid composition or mixtures thereof. applying directly to the article a first concentrated cleaning composition comprising: (i) from 1 wt-% to 90 wt-% of a source of acidity; (ii) optional materials comprising surfactant, thickener, chelating agent, bleaching agent, catalyst, enzyme, solidification agent or mixtures thereof; and (iii) water, (i) from 1 wt-% to 90 wt-% of a source of acidity; (ii) optional materials comprising surfactant, thickener, chelating agent, bleaching agent, catalyst, enzyme, solidification agent or mixtures thereof; and (iii) water, wherein the first concentrated cleaning composition has at least 20 wt-% active ingredients; and applying to the article a second composition comprising a first acidic cleaning composition, a first alkaline cleaning composition, a second acidic cleaning composition, a second alkaline cleaning composition, a rinse aid composition or mixtures thereof.
A tire incorporating an RF tag structure, the RF tag structure comprising: an RF tag; and a coating rubber covering the RF tag, characterised in that the modulus of elasticity of the coating rubber covering the RF tag is higher than the modulus of elasticity of the rubbers of adjacent members (13, 32) located adjacently on the respective axial sides of the coating rubber. an RF tag; and a coating rubber covering the RF tag, characterised in that the modulus of elasticity of the coating rubber covering the RF tag is higher than the modulus of elasticity of the rubbers of adjacent members (13, 32) located adjacently on the respective axial sides of the coating rubber.
A nutritional composition which is an infant formula, as a ready-to-use product or a ready-to-use product reconstituted with water from a manufactured powder, wherein the total energy content is 67 kcal/100 ml or lower and the composition comprises: • a protein content which is 1.25 g/100 ml or lower; • an energy content from protein of 7.2-8.4 percentage of the total energy content of the nutritional composition; • an energy content from fat which is at least 49 percentage or more of the total energy content of the nutritional composition; • a medium chain fatty acid content comprising 8 to 10 carbons which is less than 3 weight % of total amount of fatty acids; • a sialic acid content of 10-25 mg/100 ml or higher; • a cholesterol content of 5-10 mg/100 ml; • a sphingomyelin content of 9-15 mg/100 ml; and • sweet whey comprising gluco macro peptide (cGMP), whey protein concentrate solids rich in phospholipids comprising cGMP and cream rich in cholesterol comprising cGMP, wherein the whey protein concentrate solids rich in phospholipids comprise at least 20 wt % phospholipids based on total lipid content of the whey protein concentrate solids rich in phospholipids. • a protein content which is 1.25 g/100 ml or lower; • an energy content from protein of 7.2-8.4 percentage of the total energy content of the nutritional composition; • an energy content from fat which is at least 49 percentage or more of the total energy content of the nutritional composition; • a medium chain fatty acid content comprising 8 to 10 carbons which is less than 3 weight % of total amount of fatty acids; • a sialic acid content of 10-25 mg/100 ml or higher; • a cholesterol content of 5-10 mg/100 ml; • a sphingomyelin content of 9-15 mg/100 ml; and • sweet whey comprising gluco macro peptide (cGMP), whey protein concentrate solids rich in phospholipids comprising cGMP and cream rich in cholesterol comprising cGMP, wherein the whey protein concentrate solids rich in phospholipids comprise at least 20 wt % phospholipids based on total lipid content of the whey protein concentrate solids rich in phospholipids.
Closure head for closing a container having a container closure, preferably for closing a container with a screw closure in a beverage filling system, comprising a gripping mechanism for gripping the container closure with at least one gripping arm that can be pivoted about a bearing and a holding jaw, which is arranged on the gripping arm, for holding the container closure, characterised in that the holding jaw is locked on the gripping arm by means of a pre-tensioned pressure pin and the bearing of the gripping arm is locked by means of the pre-tensioned pressure pin such that the holding jaw and the gripping arm are interchangeable.
A muffling device comprising: a pipe conduit having a rectangular cross section and four wall surfaces; a plurality of mufflers installed on a wall surface of the pipe conduit in which a gas flows; and a holding section housing the plurality of mufflers and fixed to the wall surface, wherein the plurality of mufflers respectively include: a front surface exposed to an inner surface of the pipe conduit; a bottom surface facing the front surface; a side surface disposed between the front surface and the bottom surface, and configured to cover a space between the front surface and the bottom surface; and a plurality of through-holes formed on the front surface, the number of through-holes arrayed in a flow direction of the gas being two, and the number of the through-holes arrayed in a direction orthogonal to the flow direction of the gas being 10 or more. a pipe conduit having a rectangular cross section and four wall surfaces; a plurality of mufflers installed on a wall surface of the pipe conduit in which a gas flows; and a holding section housing the plurality of mufflers and fixed to the wall surface, wherein the plurality of mufflers respectively include: a front surface exposed to an inner surface of the pipe conduit; a bottom surface facing the front surface; a side surface disposed between the front surface and the bottom surface, and configured to cover a space between the front surface and the bottom surface; and a front surface exposed to an inner surface of the pipe conduit; a bottom surface facing the front surface; a side surface disposed between the front surface and the bottom surface, and configured to cover a space between the front surface and the bottom surface; and a plurality of through-holes formed on the front surface, the number of through-holes arrayed in a flow direction of the gas being two, and the number of the through-holes arrayed in a direction orthogonal to the flow direction of the gas being 10 or more.
Apparatus for expelling a fluid comprising; - a reservoir for storing the fluid, - a chamber, - an inlet orifice to the chamber, - an inlet valve, - an outlet orifice from the chamber, - an outlet valve, - at least one means of heating the fluid within the chamber, such that the temperature and pressure of the fluid are raised when the inlet and outlet valve are closed, causing at least a portion of the fluid within the chamber to change state, - whereby in use, fluid is expelled from the outlet orifice of the chamber by a vapour explosion process characterized in that the apparatus comprises a means of directing and controlling the flow of fluid from the inlet orifice to the outlet orifice along a non-linear path,. - a reservoir for storing the fluid, - a chamber, - an inlet orifice to the chamber, - an inlet valve, - an outlet orifice from the chamber, - an outlet valve, - at least one means of heating the fluid within the chamber, such that the temperature and pressure of the fluid are raised when the inlet and outlet valve are closed, causing at least a portion of the fluid within the chamber to change state, - whereby in use, fluid is expelled from the outlet orifice of the chamber by a vapour explosion process