mhurhangee/ep-ind-claims huggingface dataset:
A rolling drum assembly for use in smoking article manufacture, the rolling drum assembly comprising: a rolling drum having a peripheral surface adapted to carry a collation of rod articles (1, 2) and a tipping paper patch; and, a roll hand adapted to roll the collation of rod articles between the peripheral surface of the rolling drum and the roll hand such that the tipping paper patch is wrapped around the rod articles to form a smoking article; wherein the rolling drum assembly is adapted to wrap a tipping paper patch at least twice around the collation of rod articles (1, 2); wherein the peripheral surface of the rolling drum comprises first flutes and second flutes arranged alternately around the peripheral surface, the first flutes being adapted to receive a collation of rod articles (1, 2) upstream of the roll hand, and the second flutes being adapted to receive a wrapped smoking article downstream of the roll hand; each first flute comprising a first suction hole for retaining a collation of rod articles, and each second flute comprises a second suction hole for retaining a wrapped smoking article; and wherein the rolling drum assembly further comprises a suction control component adapted such that, upstream of the roll hand, suction is provided to the first suction holes and not to the second suction holes, and downstream of the roll hand, suction is provided to the second suction holes and not to the first suction holes. a rolling drum having a peripheral surface adapted to carry a collation of rod articles (1, 2) and a tipping paper patch; and, a roll hand adapted to roll the collation of rod articles between the peripheral surface of the rolling drum and the roll hand such that the tipping paper patch is wrapped around the rod articles to form a smoking article; wherein the rolling drum assembly is adapted to wrap a tipping paper patch at least twice around the collation of rod articles (1, 2); wherein the peripheral surface of the rolling drum comprises first flutes and second flutes arranged alternately around the peripheral surface, the first flutes being adapted to receive a collation of rod articles (1, 2) upstream of the roll hand, and the second flutes being adapted to receive a wrapped smoking article downstream of the roll hand; each first flute comprising a first suction hole for retaining a collation of rod articles, and each second flute comprises a second suction hole for retaining a wrapped smoking article; and wherein the rolling drum assembly further comprises a suction control component adapted such that, upstream of the roll hand, suction is provided to the first suction holes and not to the second suction holes, and downstream of the roll hand, suction is provided to the second suction holes and not to the first suction holes.
Process for producing anisotropic flake-shaped zinc phosphate particles or anisotropic flake-shaped zinc metal mixed phosphate particles comprising the steps of: a) producing a composition comprising at least one phosphate compound, at least one zinc compound and at least one chelate complex former having at least two oxygen-containing groups selected from the group comprising carboxylic acid groups, carboxylic anhydride groups, ether groups, ester groups, ketone groups and hydroxyl groups, and at least one solvent, b) forming anisotropic zinc phosphate particles or zinc metal mixed phosphate particles; c) separating the obtained flake-shaped particles, wherein the formation of the particles is carried out for at least 10 hours, wherein the particles have an extent of at least 1 μm in at least two dimensions and the particles have an aspect ratio of > 2 of length to thickness and the maximum extent of the particles is 100 μm. a) producing a composition comprising at least one phosphate compound, at least one zinc compound and at least one chelate complex former having at least two oxygen-containing groups selected from the group comprising carboxylic acid groups, carboxylic anhydride groups, ether groups, ester groups, ketone groups and hydroxyl groups, and at least one solvent, b) forming anisotropic zinc phosphate particles or zinc metal mixed phosphate particles; c) separating the obtained flake-shaped particles, wherein the formation of the particles is carried out for at least 10 hours, wherein the particles have an extent of at least 1 μm in at least two dimensions and the particles have an aspect ratio of > 2 of length to thickness and the maximum extent of the particles is 100 μm.
A cleaning robot, comprising a cleaning component, a drive component, a detection component, a calculating component and a controller, the drive component comprising a first drive wheel and a second drive wheel arranged in parallel, wherein, when the drive component drives the cleaning robot to travel, the detection component is configured to detect whether the cleaning robot is in an obstacle obstruction state, the calculating component is configured to calculate an inclined angle of the cleaning robot when the cleaning robot is in the obstacle obstruction state; and when the cleaning robot is in the obstacle obstruction state, the controller is configured to control the first drive wheel to cross an obstacle and control the second drive wheel to cross the obstacle according to a detection result acquired by the detection component and the calculating component; characterized in that, the detection component is configured to detect whether the first drive wheel crosses the obstacle; when the detection component detects that the first drive wheel does not cross the obstacle, a number of occurrences of not crossing the obstacle is recorded; and when the number of occurrences is greater than a preset value, the controller is configured to control the cleaning robot to travel in a second traveling direction; wherein the second traveling direction is opposite to a first traveling direction, and the first traveling direction is a traveling direction of the cleaning robot before the cleaning robot enters the obstacle obstruction state. when the drive component drives the cleaning robot to travel, the detection component is configured to detect whether the cleaning robot is in an obstacle obstruction state, the calculating component is configured to calculate an inclined angle of the cleaning robot when the cleaning robot is in the obstacle obstruction state; and when the cleaning robot is in the obstacle obstruction state, the controller is configured to control the first drive wheel to cross an obstacle and control the second drive wheel to cross the obstacle according to a detection result acquired by the detection component and the calculating component; characterized in that, the detection component is configured to detect whether the first drive wheel crosses the obstacle; when the detection component detects that the first drive wheel does not cross the obstacle, a number of occurrences of not crossing the obstacle is recorded; and when the number of occurrences is greater than a preset value, the controller is configured to control the cleaning robot to travel in a second traveling direction; wherein the second traveling direction is opposite to a first traveling direction, and the first traveling direction is a traveling direction of the cleaning robot before the cleaning robot enters the obstacle obstruction state.
Illumination structure comprising: a wavelength conversion layer configured for receiving light of at least a first wavelength and converting said received light into light of at least a second wavelength; an array of nanoparticles arranged in a plane in contact with or in close proximity to said wavelength conversion layer, at least part of said array forming a lattice characterized by at least one lattice period p, wherein said lattice period is selected such that in operation: resonances of at least part of said nanoparticles are diffractively coupled into one or more collective resonant modes at said second wavelength in said wavelength conversion layer; and, a sideward emitting radiation pattern is generated by said illumination structure, wherein said radiation pattern comprises field intensities in one or more directions of large inclination angle θ i with respect to said array plane that are larger than field intensities in one or more directions of small inclination angle. a wavelength conversion layer configured for receiving light of at least a first wavelength and converting said received light into light of at least a second wavelength; an array of nanoparticles arranged in a plane in contact with or in close proximity to said wavelength conversion layer, at least part of said array forming a lattice characterized by at least one lattice period p, wherein said lattice period is selected such that in operation: resonances of at least part of said nanoparticles are diffractively coupled into one or more collective resonant modes at said second wavelength in said wavelength conversion layer; and, a sideward emitting radiation pattern is generated by said illumination structure, wherein said radiation pattern comprises field intensities in one or more directions of large inclination angle θ i with respect to said array plane that are larger than field intensities in one or more directions of small inclination angle. resonances of at least part of said nanoparticles are diffractively coupled into one or more collective resonant modes at said second wavelength in said wavelength conversion layer; and, a sideward emitting radiation pattern is generated by said illumination structure, wherein said radiation pattern comprises field intensities in one or more directions of large inclination angle θ i with respect to said array plane that are larger than field intensities in one or more directions of small inclination angle.
A method for producing a hot forged material in air, by placing on a lower die a material for hot forging, wherein part or all of a surface of said material for hot forging is coated with a first glass-based lubricant, and pressing the material for hot forging with the lower die and an upper die, to form a hot forged material, wherein one or both of the lower die and the upper die are a die made of a Ni-based superalloy having a composition consisting of, in mass%, W: 7.0 to 12.0%, Mo: 4.0 to 11.0%, Al: 5.0 to 7.5%, optionally Cr: 7.5% or less, optionally Ta: 7.0% or less, and optionally one or more elements selected from the group of Hf, Zr, La and Y, and Mg: 0.5% or less, and the balance of Ni with inevitable impurities, a surface of the die made of the Ni-based superalloy in contact with the material for hot forging is coated with a second glass-based lubricant comprising SiO 2 as a main component; a total content of alkali metal oxides in the second glass-based lubricant is 0 to 3.0% in mass%, and a lubricating film formed by the second glass-based lubricant has a thickness of 100μm or more. wherein one or both of the lower die and the upper die are a die made of a Ni-based superalloy having a composition consisting of, in mass%, W: 7.0 to 12.0%, Mo: 4.0 to 11.0%, Al: 5.0 to 7.5%, optionally Cr: 7.5% or less, optionally Ta: 7.0% or less, and optionally one or more elements selected from the group of Hf, Zr, La and Y, and Mg: 0.5% or less, and the balance of Ni with inevitable impurities, a surface of the die made of the Ni-based superalloy in contact with the material for hot forging is coated with a second glass-based lubricant comprising SiO 2 as a main component; a total content of alkali metal oxides in the second glass-based lubricant is 0 to 3.0% in mass%, and a lubricating film formed by the second glass-based lubricant has a thickness of 100μm or more.
A piece of kitchen furniture having a worktop in which a sink (20, 40) has been recessed, wherein at least one side wall of the sink is formed as a slanted ramp (21, 41): and wherein an insert is provided that stands on the ramp and that comprises a flat work surface and a subframe, with the subframe being configured such that it compensates the slant of the ramp to keep the work surface horizontal, characterized in that a water inlet is arranged in the upper region of the ramp.
A vehicle fuel cooling device including: a return passage configured to return a non-injected surplus fuel of a fuel supplied to a fuel injection valve to a fuel tank as a return fuel; and a fuel cooling unit arranged on the return passage, wherein the vehicle fuel cooling device is configured to cool the return fuel through heat exchange with a cooling medium flowing through the fuel cooling unit by circulating a part of the cooling medium of a vehicle air conditioning system to the fuel cooling unit, a fuel pump configured to supply the fuel in the fuel tank to the fuel injection valve; characterized in that when circulating a part of the cooling medium to the fuel cooling unit to cool the return fuel, an amount of return fuel to be returned to the fuel tank is increased compared to when the return fuel is not cooled, and the amount of return fuel to be returned to the fuel tank is increased by increasing a drive amount of the fuel pump. a return passage configured to return a non-injected surplus fuel of a fuel supplied to a fuel injection valve to a fuel tank as a return fuel; and a fuel cooling unit arranged on the return passage, wherein the vehicle fuel cooling device is configured to cool the return fuel through heat exchange with a cooling medium flowing through the fuel cooling unit by circulating a part of the cooling medium of a vehicle air conditioning system to the fuel cooling unit, a fuel pump configured to supply the fuel in the fuel tank to the fuel injection valve; characterized in that when circulating a part of the cooling medium to the fuel cooling unit to cool the return fuel, an amount of return fuel to be returned to the fuel tank is increased compared to when the return fuel is not cooled, and the amount of return fuel to be returned to the fuel tank is increased by increasing a drive amount of the fuel pump.
Optical arrangement comprising: an optical module having a first carrier body to which there are attached at least one, in particular reflective, optical element (9, 10, 11) for the beam guidance of a laser beam, and a plurality of first mounting elements (7a-c), a housing, in particular a vacuum housing, having a second carrier body for at least one further optical element which is configured for the reflection of EUV radiation, wherein a plurality of second mounting elements (18a-c) is attached to the second carrier body, and also a movement device for displacing the first carrier body relative to the second carrier body in a movement direction, in particular a vertical movement direction, between a removal position, from which the optical module can be removed from the housing, and a mounting position, in which the movement device presses the first mounting elements (7a-c) against the second mounting elements (18a-c). an optical module having a first carrier body to which there are attached at least one, in particular reflective, optical element (9, 10, 11) for the beam guidance of a laser beam, and a plurality of first mounting elements (7a-c), a housing, in particular a vacuum housing, having a second carrier body for at least one further optical element which is configured for the reflection of EUV radiation, wherein a plurality of second mounting elements (18a-c) is attached to the second carrier body, and also a movement device for displacing the first carrier body relative to the second carrier body in a movement direction, in particular a vertical movement direction, between a removal position, from which the optical module can be removed from the housing, and a mounting position, in which the movement device presses the first mounting elements (7a-c) against the second mounting elements (18a-c).
Modular range extender system for an electrically driven motor vehicle, comprising - a plurality of fuel cell base modules, each having a plurality of fuel cells connected in series and interfaces for supplying hydrogen and air and for discharging water and residual gas; - a media supply device which is configured to supply air and hydrogen to the fuel cell base modules via the interfaces and to discharge water and residual gas from the fuel cell base modules via the interfaces; - wherein to provide different outputs different numbers of fuel cell base modules in different parallel circuits can be electrically connected to one another and/or to provide different voltages different numbers of fuel cell base modules in different series circuits can be connected to one another electrically and can be configured by the media supply device to form respective variants of a range extender. - a plurality of fuel cell base modules, each having a plurality of fuel cells connected in series and interfaces for supplying hydrogen and air and for discharging water and residual gas; - a media supply device which is configured to supply air and hydrogen to the fuel cell base modules via the interfaces and to discharge water and residual gas from the fuel cell base modules via the interfaces; - wherein to provide different outputs different numbers of fuel cell base modules in different parallel circuits can be electrically connected to one another and/or to provide different voltages different numbers of fuel cell base modules in different series circuits can be connected to one another electrically and can be configured by the media supply device to form respective variants of a range extender.
An upgrade kit for a roof window with a stationary frame and a sash carrying a pane, in which the sash includes at least a top member defining a width of the sash, two mutually parallel side members (22, 23) defining a length of the sash, and a bottom member parallel to the top member, and is connected to the stationary frame by means of a set of hinges and configured to assume at least an open position and a closed position by rotation about a hinge axis substantially parallel to the top member of the sash, the roof window furthermore comprising a manual operating assembly configured to assist in operation of the sash between the open and the closed positions, said manual operating assembly including a handle portion located at the top member of the sash and having a longitudinal extension substantially in parallel with the top member of the sash, said upgrade kit comprising an electrical operating assembly configured to assist in operation of the sash between the open and the closed position, and a set of appliance members including at least a first appliance member in the form of a remote control unit configured to cooperate with the electrical operating assembly, characterised in that the remote control unit (9; 109; 209; 309; 409; 509; 609) comprises a control portion and an engagement portion configured to be held on the manual operating assembly of the roof window in a positive or non-positive engagement, wherein positive engagement relies mainly on form-locking properties of interacting parts, which need to be released in another direction than the opposite of the engagement direction, and wherein non-positive engagement relies mainly on force-locking properties of interacting parts, which may be released in the opposite of the engagement direction.
Dishwasher, in particular a fully integrated fitted dishwasher, comprising a washing container which provides a washing chamber for receiving washware to be cleaned, which washing container comprises a feed opening that can be closed in a fluid-tight manner by means of a washing chamber door, the washing chamber door being mounted so as to be rotatable about a horizontal washing chamber door shaft and bearing an additional door at the front that can be rotated together with the washing chamber door, the additional door being movable in translation relative to the washing chamber door, the additional door being mounted so as to be rotatable about a horizontal additional door shaft, the additional door shaft being movable in relation to the washing chamber door shaft, and a drive lever being provided, which drive lever is articulated on the washing chamber door so as to be rotatable about a drive lever fulcrum, characterised in that the drive lever is in operative connection with a guide element (12,18) arranged in a stationary manner on the washing container.
A hinge apparatus comprising: a first hinge unit having a first hinge shaft connected to a first electronic unit; a second hinge unit having a second hinge shaft connected to a second electronic unit and to be rotatable in a predetermined angle with respect to the first hinge shaft, the second hinge shaft having a hollow; and a signal connecting unit inserted into the hollow of the second hinge unit to electrically connect the first and the second electronic units with each other, wherein the first hinge shaft has a coupling hole into which the second hinge shaft is rotatably coupled, the first hinge shaft is rotatably connected to the first electronic unit, and characterized in that the second hinge shaft passes completely through the first hinge shaft. a first hinge unit having a first hinge shaft connected to a first electronic unit; a second hinge unit having a second hinge shaft connected to a second electronic unit and to be rotatable in a predetermined angle with respect to the first hinge shaft, the second hinge shaft having a hollow; and a signal connecting unit inserted into the hollow of the second hinge unit to electrically connect the first and the second electronic units with each other, wherein the first hinge shaft has a coupling hole into which the second hinge shaft is rotatably coupled, the first hinge shaft is rotatably connected to the first electronic unit, and characterized in that the second hinge shaft passes completely through the first hinge shaft.
Fastener for fastening an object provided with a stud to a component, the fastener comprising a fastening body having a top side, a bottom side, a front side, a rear side and two lateral sides, wherein the front side comprises a first recess adapted to receive a first panel, wherein the rear side comprises a second recess adapted to receive a second panel, wherein the fastening body comprises an aperture extending from the bottom side to the top side, the aperture being defined by an aperture wall, characterized in that the aperture comprises a first portion adapted to receive the stud in an assembly position and a second portion adapted to receive the stud in a disassembly position, wherein the first portion comprises a lateral wall defining a cylindrical opening extending along a longitudinal axis between the top side and the bottom side, the lateral wall being offset with regard to the aperture wall and extending in the aperture, wherein the lateral wall is connected to the aperture wall, such that a portion of the lateral wall can be deflected toward the aperture wall, and wherein the lateral wall comprises a locking element extending in the cylindrical opening and adapted to secure the position of the stud in the assembly position, wherein the lateral wall comprises at least one passage adapted for transferring the stud from the assembly position to the disassembly position.