mhurhangee/ep-ind-claims huggingface dataset:
Flat windscreen wiper, particularly for a vehicle, equipped with a cowling (2, 3) comprising a mount that comprises, at each of its longitudinal ends, means (31a, 31b) of articulation to an end cap of the wiper, the cowling, having an elongate form, is characterized in that it comprises, at each of its longitudinal ends, a recess for mounting and longitudinal sliding of an end fitting of said wiper, each longitudinal end of the cowling comprising first stop means configured such as to interact with said fitting and to immobilize it in a longitudinal direction, and second stop means (310b, 310bb) configured such as to interact with said fitting and to immobilize it in the opposite longitudinal direction, said first and second means being spaced longitudinally relative to one another such as to form a retention cage for said fitting.
A surface cladding system for cladding surfaces with a cladding material, in particular for cladding wall surfaces or floor surfaces with a tile material, wherein the surface cladding system comprises at least two cladding modules, wherein the cladding modules can be laid on the surface adjacently to one another, wherein each cladding module comprises a plate-like tile material as a cladding material and wherein a first cladding module comprises at least one first sealing profile (128, 130) which is connected to the cladding material of the first cladding module, wherein a second cladding module comprises at least one second sealing profile (128, 132) which is connected to the cladding material of the second cladding module, wherein the sealing profiles (128, 130, 132) are designed in order to engage into one another and to form a common seal in a laid condition of the cladding modules, characterised in that the second sealing profile completely overlaps the first sealing profile in a manner such that in the laid condition of the surface cladding system, a viewer essentially only perceives the sealing material of the second sealing profile in the gaps between the cladding materials and the second sealing profile therefore forms an essentially gap-free surface.
A method for treating an aqueous fluid resulting from a fluorine-containing polymer production step, the method comprising: separating the aqueous fluid into a solid component and a filtrate using diatomaceous earth as a filter aid, wherein the aqueous fluid comprises a fluorine-containing surfactant, a solid component comprising at least one of an uncoagulated polymer and a particulate polymer, the separation comprising adding the filter aid at a concentration of 1 to 10000 ppm to the aqueous fluid and contacting the aqueous fluid with a filter aid retaining member on which a layer of the filter aid with a thickness of 0.5 to 10 mm was formed prior to the filtration; and then separating the filtrate into a permeated liquid and a concentrated liquid using a filtration membrane. separating the aqueous fluid into a solid component and a filtrate using diatomaceous earth as a filter aid, wherein the aqueous fluid comprises a fluorine-containing surfactant, a solid component comprising at least one of an uncoagulated polymer and a particulate polymer, the separation comprising adding the filter aid at a concentration of 1 to 10000 ppm to the aqueous fluid and contacting the aqueous fluid with a filter aid retaining member on which a layer of the filter aid with a thickness of 0.5 to 10 mm was formed prior to the filtration; and then separating the filtrate into a permeated liquid and a concentrated liquid using a filtration membrane.
An engine arrangement comprising an engine, a charge air cooler connected to an engine inlet side of the engine, an air bypass for bypassing the charge air cooler, and comprising an EGR system connected between an engine outlet side and an engine inlet side of the engine via one or more EGR lines, wherein the air bypass enters the EGR system at an air bypass port of an EGR line for mixing air with exhaust gas at the engine outlet side of the EGR system, characterized in that the air bypass enters the EGR system between a first EGR cooler and a second EGR cooler, the second EGR cooler is arranged downstream of the first EGR cooler, and output gas of the second EGR cooler is arranged to flow into a mixing port, where the exhaust gas is arranged to be mixed with air from the charge air cooler.
A method comprising: identifying multiple communication paths extending from a source device; for each path, determining a data rate; for each path, determining a power level used to communicate over at least a portion of the path, wherein the method further comprises: for each path, determining a power to data rate efficiency value as a function of the determined power level and data rate; and selecting one of the multiple communication paths such that the selected communication path has the lowest power to data rate efficiency value; and sending a message over the selected communication path, the method being further characterized in that, for each path, the determining of a power level consists in measuring the power used to send a test message across the portion of the communication path. identifying multiple communication paths extending from a source device; for each path, determining a data rate; for each path, determining a power level used to communicate over at least a portion of the path, for each path, determining a power to data rate efficiency value as a function of the determined power level and data rate; and selecting one of the multiple communication paths such that the selected communication path has the lowest power to data rate efficiency value; and sending a message over the selected communication path,
A method, comprising: displaying a user interface on a pressure sensitive touch screen display device of an electronic device, the user interface including a plurality of contact areas; receiving a first touch input data on a first contact area, the first touch input data including force data; determining a second contact area as a function of the first touch input data and the first contact area, the second contact area being indicative of a prediction for a second, subsequent touch input data; determining familiarity data based on a plurality of factors from the touch input data, the familiarity data being indicative of whether the user is familiar with the layout of the user interface, and determining whether to provide a predictive visual indicator as a function of the familiarity data; and displaying at least one predictive visual indicator that corresponds to the second contact area in response to the prediction. displaying a user interface on a pressure sensitive touch screen display device of an electronic device, the user interface including a plurality of contact areas; receiving a first touch input data on a first contact area, the first touch input data including force data; determining a second contact area as a function of the first touch input data and the first contact area, the second contact area being indicative of a prediction for a second, subsequent touch input data; determining familiarity data based on a plurality of factors from the touch input data, the familiarity data being indicative of whether the user is familiar with the layout of the user interface, and determining whether to provide a predictive visual indicator as a function of the familiarity data; and displaying at least one predictive visual indicator that corresponds to the second contact area in response to the prediction.
A method for updating an analytics model used with a device, comprising: determining a local analytics model comprising an action trigger, based on a database (310; 408) of local analytics models and model response outcomes; providing the local analytics model to a local analytics device (300; 402, 410); initiating a response when sensor outputs at the local analytics device (300; 402, 410) satisfy the action trigger; determining an action trigger outcome based on conditions at the local analytics device (300; 402, 410) measured during the initiated response; updating the database (310; 408) of local analytics and model response outcomes with the action trigger outcome; characterised by further comprising: computing a beta optimal value for the local analytics device (300; 402, 410) using noise distributions and signal plus noise distributions updated based on outcome data. determining a local analytics model comprising an action trigger, based on a database (310; 408) of local analytics models and model response outcomes; providing the local analytics model to a local analytics device (300; 402, 410); initiating a response when sensor outputs at the local analytics device (300; 402, 410) satisfy the action trigger; determining an action trigger outcome based on conditions at the local analytics device (300; 402, 410) measured during the initiated response; updating the database (310; 408) of local analytics and model response outcomes with the action trigger outcome; characterised by further comprising: computing a beta optimal value for the local analytics device (300; 402, 410) using noise distributions and signal plus noise distributions updated based on outcome data.
A spike operable to be removably coupled to an article of footwear comprising: a first portion that is substantially rigid; and a second portion that is resilient, wherein the first portion includes a base, a first flange and an engagement member operable for removably engaging with a sole of the article of footwear, the second portion includes a second flange and a tapered member, and the second flange is partially embedded within the first flange, characterized in that the second portion includes a second projection that is integrally connected to the second flange and the tapered member, the second projection is substantially cylindrical with an annular rib thereon, the annular rib extends continuously about the second projection, and the second projection projects from the second flange and through the first flange to be embedded within the base of the first portion. a first portion that is substantially rigid; and a second portion that is resilient, wherein the first portion includes a base, a first flange and an engagement member operable for removably engaging with a sole of the article of footwear, the second portion includes a second flange and a tapered member, and the second flange is partially embedded within the first flange, characterized in that the second portion includes a second projection that is integrally connected to the second flange and the tapered member, the second projection is substantially cylindrical with an annular rib thereon, the annular rib extends continuously about the second projection, and the second projection projects from the second flange and through the first flange to be embedded within the base of the first portion.
A device for manually compacting waste contained in a container, comprising: - a frame comprising a support plate intended to be placed on and/or fixed to the ground and two lateral uprights (13a, 13b), respectively a left-hand lateral upright and a right-hand lateral upright, which are secured to said support plate and extend perpendicular thereto, said support plate and said lateral uprights (13a, 13b) delimiting a central space able to accept a container containing waste, - two levers (14a, 14b) that can be operated by hand, namely a left-hand lever fixed pivotingly to the left-hand lateral upright about a left-hand axis of pivoting (Xa) and a right-hand lever fixed pivotingly to the right-hand lateral upright about a right-hand axis of pivoting (Xb), said left-hand and right-hand axes of pivoting (Xa, Xb) being parallel and defining a plane parallel to a plane defined by the support plate, - at least one thrust bar to the lower end of which is fixed a compression plate, said thrust bar being connected to said left-hand and/or right-hand lever by means of at least one connecting means (17a, 17b) able to slide along said left-hand and/or right-hand lever and configured to act on said thrust bar under the action of said left-hand and/or right-hand lever so as to move it toward the ground or away from the ground, thus allowing the compression plate to be brought closer to and respectively further away from the support plate, from a position of equilibrium in which it rests on the waste that is to be compacted. - a frame comprising a support plate intended to be placed on and/or fixed to the ground and two lateral uprights (13a, 13b), respectively a left-hand lateral upright and a right-hand lateral upright, which are secured to said support plate and extend perpendicular thereto, said support plate and said lateral uprights (13a, 13b) delimiting a central space able to accept a container containing waste, - two levers (14a, 14b) that can be operated by hand, namely a left-hand lever fixed pivotingly to the left-hand lateral upright about a left-hand axis of pivoting (Xa) and a right-hand lever fixed pivotingly to the right-hand lateral upright about a right-hand axis of pivoting (Xb), said left-hand and right-hand axes of pivoting (Xa, Xb) being parallel and defining a plane parallel to a plane defined by the support plate, - at least one thrust bar to the lower end of which is fixed a compression plate, said thrust bar being connected to said left-hand and/or right-hand lever by means of at least one connecting means (17a, 17b) able to slide along said left-hand and/or right-hand lever and configured to act on said thrust bar under the action of said left-hand and/or right-hand lever so as to move it toward the ground or away from the ground, thus allowing the compression plate to be brought closer to and respectively further away from the support plate, from a position of equilibrium in which it rests on the waste that is to be compacted.
A method of determining a likelihood for icing on at least one blade of a wind turbine, the method comprising: providing a control system for monitoring an operation of a wind turbine, wherein the wind turbine comprises at least one blade; measuring a wind speed at the wind turbine utilizing at least one instrument integrated with a nacelle of the wind turbine; receiving a plurality of operating data; wherein the plurality of operating data comprises data related to the operation of the wind turbine the plurality of operating data comprising a pitch angle, a generator rpm, and a density of the ambient air; utilizing the plurality of operating data to determine a wind speed estimate at the nacelle; and comparing a measured wind speed with the wind speed estimate; wherein the comparing determines the likelihood for icing occurring on the at least one blade. providing a control system for monitoring an operation of a wind turbine, wherein the wind turbine comprises at least one blade; measuring a wind speed at the wind turbine utilizing at least one instrument integrated with a nacelle of the wind turbine; receiving a plurality of operating data; wherein the plurality of operating data comprises data related to the operation of the wind turbine the plurality of operating data comprising a pitch angle, a generator rpm, and a density of the ambient air; utilizing the plurality of operating data to determine a wind speed estimate at the nacelle; and comparing a measured wind speed with the wind speed estimate; wherein the comparing determines the likelihood for icing occurring on the at least one blade.
A fuel injection nozzle comprising a nozzle body having injection holes at its forefront end part, a needle valve, an annular channel in the nozzle body characterizing in that said nozzle body has concave portions of very small depth on its conical seat face, the concave portions being partly or entirely formed to extend along generation lines of the conical seat face.
Shaft seal, in particular a shaft seal for a mixer shaft of a food processor, comprising a shaft and a sealing part that interacts therewith, characterised in that the sealing part is a perforated disc part, a hole rim of which rests directly against the shaft and which disc part is plastically deformed in any case in this region.
A radiation detector comprising a stack of superimposed layers, the stack successively comprising, in a stacking direction: - an absorbent layer configured to absorb the radiation and made from a first semiconductor material having a first bandgap value, - a screen charges layer made from a second semiconductor material having a second bandgap value, the second bandgap value being strictly greater than the first bandgap value, - a transition layer made from a third semiconductor material having a third bandgap value, the third bandgap value being strictly greater than the first bandgap value, and - a first window layer made from a fourth semiconductor material having a fourth bandgap value, the fourth bandgap value being strictly greater than the first bandgap value, the absorbent layer and the screen charges layer each having a doping of a first type, the first window layer having a doping of a second type different from the first type, the transition layer having a doping of the first type or a doping of the second type, a density of dopants being defined for each of the first window layer and the transition layer, the density of dopants of the window layer being strictly greater than the density of dopants of the transition layer, the first material and the second material being chosen so that the absorbent layer and the screen charges layer: - form a type II interface, or - have no energy barrier to a movement from the absorbent layer to the screen charges layer of the minority charge carriers in the absorbent layer; the second material and the third material being chosen so that the screen charges layer and the transition layer: - form a type II interface, or - have no energy barrier to a movement from the screen charges layer to the transition layer of the minority charge carriers in the absorbent layer. - an absorbent layer configured to absorb the radiation and made from a first semiconductor material having a first bandgap value, - a screen charges layer made from a second semiconductor material having a second bandgap value, the second bandgap value being strictly greater than the first bandgap value, - a transition layer made from a third semiconductor material having a third bandgap value, the third bandgap value being strictly greater than the first bandgap value, and - a first window layer made from a fourth semiconductor material having a fourth bandgap value, the fourth bandgap value being strictly greater than the first bandgap value, - form a type II interface, or - have no energy barrier to a movement from the absorbent layer to the screen charges layer of the minority charge carriers in the absorbent layer; - form a type II interface, or - have no energy barrier to a movement from the screen charges layer to the transition layer of the minority charge carriers in the absorbent layer.
A rail vehicle for transporting passengers comprising a horizontal platform axially extending along an axis X, a plurality of seat modules aligned along axis X, each seat module comprising at least one mounting member for being fastened to the horizontal platform, the vehicle being characterised in that the horizontal platform comprises a plurality of fastening members, the fastening members being aligned along at least one line (L1-L4) extending along an axis parallel to axis X of the horizontal platform, two adjacent fastening members of a same line (L1-L4) being spaced apart by a distance lower than or equal to 20cm so as to define a plurality of longitudinal positions for fastening the seat modules, each mounting member comprising an elongate opening the length of which along axis X is greater than or equal to 18cm.
A pressure control system for an aircraft seat comprising: a base plate; a plurality of cells sealingly attached to the base plate, each cell of the plurality of cells having a bellows and a top inflatable diaphragm, wherein each cell defines a pressure chamber therein; a plurality of charging apertures formed in the base plate such that each cell has at least one associated charging aperture, wherein each respective charging aperture is in fluid communication with a respective pressure chamber; a plurality of discharging apertures formed in the base plate such that each cell has at least one associated discharging aperture, wherein each respective discharging apertures is in fluid communication with the respective pressure chamber; a plurality of charging valves, each in fluid communication with at least one of the pressure chambers and configured to supply air to the chambers through the charging apertures, wherein at least two charging valves are fluidly connected to different cells of the plurality of cells; a plurality of discharging valves, each in fluid communication with at least one of the pressure chambers and configured to expel air from the pressure chambers through the discharging apertures, wherein at least two discharging valves are fluidly connected to different cells of the plurality of cells; a pump configured to supply pressurized air to the plurality of charging valves, and wherein the charging apertures are larger diameter apertures and the discharging apertures are smaller diameter apertures. a base plate; a plurality of cells sealingly attached to the base plate, each cell of the plurality of cells having a bellows and a top inflatable diaphragm, wherein each cell defines a pressure chamber therein; a plurality of charging apertures formed in the base plate such that each cell has at least one associated charging aperture, wherein each respective charging aperture is in fluid communication with a respective pressure chamber; a plurality of discharging apertures formed in the base plate such that each cell has at least one associated discharging aperture, wherein each respective discharging apertures is in fluid communication with the respective pressure chamber; a plurality of charging valves, each in fluid communication with at least one of the pressure chambers and configured to supply air to the chambers through the charging apertures, wherein at least two charging valves are fluidly connected to different cells of the plurality of cells; a plurality of discharging valves, each in fluid communication with at least one of the pressure chambers and configured to expel air from the pressure chambers through the discharging apertures, wherein at least two discharging valves are fluidly connected to different cells of the plurality of cells; a pump configured to supply pressurized air to the plurality of charging valves, and wherein the charging apertures are larger diameter apertures and the discharging apertures are smaller diameter apertures.