mhurhangee/ep-ind-claims huggingface dataset:
A configurable piece of furniture able to be arranged in a first and a second arrangement, comprising: - a housing that comprises at least one compartment, - a first panel that is arranged, according to the first arrangement, horizontally above said housing and, according to the second arrangement, vertically, opposite and away from one of the sides of the housing, - a second panel that is arranged, according to the first arrangement, vertically, opposite and away from said side of the housing and perpendicular to said first panel and, according to the second arrangement, horizontally on said housing, and which is connected perpendicularly to said first panel, the first panel in the first arrangement and the second panel in the second arrangement forming a work surface, the piece of furniture comprising a third panel, which, according to the first arrangement, connects the lower parts of said housing and said second panel and, according to the second arrangement, is arranged horizontally above said housing so as to cover said housing jointly with part of the second panel. - a housing that comprises at least one compartment, - a first panel that is arranged, according to the first arrangement, horizontally above said housing and, according to the second arrangement, vertically, opposite and away from one of the sides of the housing, - a second panel that is arranged, according to the first arrangement, vertically, opposite and away from said side of the housing and perpendicular to said first panel and, according to the second arrangement, horizontally on said housing, and which is connected perpendicularly to said first panel,
Device for labelling containers with in particular flexible label sleeves, comprising spreading units for spreading the label sleeves and lifting units which are designed: - to move to a loading position at which the containers can be handed over in an upright manner to the lifting units; - to lift the containers into a labelling position in which the containers are positioned in the spread label sleeves; and - to move to a removal position for the removal of the labelled containers, and further comprising clamping units for clamping an upper section of the label sleeves onto the containers in the labelling position, wherein the clamping units can travel together with, in particular synchronously with, the lifting units from the labelling position into at least one take-on position in which the containers have taken on the label sleeves from the spreading units by friction, characterized in that the clamping units are able to tension relative to the lifting units, counter to the lifting direction of the lifting units, so as to clamp the label sleeve by means of friction, wherein the tension of the clamping units is in particular adjustable. - to move to a loading position at which the containers can be handed over in an upright manner to the lifting units; - to lift the containers into a labelling position in which the containers are positioned in the spread label sleeves; and - to move to a removal position for the removal of the labelled containers, and further comprising clamping units for clamping an upper section of the label sleeves onto the containers in the labelling position, wherein the clamping units can travel together with, in particular synchronously with, the lifting units from the labelling position into at least one take-on position in which the containers have taken on the label sleeves from the spreading units by friction, characterized in that the clamping units are able to tension relative to the lifting units, counter to the lifting direction of the lifting units, so as to clamp the label sleeve by means of friction, wherein the tension of the clamping units is in particular adjustable.
A seat belt webbing guide comprising a main body including a slot through which seat belt webbing passes and a through hole through which a mounting bolt passes, wherein the webbing guide includes at least one rib that is formed as a single unit with the main body wherein at least a portion of the at least one rib is protruding with a height over a axial surface of the main body toward a head of the mounting bolt, characterized in that the at least one rib is formed along an internal circumferential surface of the through hole and extends inwardly in a radial direction of the through hole to a central axis of the through hole.
A computer-implemented method for allowing a user to control access to an interactive television application, the method comprising, performing with at least one computer processor: detecting an interactive television event for an interactive television application destined for a user's device; generating a query based on the interactive television application event to determine whether to execute the interactive television application; determining whether a preference database containing one or more user preferences is locally stored; determining a user preference by checking the query against a non-local preference database in response to the determining indicating the preference database is not locally stored and checking the query against a local preference database in response to the determining indicating the preference database is locally stored, the non-local preference database being a central database in a provider's system; and determining whether the interactive television application event is allowed, disallowed, or conditionally allowed to be executed on the user's device based on the determined user preference, wherein the interactive television application will not be sent to the user's device when it is determined that the interactive television application event is disallowed. detecting an interactive television event for an interactive television application destined for a user's device; generating a query based on the interactive television application event to determine whether to execute the interactive television application; determining whether a preference database containing one or more user preferences is locally stored; determining a user preference by checking the query against a non-local preference database in response to the determining indicating the preference database is not locally stored and checking the query against a local preference database in response to the determining indicating the preference database is locally stored, the non-local preference database being a central database in a provider's system; and determining whether the interactive television application event is allowed, disallowed, or conditionally allowed to be executed on the user's device based on the determined user preference, wherein the interactive television application will not be sent to the user's device when it is determined that the interactive television application event is disallowed.
Method for balancing states of charge of a plurality of electrical energy storage devices belonging to a system for storing electrical energy (100, 800), the electrical energy storage devices being connected to a distribution bus by the intermediary of connection elements (160, 170), with the storage system having an operating current passing through the distribution bus, the operating current belonging to a current range extending between a maximum charge current and a maximum discharge current, with the current range being divided into at least two current intervals, a first interval extending between the maximum charge current and a zero current, and a second interval extending between a zero current and the maximum discharge current, with each connection element having at least two electrical conduction states, the method comprising the following steps: - (a) obtaining the state of charge of the storage devices by means for measuring the state of charge; with the method characterised by the steps of: - (b) calculating, from the states of charge obtained during the step (a), a mapping of the conduction states of the connection elements associated with each current interval; - (c) determining the current interval to which the operating current of the storage system belongs; - (d) applying to the connection elements the mapping associated with the current interval determined during the step (c); with the steps (a) and (b) being repeated periodically in order to update the cartographies of the conduction states of the connection elements. - (a) obtaining the state of charge of the storage devices by means for measuring the state of charge; - (b) calculating, from the states of charge obtained during the step (a), a mapping of the conduction states of the connection elements associated with each current interval; - (c) determining the current interval to which the operating current of the storage system belongs; - (d) applying to the connection elements the mapping associated with the current interval determined during the step (c);
A method comprising applying an activatable material in a pre-activation state from a extrude in place device to an article of manufacture that includes one or more of through holes in a continuous bead that spans between the one or more through holes, so that the material is forced through at least one or more through holes so that a mechanical interlock is formed between the article of manufacture and the material and subsequently activating the material characterized in that the material in the pre-activation state includes at least three of the following: about 2 to about 80 percent by weight epoxy resin; about 2 to about 70 percent by weight polymer or oligomer; one or more additional polymers; about 2 to about 70 percent by weight impact modifier; up to about 5 parts by weight of a blowing agent; up to about 7 parts by weight of a curing agent; and a filler, and has a viscosity of 100 Pa*s or higher, measured at a shear rate of between 0 and 100 sec-1 at a temperature of between 80°C and 120°C, and wherein the material in the pre-activation state flows at a pressure of 1.5 x 10 5 Pa or more through an orifice of the extrude in place device.
Double stabiliser coupling for use in a roll stabiliser for a motor vehicle, wherein two stabiliser couplings each have at least one actuator, and the actuator is formed by an outer profile element and an inner profile element, wherein an elastically deformable body is arranged between the outer profile element and the inner profile element, characterised in that the two stabiliser couplings are coupled with one another by means of a sleeve component made of a light metal and the outer profile element is constructed as a hollow profile component and that the outer profile element and the inner profile element are constructed as an extruded profile from a light metal alloy.
Process for preparing a particulate inorganic material loaded with growth factors, wherein a particulate inorganic material, consisting of hydroxyl apatite, tricalcium phosphate, calcium carbonate, aluminum oxide or mixtures thereof, is treated with growth factors in aqueous buffered solution in the acidic range between pH 4 and 5 over a period of at least 30 minutes, the particulate material is separated from the aqueous buffered solution and washed at least once with the same volume of the buffered solution free of bone growth factor.
A method, comprising: forming an optical via in a printed circuit board to access an optical pathway through the printed circuit board, wherein forming the optical via comprises forming a first well in matrix material of the printed circuit board; forming a light blocking layer on at least part of side walls of the first well to prevent at least some light from entering the matrix material of the printed circuit board as the light travels along the optical via; placing an optical redirector within the optical via; characterised in that the method further comprises adjusting the position of the optical redirector to redirect light directed into the optical via so that the light is correctly coupled into the optical pathway. forming an optical via in a printed circuit board to access an optical pathway through the printed circuit board, wherein forming the optical via comprises forming a first well in matrix material of the printed circuit board; forming a light blocking layer on at least part of side walls of the first well to prevent at least some light from entering the matrix material of the printed circuit board as the light travels along the optical via; placing an optical redirector within the optical via; characterised in that the method further comprises adjusting the position of the optical redirector to redirect light directed into the optical via so that the light is correctly coupled into the optical pathway.
A test piece analyzer that analyzes a test piece using a captured image of the test piece provided with reagent pads, the test piece analyzer comprising: a test piece holder with a mounting part for mounting a test piece; and an imaging unit, wherein the imaging unit sequentially images the test piece along a longitudinal direction of the mounting part, the test piece analyzer further comprising: a transport unit having the test piece holder, and being configured to transport the test piece from a first position to a second position by moving the test piece holder along a lateral direction of the mounting part, wherein the test piece holder comprises: a bottom plate, and pair of side plates extending from both side edges of the bottom plate; wherein the mounting part is an area between the pair of side plates; the imaging unit is configured so that a width of an imaging area is larger than a width of the mounting part in the lateral direction; and a length of the imaging area of the imaging unit in the longitudinal direction of the mounting part is set smaller than a length of the test piece. a test piece holder with a mounting part for mounting a test piece; and an imaging unit, wherein the imaging unit sequentially images the test piece along a longitudinal direction of the mounting part, the test piece analyzer further comprising: a transport unit having the test piece holder, and being configured to transport the test piece from a first position to a second position by moving the test piece holder along a lateral direction of the mounting part, wherein the test piece holder comprises: a bottom plate, and pair of side plates extending from both side edges of the bottom plate; wherein the mounting part is an area between the pair of side plates; the imaging unit is configured so that a width of an imaging area is larger than a width of the mounting part in the lateral direction; and a length of the imaging area of the imaging unit in the longitudinal direction of the mounting part is set smaller than a length of the test piece.
Multilayer laminate, usable in particular as reinforcing element for a tyre, comprising at least one polymer film having, whatever the tensile direction considered in the plane of the film, a Young's modulus, denoted E, which is greater than 500 MPa, the said film being placed between and in contact with two layers of rubber composition, characterized in that each layer of rubber composition exhibits, in the crosslinked state, a secant modulus in extension at 10% elongation, denoted Ms, which is greater than 30 MPa.
A pharmaceutical composition comprising A14E, B16H, B25H, B29K((N ε -Eicosanedioyl-γGlu-[2-(2-{2-[2-(2-aminoethoxy)ethoxy]acetylamino}ethoxy)ethoxy]-acetyl)), desB30 human insulin (Compound 1); and semaglutide; and further comprising of from 1 to 2% (weight/weight) of glycerol; of from 45 to 75 mM of phenol; of from 0 to 19 mM of m-cresol; of from 1.5 to 2.5 moles of zinc ions per six moles of Compound 1; of 5 to 50 mM of sodium chloride; and having a pH value in the range of from 7.2 to 8.0. and further comprising of from 1 to 2% (weight/weight) of glycerol; of from 45 to 75 mM of phenol; of from 0 to 19 mM of m-cresol; of from 1.5 to 2.5 moles of zinc ions per six moles of Compound 1; of 5 to 50 mM of sodium chloride; and having a pH value in the range of from 7.2 to 8.0.
A phased array powered wireless gateway ("PWG") device (901; 1400) comprising: a phased array configured to receive a plurality of received signals transmitted by two or more railcar-based communications management units ("CMUs"); a phase detector in communication with the phased array and configured to detect vector information from the plurality of received signals; and a microprocessor in communication with the phased array and the phase detector configured to determine a location of each railcar-based CMU and to detect a direction of propagation of electromagnetic radiation emitted from each said railcar-based CMU and determine an order of railcars in a train consist based on the directions of propagation which were detected. a phased array configured to receive a plurality of received signals transmitted by two or more railcar-based communications management units ("CMUs"); a phase detector in communication with the phased array and configured to detect vector information from the plurality of received signals; and a microprocessor in communication with the phased array and the phase detector configured to determine a location of each railcar-based CMU and to detect a direction of propagation of electromagnetic radiation emitted from each said railcar-based CMU and determine an order of railcars in a train consist based on the directions of propagation which were detected.
A smoke composition with biocidal activity, characterised in that it comprises: - an active ingredient, being monopersulfate, in an amount by weight comprised between 10 %-30 % of the total weight of the smoke composition, with said active ingredient being included in - a powder matrix comprising one or more stabilisers and excipients selected from the group consisting of: sulfamic acid, sodium dodecylbenzenesulfonate, sodium chloride and any combination thereof; wherein the active ingredient represents between 40 %-60 % of the total powder matrix and active ingredient mixture, and wherein said mixture represents between 20 %-50 % of the total weight of the smoke composition; - an inert matrix, made up of one or more phyllosilicates, in a proportion by weight comprised between 25 %-50 % with respect to the total weight of the smoke composition, the at least one phyllosilicate being selected from the group consisting of: sepiolite, vermiculite, talc, attapulgite, biotite, moscovite, lepidolite, margarite, glauconite, chlorite and any combination thereof; - a combustible material, being at least one polysaccharide, in a proportion by weight between 5 %-25 % with respect to the total weight of the smoke composition; - an oxidising material, being potassium chlorate, in a proportion by weight between 5 %-20 % with respect to the total weight of the smoke composition; and - colophony, in an amount comprised between 1 %-25 % of the total weight of the smoke composition. - an active ingredient, being monopersulfate, in an amount by weight comprised between 10 %-30 % of the total weight of the smoke composition, with said active ingredient being included in - a powder matrix comprising one or more stabilisers and excipients selected from the group consisting of: sulfamic acid, sodium dodecylbenzenesulfonate, sodium chloride and any combination thereof; wherein the active ingredient represents between 40 %-60 % of the total powder matrix and active ingredient mixture, and wherein said mixture represents between 20 %-50 % of the total weight of the smoke composition; - an inert matrix, made up of one or more phyllosilicates, in a proportion by weight comprised between 25 %-50 % with respect to the total weight of the smoke composition, the at least one phyllosilicate being selected from the group consisting of: sepiolite, vermiculite, talc, attapulgite, biotite, moscovite, lepidolite, margarite, glauconite, chlorite and any combination thereof; - a combustible material, being at least one polysaccharide, in a proportion by weight between 5 %-25 % with respect to the total weight of the smoke composition; - an oxidising material, being potassium chlorate, in a proportion by weight between 5 %-20 % with respect to the total weight of the smoke composition; and - colophony, in an amount comprised between 1 %-25 % of the total weight of the smoke composition.
A particle separator (110/210) comprising: an inner wall (116/216), an outer wall (114/214) and a splitter (118/218), wherein the inner (116/216) and outer (114/214) walls define an air intake passageway (126/226), and wherein the splitter (118/218) is positioned between the inner (116/216) and outer (114/214) walls so as to define a scavenge air flow passageway (128/228) connected to the intake passageway (126/226) and a main air flow passageway (130/230) connected to the intake passageway (126/226); the inner wall (116/216) having a humped-shaped portion (146/246) between the intake passageway (126/226) and the main air flow passageway (130/230); the humped-shaped portion (146/246) having a peak (150/250) and a radius of curvature at any point on the hump-shaped portion (146/246) of the inner wall (116/216) after the peak (150/250) corresponding to a degree of curvature of from 30 to 60 degrees; characterized in that the particle separator further comprises: a boundary layer control mechanism (292/294,296/298) for providing active boundary layer control along the inner wall (116/216) after the peak (150/250) and within the main air flow passageway (130/230), wherein the boundary layer control mechanism is configured to inject an air flow along an inboard surface of the inner wall. an inner wall (116/216), an outer wall (114/214) and a splitter (118/218), wherein the inner (116/216) and outer (114/214) walls define an air intake passageway (126/226), and wherein the splitter (118/218) is positioned between the inner (116/216) and outer (114/214) walls so as to define a scavenge air flow passageway (128/228) connected to the intake passageway (126/226) and a main air flow passageway (130/230) connected to the intake passageway (126/226); the inner wall (116/216) having a humped-shaped portion (146/246) between the intake passageway (126/226) and the main air flow passageway (130/230); the humped-shaped portion (146/246) having a peak (150/250) and a radius of curvature at any point on the hump-shaped portion (146/246) of the inner wall (116/216) after the peak (150/250) corresponding to a degree of curvature of from 30 to 60 degrees; characterized in that the particle separator further comprises: a boundary layer control mechanism (292/294,296/298) for providing active boundary layer control along the inner wall (116/216) after the peak (150/250) and within the main air flow passageway (130/230), wherein the boundary layer control mechanism is configured to inject an air flow along an inboard surface of the inner wall. a boundary layer control mechanism (292/294,296/298) for providing active boundary layer control along the inner wall (116/216) after the peak (150/250) and within the main air flow passageway (130/230), wherein the boundary layer control mechanism is configured to inject an air flow along an inboard surface of the inner wall.