mhurhangee/ep-ind-claims huggingface dataset:
Storage unit for storing electrical energy, comprising at least one energy store (3, 5) which has at least one positive electrical connection and at least one negative electrical connection, wherein the energy store (3, 5) is designed to be charged with electrical energy by means of the positive electrical connection and the negative electrical connection and to output the electrical energy again by means of the connections (10, 11), wherein the storage unit has an electrically conductive contact rail which is connected to the positive connection and has an electrically conductive contact rail which is connected to the negative connection, wherein the positive connection and the negative connection of the energy store (3, 5) are each formed by an electrically conductive layer, and the contact rails are each in the form of a metal sheet, characterized in that the contact rails (7, 9) each have at least one contact element which is integrally formed on the contact rails with a spring action and which is arranged in a cutout in the contact rail, wherein the contact element has at least two vanes (30, 32, 47, 49, 70, 71) which by way of at least one directional component extend in opposite directions, and the vanes (30, 32, 47, 49, 70, 71) are each connected by means of a weld connection (36, 37, 51, 53), specifically a spot-weld connection, to the electrical connection (10, 11), wherein the contact element has a web (44, 57, 73) and the vanes (30, 32, 47, 49, 70, 71) are each connected to the web (44, 57, 73), wherein the web (44, 57, 73) is connected to the contact rail.
Test device for the semi-quantitative determination of chlorine dioxide in a liquid sample, the test device comprising a first carrier matrix containing at least one amino acid, at least one redox indicator, buffer substances and at least one surfactant, characterized in that the test device comprises at least two carrier matrices (2, 3), the first carrier matrix containing sodium thiosulfate, in that the second carrier matrix contains at least one inorganic iodide salt, starch and/or at least one starch derivative, sodium thiosulfate, buffer substances and at least one surfactant, and in that the compositions of the carrier matrices (2, 3) are selected in such a way that the measuring range 10-2000 mg/L chlorine dioxide is covered by the first carrier matrix and the measuring range 2000-3500 mg/L chlorine dioxide is covered by the second carrier matrix.
Sound deflector for a wind instrument, wherein the sound deflector comprises a sound deflector surface and a device (3, 30) for holding it on the rim (S") of a funnel (S') of the wind instrument, and the device (3, 30) for holding the deflector surface comprises an upper part (5, 50), which is attachable to the inner surface of the funnel (S'), and a lower part (6, 60), which is attachable to the outer side of the funnel (S'), wherein the upper part (5, 50) and lower part (6, 60) are connected to each other by means of a hinge (4, 40), characterized in that the lower part and the upper part each have at least two knobs (9a,b, 10a,b), wherein, for clamping attachment to a funnel of a wind instrument when the upper part (5, 50) and the lower part (6, 60) are brought together, the knobs (9a, 10a, 51) of the upper part (5, 50) relative to the knobs (10a, 10b, 61) of the lower part are arranged laterally displaced relative to their center, and the sound deflector surface is pivotally attached to the hinge of the upper part (5, 50) and lower part (6, 60), and the knobs (9a,b, 10a,b, 51, 61) on the upper part (5, 51) and lower part (6, 60) have rounded edges (9', 10').
A sticky cleaner comprising a catcher (30, 31) to catch matter to be removed, wherein the catcher has an adhesive surface formed of a pressure-sensitive adhesive, and the sticky cleaner satisfies the following properties: in an oily dirt adhesion test to determine an adhered amount of an oily dirt sample, the sticky cleaner shows an adhered amount A 1 of the oily dirt sample per m 2 of the adhesive surface of 200 g/m 2 or greater, wherein the oily dirt sample is prepared by adding 5 parts by weight of edible oil to 100 parts by weight of aggregate having a central particle diameter of 1.20 mm to 1.50 mm; in a moist/wet dirt adhesion test to determine an adhered amount of a moist/wet dirt sample, the sticky cleaner shows an adhered amount B 1 of the moist/wet dirt sample per m 2 of the adhesive surface of 190 g/m 2 or greater, wherein the moist/wet dirt sample is prepared by adding 20 parts by weight of an aqueous solution with 5 % by weight of a surfactant to 100 parts by weight of aggregate having a central particle diameter of 1.20 mm to 1.50 mm; and the sticky cleaner shows at least the adhered amount A 1 of the oily dirt sample or the adhered amount B 1 of the moist/wet dirt sample is 350 g/m 2 or greater. in an oily dirt adhesion test to determine an adhered amount of an oily dirt sample, the sticky cleaner shows an adhered amount A 1 of the oily dirt sample per m 2 of the adhesive surface of 200 g/m 2 or greater, wherein the oily dirt sample is prepared by adding 5 parts by weight of edible oil to 100 parts by weight of aggregate having a central particle diameter of 1.20 mm to 1.50 mm; in a moist/wet dirt adhesion test to determine an adhered amount of a moist/wet dirt sample, the sticky cleaner shows an adhered amount B 1 of the moist/wet dirt sample per m 2 of the adhesive surface of 190 g/m 2 or greater, wherein the moist/wet dirt sample is prepared by adding 20 parts by weight of an aqueous solution with 5 % by weight of a surfactant to 100 parts by weight of aggregate having a central particle diameter of 1.20 mm to 1.50 mm; and
Screwing device comprising a gripping housing and a reducer housing, the said gripping housing comprising a handle and accommodating driving means (12, 121, 13, 14, 15), the said reducer housing accommodating a gear-type reducer, the input of which cooperates with the output of the said driving means (12, 121, 13, 14, 15), the said gear-type reducer comprising a single output cooperating with a rotating terminal component which is intended to cooperate with an element which is to be screwed, the said reducer housing being linked to the said gripping housing by rotating linking means, characterised in that the said rotating linking means comprise means for transmitting to the said gripping housing a reaction torque which is substantially identical in intensity, and opposite in direction, to the reaction torque transmitted by the said gear-type reducer to the said driving means (12, 121, 13, 14, 15), so that a negligible reaction force is transmitted to the said gripping housing when a screwing operation takes place.
Device for lining the backs of book blocks transported individually one after another between transport elements (18, 19) of a conveying apparatus in a conveying direction extending parallel to the backs, each with a material section (10, 10', 10") of a lining material, wherein a laterally fixed, vertical central plane of the conveying apparatus extends centrally between the transport elements (18, 19) and centrally through the book blocks, wherein the lining device has • a feed apparatus providing the lining material transversely to the vertical central plane of the conveying apparatus, • a cross-cutter for separating individual material sections (10, 10', 10") from the lining material, • a support table arranged downstream of the cross-cutter for receiving in each case a separated material section (10, 10', 10"), • a transfer apparatus having two pick up elements (21, 22) spaced apart from each other transversely to the vertical central plane of the conveying apparatus for transferring a separated material section (10, 10', 10") from the support table to the back of a book block to be lined and already previously provided with adhesive, characterized in that at least the cross-cutter, the support table and the transfer apparatus of the lining device form a common adjustment unit, in that both this adjustment unit and also at least a first pick up element are designed to be adjustable transversely to the vertical central plane of the conveying apparatus relative to a second pick up element of the transfer apparatus, in that at least the first pick up element of the transfer apparatus has a first actuating drive and the adjustment unit of the lining device has a second actuating drive, and in that the two actuating drives (28, 36) are operatively connected to a common control unit in such a way that, depending on a length change of a following material section (10, 10', 10") compared to a previous material section (10, 10', 10"), at least the first pick up element and the adjustment unit can be adjusted transversely to the vertical central plane of the conveying apparatus. • a feed apparatus providing the lining material transversely to the vertical central plane of the conveying apparatus, • a cross-cutter for separating individual material sections (10, 10', 10") from the lining material, • a support table arranged downstream of the cross-cutter for receiving in each case a separated material section (10, 10', 10"), • a transfer apparatus having two pick up elements (21, 22) spaced apart from each other transversely to the vertical central plane of the conveying apparatus for transferring a separated material section (10, 10', 10") from the support table to the back of a book block to be lined and already previously provided with adhesive,
A plasma treatment apparatus comprising: a wafer transfer tray having a first surface and a second surface opposite to the first surface, and configured to hold a wafer on the first surface; a cooling unit configured to cool the wafer transfer tray; a conductive supporter configured to support the second surface of the wafer transfer tray; and a double-surface electrostatic attractor (21, 22) configured to monopolarly-electrostatically attract the wafer to the first surface of the wafer transfer tray and to monopolarly-electrostatically attract the supporter to the second surface of the wafer transfer tray, the double-surface electrostatic attractor (21, 22) comprising a conductive member formed of a conductive layer or a conductor, wherein the conductive member and the supporter are attracted to each other via an insulating laver, a direct current voltage application unit configured to apply a direct current voltage is connected to the double-surface electrostatic attractor (21, 22) and a ground section is connected to the supporter such that the supporter has a ground potential with respect to the direct current voltage. a wafer transfer tray having a first surface and a second surface opposite to the first surface, and configured to hold a wafer on the first surface; a cooling unit configured to cool the wafer transfer tray; a conductive supporter configured to support the second surface of the wafer transfer tray; and a double-surface electrostatic attractor (21, 22) configured to monopolarly-electrostatically attract the wafer to the first surface of the wafer transfer tray and to monopolarly-electrostatically attract the supporter to the second surface of the wafer transfer tray, the double-surface electrostatic attractor (21, 22) comprising a conductive member formed of a conductive layer or a conductor, wherein the conductive member and the supporter are attracted to each other via an insulating laver, a direct current voltage application unit configured to apply a direct current voltage is connected to the double-surface electrostatic attractor (21, 22) and a ground section is connected to the supporter such that the supporter has a ground potential with respect to the direct current voltage.
A method of wireless communication, comprising: identifying a plurality of resource elements of at least one physical resource block, PRB, pair for transmitting one or more control channels; dividing the plurality of identified resource elements into one or more groups; characterised by restricting a plurality of resource elements in a respective group of the one or more groups to a same traffic-to-pilot ratio, TPR. identifying a plurality of resource elements of at least one physical resource block, PRB, pair for transmitting one or more control channels; dividing the plurality of identified resource elements into one or more groups; characterised by restricting a plurality of resource elements in a respective group of the one or more groups to a same traffic-to-pilot ratio, TPR.
A blade for a shutter comprising one insulating section having two substantially parallel main walls and slots located between the main walls, with the blade comprising at least two metal flanges clipped onto the insulating section and respectively covering one of the main walls, with the flanges being so configured as to cover the entirety of the main walls of the insulating section, characterized in that the insulating section consists of a single rigid and monolithic section.
A stamp, comprising: a base substrate; a material over the base substrate and comprising a trench; and a self-assembled block copolymer film within the trench and defining a stamping surface comprising an ordered array of polymer domains comprising: a first polymer block having affinity for and swellable by absorption of an ink chemical comprising a functional group chemically reactive with a receptor substrate; and a second polymer block having substantially no affinity for and not swellable by the ink chemical. a base substrate; a material over the base substrate and comprising a trench; and a self-assembled block copolymer film within the trench and defining a stamping surface comprising an ordered array of polymer domains comprising: a first polymer block having affinity for and swellable by absorption of an ink chemical comprising a functional group chemically reactive with a receptor substrate; and a first polymer block having affinity for and swellable by absorption of an ink chemical comprising a functional group chemically reactive with a receptor substrate; and a second polymer block having substantially no affinity for and not swellable by the ink chemical.
A drive device having an internal combustion engine; • which has an intake manifold connected to an air intake line and • which has an outlet manifold connected to an exhaust line; having an engine air filter, • which is arranged in the air intake line and • which has a clean air region; having a secondary air pump, • which has a pump inlet and a pump outlet; having an air feed line (12, 12'), • which connects the clean air region by means of a first inlet and an outlet of a first control valve to the pump inlet of the secondary air pump; and having a secondary air supply line, • which can be connected at one side via the pump outlet of the secondary air pump, a second control valve, a secondary air valve, the first control valve and the air feed line (12, 12') to the clean air region of the air filter, and • which is flow-connected at the other side to the outlet manifold, characterized by a fuel ventilation line which connects a fuel tank to a second inlet of the first control valve and via the first control valve, the secondary air pump and the second control valve to a fuel vapor bypass line which opens via a connecting piece into that line portion of the air feed line (12, 12') which is arranged upstream of the pump inlet. • which has an intake manifold connected to an air intake line and • which has an outlet manifold connected to an exhaust line; having an engine air filter, • which is arranged in the air intake line and • which has a clean air region; having a secondary air pump, • which has a pump inlet and a pump outlet; having an air feed line (12, 12'), • which connects the clean air region by means of a first inlet and an outlet of a first control valve to the pump inlet of the secondary air pump; and having a secondary air supply line, • which can be connected at one side via the pump outlet of the secondary air pump, a second control valve, a secondary air valve, the first control valve and the air feed line (12, 12') to the clean air region of the air filter, and • which is flow-connected at the other side to the outlet manifold,
A pigment composition for preparing matt coatings, characterized in that said pigment composition comprises titanium dioxide particles having a bimodal mass-related particle size distribution, in which the first particle fraction has a mean particle size of from 0.2 to 0.5 μm, preferably of from 0.2 to 0.4 μm, and in which the second particle fraction has a mean particle size within a range of from 2 to 200 μm, preferably from 2 to 100 μm, more preferably from 2 to 50 μm, and most preferably from 2 to 20 μm, and in which the first and second particle fractions have been subjected to a surface treatment.
Method for monitoring for collisions in an industrial truck having sensor means for capturing a surrounding area, having driving speed capture means and having a controller which can capture an obstacle from a signal from the sensor means and can determine a distance between the obstacle and the industrial truck, wherein the controller determines a collision risk mode in which a warning signal and/or intervention in vehicle functions is/are effected, in particular a deceleration of the driving speed of the industrial truck, characterized in that the controller uses the distance to determine a relative speed of the obstacle with respect to the industrial truck and compares the relative speed with a driving speed of the industrial truck from the driving speed capture means in the direction of the obstacle, and, if the relative speed is less than the driving speed of the industrial truck in the direction of the obstacle and the relative speed between the industrial truck and the obstacle is zero, changes over to a special mode in which a warning signal and/or intervention in vehicle functions is/are not effected.
A tablet comprising an edible low melting point compound selected from the group consisting of hydrogenated oil, polyethylene glycol, synthetic glycerides, semisynthetic glycerides, partially hydrogenated oil, palm oil, palm butter, wax and cocoa butter wherein said low melting point compound melts or softens at or below 37°C, a water soluble excipient and an active ingredient which is ibuprofen and optionally one or more additional compounds that have some pharmacological property, wherein the low melting point compound comprises from 0.01% to 2% (wt/wt) of the tablet, the water soluble excipient comprises 25% to 97.5% (wdwt) of the tablet, and wherein the tablet has a hardness of 2.0 kP or lower.
A sensor device comprising: a shaft; a pair of electrical wires running along the shaft; a sensing head (14, 15) at a distal end of the shaft connected to the pair of electrical wires, wherein the sensing head comprises: a first sensor configured to be driven with sensor driving signals and/or generate sensor sensing signals carried by the pair of electrical wires in a first frequency range and a first voltage range; a second sensor configured to be driven with sensor driving signals and/or generate sensor sensing signals carried by the pair of electrical wires in a second frequency range higher than the first frequency range and a second voltage range different to the first voltage range; and a shorting circuit (32, 34, 36) comprising a shorting switch and a frequency-dependent filter circuit for controlling the switching of the shorting switch, wherein the shorting circuit is adapted to short the first sensor based on frequency by closing the shorting switch when signals in the second frequency range are present on the pair of electrical wires, thereby to prevent the first sensor being exposed to signals associated with the second sensor. a shaft; a pair of electrical wires running along the shaft; a sensing head (14, 15) at a distal end of the shaft connected to the pair of electrical wires, wherein the sensing head comprises: a first sensor configured to be driven with sensor driving signals and/or generate sensor sensing signals carried by the pair of electrical wires in a first frequency range and a first voltage range; a second sensor configured to be driven with sensor driving signals and/or generate sensor sensing signals carried by the pair of electrical wires in a second frequency range higher than the first frequency range and a second voltage range different to the first voltage range; and a first sensor configured to be driven with sensor driving signals and/or generate sensor sensing signals carried by the pair of electrical wires in a first frequency range and a first voltage range; a second sensor configured to be driven with sensor driving signals and/or generate sensor sensing signals carried by the pair of electrical wires in a second frequency range higher than the first frequency range and a second voltage range different to the first voltage range; and a shorting circuit (32, 34, 36) comprising a shorting switch and a frequency-dependent filter circuit for controlling the switching of the shorting switch, wherein the shorting circuit is adapted to short the first sensor based on frequency by closing the shorting switch when signals in the second frequency range are present on the pair of electrical wires, thereby to prevent the first sensor being exposed to signals associated with the second sensor.
Method for manufacturing a floating dam or island, by - pre-fabricating a plurality of modular hollow bodies having a generally parallelepiped shape and made of ferro-cement or similar materials with longitudinal, transversal and vertical reinforcing rods at least in part projecting outwards, characterised in that the method further comprises the following steps: - laying a first group of said modular bodies to float on a water surface, positioning said modular bodies in mutual side-to-side arrangement so as to delimit therebetween intermediate gaps within which said reinforcing rods are protruding; - performing a first concrete casting into said gaps and over said modular bodies so as to render them mutually joined through vertical counter-walls and a horizontal slab, - laying a second group of said modular bodies over said first group and performing a second concrete casting in order to join said first and second group together, - proceeding likewise by laying additional groups of modular bodies and performing further concrete castings up to obtaining a monolithic block having the desired floating dam or island configuration, wherein the step of laying at least part of said additional groups of modular bodies is preceded by a stage for the controlled flooding of the modular bodies beneath. - pre-fabricating a plurality of modular hollow bodies having a generally parallelepiped shape and made of ferro-cement or similar materials with longitudinal, transversal and vertical reinforcing rods at least in part projecting outwards, - laying a first group of said modular bodies to float on a water surface, positioning said modular bodies in mutual side-to-side arrangement so as to delimit therebetween intermediate gaps within which said reinforcing rods are protruding; - performing a first concrete casting into said gaps and over said modular bodies so as to render them mutually joined through vertical counter-walls and a horizontal slab, - laying a second group of said modular bodies over said first group and performing a second concrete casting in order to join said first and second group together, - proceeding likewise by laying additional groups of modular bodies and performing further concrete castings up to obtaining a monolithic block having the desired floating dam or island configuration,