mhurhangee/ep-ind-claims huggingface dataset:
Wind turbine rotor blade, comprising an at least partially hollow blade body extending from a root to a tip, which blade body is provided with at least one drain hole connecting the hollow inner with the outer surrounding for draining accumulated water from the inner to the surrounding through the drain hole, which drain hole is positioned in an area close to the tip, characterised in that the drain hole is closed with a removable plug-like closing means having at least one drain bore for draining the water, wherein the plug-like closing means has at least one engagement means engaging with the blade body for fixing the closing means in the drain hole.
A method for manufacturing a container for storing liquids, comprising the steps of: (a) preparing a container including an inner layer including a storage space for storing liquids; an outer layer; and at least one spacer fastened between the inner layer and the outer layer to form a plurality of compartments, the spacer including a first surface secured to an adhesive layer of the inner layer, the first surface having a plurality of cavities, and a second surface secured to the outer layer; (b) pressurizing and heating, wherein heat and pressure are exerted on the adhesive layer simultaneously in a direction from the storage space to the outer layer, the adhesive layer is melted and deformed into the cavities; wherein the adhesive layer is a fluorine-containing thermoplastic and is heated to a temperature higher than the melting point of the adhesive layer; (c) cooling wherein the portions of the adhesive layer melted and deformed in the cavities are cooled so as to form a plurality of projections complementarily secured to the cavities; and (d) finishing so that a container for storing liquids is produced. (a) preparing a container including an inner layer including a storage space for storing liquids; an outer layer; and at least one spacer fastened between the inner layer and the outer layer to form a plurality of compartments, the spacer including a first surface secured to an adhesive layer of the inner layer, the first surface having a plurality of cavities, and a second surface secured to the outer layer; (b) pressurizing and heating, wherein heat and pressure are exerted on the adhesive layer simultaneously in a direction from the storage space to the outer layer, the adhesive layer is melted and deformed into the cavities; wherein the adhesive layer is a fluorine-containing thermoplastic and is heated to a temperature higher than the melting point of the adhesive layer; (c) cooling wherein the portions of the adhesive layer melted and deformed in the cavities are cooled so as to form a plurality of projections complementarily secured to the cavities; and (d) finishing so that a container for storing liquids is produced.
A guiding vehicle for use in an intralogistics system, wherein the guiding vehicle is remote controlled or autonomous and configured to be connected to a self-propelled load bearing cart, and guide and control the propulsion of the self-propelled load bearing cart such that the self-propelled load bearing cart can transport a load in the intralogistics system, the guiding vehicle comprising: a mechanical connector for mechanically connecting the guiding vehicle to the self-propelled load bearing cart, and a connector for transferring data, wherein: the guiding vehicle is configured to: receive navigation data from the self-propelled load bearing cart, using the connector for transferring data, in the form of information concerning the movement of a drive wheel of the self-propelled load bearing cart obtained from at least one motor of the self-propelled load bearing cart or from at least one encoder connected to the drive wheel, and guide the self-propelled load bearing cart, characterized in that the guiding vehicle further comprises an actuator for completely lifting the guiding vehicle from the floor surface, when the guiding vehicle is connected to the self-propelled load bearing cart. a mechanical connector for mechanically connecting the guiding vehicle to the self-propelled load bearing cart, and a connector for transferring data, wherein: the guiding vehicle is configured to: receive navigation data from the self-propelled load bearing cart, using the connector for transferring data, in the form of information concerning the movement of a drive wheel of the self-propelled load bearing cart obtained from at least one motor of the self-propelled load bearing cart or from at least one encoder connected to the drive wheel, and guide the self-propelled load bearing cart, characterized in that the guiding vehicle further comprises an actuator for completely lifting the guiding vehicle from the floor surface, when the guiding vehicle is connected to the self-propelled load bearing cart. receive navigation data from the self-propelled load bearing cart, using the connector for transferring data, in the form of information concerning the movement of a drive wheel of the self-propelled load bearing cart obtained from at least one motor of the self-propelled load bearing cart or from at least one encoder connected to the drive wheel, and guide the self-propelled load bearing cart, characterized in that the guiding vehicle further comprises an actuator for completely lifting the guiding vehicle from the floor surface, when the guiding vehicle is connected to the self-propelled load bearing cart.
A process of preparation of cis -2-acetyl-1,2,3,4,5,6,7,8-octahydro-1,2,8,8-tetramethylnaphthalene ("β-GW") from cis -1-[1,2-dimethyl-4(4-methyl-pent-3-enyl)-cyclohex-3-enyl]-ethanone ("Ψ-GW"), comprising the reaction in the absence of solvent or in the presence of a non-complexing solvent of Ψ-GW with a combination of aluminium trihalide and a catalytic amount of organoaluminium dihalide, there being present one molar equivalent maximum of aluminium trihalide, the total of aluminium trihalide and organoaluminium halide being greater than one molar equivalent.
Measuring apparatus for in-vehicle weight measurement of a vehicle, comprising a spring lug having a first lug end for connection to a structural element of the vehicle and a second lug end for connection to a leaf spring element of a leaf spring of the vehicle, wherein the spring lug has a sensor element, which is arranged between the first lug end and the second lug end, for measuring a deformation of the spring lug, characterized in that the sensor element has a sensor body with clamping lugs (50, 50') which receive the spring lug between them, and in that the sensor body is connected to the spring lug by means of clamping.
A display control device, comprising: a display capable of displaying a stereoscopic image; an input device (122, 154, 161, 162); operation input acceptance means (100; S104, S108) configured for accepting an operation input from said input device; zoom control means (100; S114) configured for performing zoom processing of said stereoscopic image based on said operation input accepted by said operation input acceptance means; parallax control means (100; S116) configured for adjusting parallax of said stereoscopic image based on said operation input accepted by said operation input acceptance means; and display control means (100; S118) configured for causing said display to display the stereoscopic image subjected to zoom processing by said zoom control means, with parallax adjusted by said parallax control means, characterized in that said input device includes a user interface screen for outputting at least a two-dimensional value as an operation input in response to a user's single pointing operation on said user interface screen, said two-dimensional value being based on the coordinates of a pointed position in a first axial direction and in a second axial direction of said user interface screen; said zoom control means performs zoom processing of said stereoscopic image based on the coordinate of said pointed position in said first axial direction; and said parallax control means adjusts parallax of said stereoscopic image based on the coordinate of said pointed position in said second axial direction, independent of the zoom processing. a display capable of displaying a stereoscopic image; an input device (122, 154, 161, 162); operation input acceptance means (100; S104, S108) configured for accepting an operation input from said input device; zoom control means (100; S114) configured for performing zoom processing of said stereoscopic image based on said operation input accepted by said operation input acceptance means; parallax control means (100; S116) configured for adjusting parallax of said stereoscopic image based on said operation input accepted by said operation input acceptance means; and display control means (100; S118) configured for causing said display to display the stereoscopic image subjected to zoom processing by said zoom control means, with parallax adjusted by said parallax control means,
A body for a land vehicle comprising: a substantially vertical outer wall, said outer wall extending in a horizontal longitudinal direction; a technical compartment comprising an opening onto said outer wall; and at least one closing device capable of reversibly closing the technical compartment, said closing device being movable between an open configuration and a closed configuration; the body being characterised in that: the closure device comprises: a panel fixed to the outer wall and covering the opening of the technical compartment, said panel comprising a first and a second aperture aligned in the longitudinal direction; a first flap associated with the first aperture; and a second flap associated with the second aperture; and a first rail (36, 38) fixed to the panel, each of the first and second flaps comprising means (70, 72, 74, 76) for sliding in said first rail, each of the first and second flaps being movable relative to the first rail between an open configuration and a closed configuration, said open and closed configurations corresponding respectively to the opening and closing of the aperture associated with said flap. the closure device comprises: a panel fixed to the outer wall and covering the opening of the technical compartment, said panel comprising a first and a second aperture aligned in the longitudinal direction; a first flap associated with the first aperture; and a second flap associated with the second aperture; and a first rail (36, 38) fixed to the panel, each of the first and second flaps comprising means (70, 72, 74, 76) for sliding in said first rail, each of the first and second flaps being movable relative to the first rail between an open configuration and a closed configuration, said open and closed configurations corresponding respectively to the opening and closing of the aperture associated with said flap.
A method of treating pollutants contained in exhaust gases circulating in an exhaust line and generated by combustion in at least one cylinder of an internal-combustion engine, notably for a motor vehicle, said line comprising at least one selective catalytic reduction SCR catalyst for treating the nitrogen oxides (NOx) contained in these gases and at least one reducing agent injection means, characterized in that the method consists in: - forming ammonium nitrate in SCR catalyst in order to have a controlled amount of ammonium nitrate deposited in said catalyst so as to generate the desired exotherm by exothermic decomposition to accelerate the temperature rise of the SCR catalyst or to maintain the temperature of this catalyst so as to make the nitrogen oxides (NOx) treatment by SCR catalysis operational earlier, - carrying out decomposition of the ammonium nitrate by external energy supply for exhaust gas temperatures below approximately 200°C using a hydrocarbon to increase the ammonium nitrate sensitivity so as to obtain a highly exothermic decomposition of this nitrate. - forming ammonium nitrate in SCR catalyst in order to have a controlled amount of ammonium nitrate deposited in said catalyst so as to generate the desired exotherm by exothermic decomposition to accelerate the temperature rise of the SCR catalyst or to maintain the temperature of this catalyst so as to make the nitrogen oxides (NOx) treatment by SCR catalysis operational earlier, - carrying out decomposition of the ammonium nitrate by external energy supply for exhaust gas temperatures below approximately 200°C using a hydrocarbon to increase the ammonium nitrate sensitivity so as to obtain a highly exothermic decomposition of this nitrate.
An assembly for securing a bundle, the assembly comprising: a metal locking tie having a tie head and a tie body, wherein the tie head includes a locking ball and a bottom portion with an opening; and a support clip connected to the metal locking tie, wherein a bottom portion of the support clip covers a bottom portion of the tie head. a metal locking tie having a tie head and a tie body, wherein the tie head includes a locking ball and a bottom portion with an opening; and a support clip connected to the metal locking tie, wherein a bottom portion of the support clip covers a bottom portion of the tie head.
Method for preparing a residue originating from a fermenter reactor, in the form of digestate, as mashing substrate for solid or solids-containing organic biomass for biomass generation, in which solid-liquid separation of the residue is performed, the liquid portion is supplied as a thin-running substance to an isolated reaction container, in which the thin-running substance is subjected to anaerobic ammonium oxidation using anammox organisms to reduce the ammonium concentration in a submersion method, the coenosis of the reaction container being kept at a temperature of between 35 and 45 °C, and, after a retention time in the reaction container has elapsed, the nitrogen-depleted substrate is mixed as process water into a biomass intended for the biogas fermentation, and guided together therewith to a hydrolysis as the first step of a biogas process, the anammox organisms, as autotrophic organisms, using a carbon dioxide, which occurs diversely in the hydrolysis, in the form of water-soluble hydrogen carbonate as a growth substrate, and thus decreasing a relative carbon dioxide content in the hydrolysis gas and in the final biogas, and advance swelling of the biomass taking place when the low-nitrogen process water is used as mashing water at the temperature of between 35 and 45 °C.
Housing element for food applications for fixing against a machine frame comprising a casing made of metallic material, a cover made of composite material and having a bottom surface closed or provided with a through-hole, a system for securing the cover on the casing comprising at least two steps which are formed on the cover and which engage with interference inside at least two corresponding grooves formed on the casing, said housing element being characterized in that the groove is shaped like a "T" consisting of a core and two wings (35, 35') symmetrical with respect to the core and terminating in side surfaces and in that securing is also achieved by rotating the cover about its axis of symmetry in one of the two possible directions of rotation so that the step, depending on the direction of rotation imparted to the cover, engages with one of the two wings (35, 35').
A method of washing a dishwashing load comprising glass items in an automatic dishwasher in the presence of orthophosphate, the method comprising the steps of: 1) subjecting the load to wash water comprising from 0.5 to 10 ppm of orthophosphate expressed as elementary phosphorous; and 2) providing from 10 g to 20 g of an automatic dishwashing composition comprising: a) from 1 to 15% by weight of the composition of a first polymer comprising: i) carboxylic acid monomers; ii) monomers comprising a sulfonic acid group; wherein the monomers comprising a sulfonic acid group represent more than 10% of the polymer on a molar basis; b) from 0.5 to 5% by weight of the composition of a phosphonate; c) a bleach system comprising bleach and a bleach catalyst; and d) less than 1% of polyphosphate. 1) subjecting the load to wash water comprising from 0.5 to 10 ppm of orthophosphate expressed as elementary phosphorous; and 2) providing from 10 g to 20 g of an automatic dishwashing composition comprising: a) from 1 to 15% by weight of the composition of a first polymer comprising: i) carboxylic acid monomers; ii) monomers comprising a sulfonic acid group; wherein the monomers comprising a sulfonic acid group represent more than 10% of the polymer on a molar basis; b) from 0.5 to 5% by weight of the composition of a phosphonate; c) a bleach system comprising bleach and a bleach catalyst; and d) less than 1% of polyphosphate. a) from 1 to 15% by weight of the composition of a first polymer comprising: i) carboxylic acid monomers; ii) monomers comprising a sulfonic acid group; wherein the monomers comprising a sulfonic acid group represent more than 10% of the polymer on a molar basis; i) carboxylic acid monomers; ii) monomers comprising a sulfonic acid group; wherein the monomers comprising a sulfonic acid group represent more than 10% of the polymer on a molar basis; b) from 0.5 to 5% by weight of the composition of a phosphonate; c) a bleach system comprising bleach and a bleach catalyst; and d) less than 1% of polyphosphate.
A sensor for detecting moisture associated with at least one of urination and excretion into an incontinence garment, the sensor comprising: a sensing unit, and an activation unit comprising: a switch comprising at least two spaced-apart electrodes; a controllable switch arranged in series with the sensing unit; and a latching circuit connected to the switch and to a control terminal of the controllable switch, wherein the latching circuit of the activation unit is configured to activate the sensing unit on introduction of said moisture between said electrodes of the switch by closing the controllable switch to connect the sensing unit to a power supply. a sensing unit, and an activation unit comprising: a switch comprising at least two spaced-apart electrodes; a controllable switch arranged in series with the sensing unit; and a latching circuit connected to the switch and to a control terminal of the controllable switch, wherein the latching circuit of the activation unit is configured to activate the sensing unit on introduction of said moisture between said electrodes of the switch by closing the controllable switch to connect the sensing unit to a power supply. a switch comprising at least two spaced-apart electrodes; a controllable switch arranged in series with the sensing unit; and a latching circuit connected to the switch and to a control terminal of the controllable switch, wherein the latching circuit of the activation unit is configured to activate the sensing unit on introduction of said moisture between said electrodes of the switch by closing the controllable switch to connect the sensing unit to a power supply.
Portable object including a case and a bracelet or strap, said case including a middle part from which two pairs of horns extend, the horns of each pair being connected by a guide element defining a space in conjunction with the middle part, said portable object including securing means including a locking part inserted in each end of the bracelet or strap and at least one groove located on the middle part, said securing means being arranged to allow each end of the bracelet or strap to penetrate the space defined by the middle part and the horns of each pair connected by said guide element and to cooperate elastically with said groove and with the guide element for the locking thereof, the locking part including a support inserted in each end of the bracelet or strap and a resilient element cooperating with the groove located on the middle part of the portable object to hold the bracelet or strap in said space, characterized in that the support includes a base from which a head extends, said support being inserted in one end of the bracelet or strap such that, when the bracelet or strap is secured to the case, the head occupies the space defined by the middle part and the horns of each pair connected by a guide element, and in that the surface of the head opposite the middle part during the securing operation, includes a housing in which the resilient element is secured.
A method for identifying a rotational orientation of an implanted electrical stimulation lead (12, 100, 300), the method comprising: obtaining a plurality of radiological images of the lead (12, 100, 300) generated using an imaging technique, the lead comprising a lead body (110, 302), a plurality of segmented electrodes (130, 330) disposed along a distal portion of the lead body, and an asymmetric marker disposed along the distal portion of the lead body and comprising a longitudinal band that extends around a portion of a circumference of the lead body and defines a marker window extending around a remainder of the circumference of the lead body and opposite the longitudinal band, wherein the asymmetric marker and lead body are distinguishable from each other in the radiological images, wherein each segmented electrode extends around no more than 50% of a circumference of the lead body; generating an isosurface image from the plurality of radiological images and displaying the isosurface image on a display device, wherein the isosurface image comprises an image of the longitudinal band of the marker; identifying a bulge in the isosurface image corresponding the longitudinal band of the marker; determining a predicted rotational orientation of the lead based on the bulge in the isosurface image; and determining a rotational orientation of the lead by correcting the predicted rotational orientation of the lead based on at least one parameter of the imaging technique used to generate the radiological images. obtaining a plurality of radiological images of the lead (12, 100, 300) generated using an imaging technique, the lead comprising a lead body (110, 302), a plurality of segmented electrodes (130, 330) disposed along a distal portion of the lead body, and an asymmetric marker disposed along the distal portion of the lead body and comprising a longitudinal band that extends around a portion of a circumference of the lead body and defines a marker window extending around a remainder of the circumference of the lead body and opposite the longitudinal band, wherein the asymmetric marker and lead body are distinguishable from each other in the radiological images, wherein each segmented electrode extends around no more than 50% of a circumference of the lead body; generating an isosurface image from the plurality of radiological images and displaying the isosurface image on a display device, wherein the isosurface image comprises an image of the longitudinal band of the marker; identifying a bulge in the isosurface image corresponding the longitudinal band of the marker; determining a predicted rotational orientation of the lead based on the bulge in the isosurface image; and determining a rotational orientation of the lead by correcting the predicted rotational orientation of the lead based on at least one parameter of the imaging technique used to generate the radiological images.