mhurhangee/ep-ind-claims huggingface dataset:
A construction element including: - a first wall defining a front face and a second wall defining a rear face, the first and second walls (8, 9) being spaced apart in a longitudinal direction; - a third wall and a fourth wall respectively defining a first flank and a second flank that are spaced apart in a transverse direction, and each connecting the first and second walls (8, 9), and wherein first edge faces of each one of the first, second, third and fourth walls (8, 9, 10, 11) define a base face, and second edge faces of each one of the first, second, third and fourth walls (8, 9, 10, 11) define another face, opposite to the base face in a height direction, characterised in that the second wall defines a rear face parallel to the front face and includes a portion whose thickness increases linearly in the direction of the base face joining the third and fourth walls (10, 11) and forming an inclined internal face of the second wall, on the opposite side from the rear face, in that the portion whose thickness increases linearly is followed, opposite to the third and fourth walls (10, 11), by a terminal portion of constant thickness and in that the terminal portion extends beyond the upper end of the front face at the other face. - a first wall defining a front face and a second wall defining a rear face, the first and second walls (8, 9) being spaced apart in a longitudinal direction; - a third wall and a fourth wall respectively defining a first flank and a second flank that are spaced apart in a transverse direction, and each connecting the first and second walls (8, 9), and wherein first edge faces of each one of the first, second, third and fourth walls (8, 9, 10, 11) define a base face, and second edge faces of each one of the first, second, third and fourth walls (8, 9, 10, 11) define another face, opposite to the base face in a height direction, characterised in that the second wall defines a rear face parallel to the front face and includes a portion whose thickness increases linearly in the direction of the base face joining the third and fourth walls (10, 11) and forming an inclined internal face of the second wall, on the opposite side from the rear face, in that the portion whose thickness increases linearly is followed, opposite to the third and fourth walls (10, 11), by a terminal portion of constant thickness and in that the terminal portion extends beyond the upper end of the front face at the other face.
A synthetic nutritional composition for infants comprising: a. 60-85 kcal/100ml energy, b. 3.9-6 g/100ml lipid, and c. 600-810 mg/100ml linoleic acid, wherein the composition is especially adapted to the nutritional needs of a male infant or child, and wherein the quantities of all the nutrients reflect the amounts of nutrients present in the final liquid product to be consumed. a. 60-85 kcal/100ml energy, b. 3.9-6 g/100ml lipid, and c. 600-810 mg/100ml linoleic acid,
An array of interconnected structural modules (10, 406) which forms an area suitable for walking on and/or for travelling directly over by a vehicle, wherein each structural module comprises a flat top wall and a bottom wall spaced therefrom by side walls so as to define a volume between the top and bottom walls, the top wall being provided with a plurality of apertures to permit the flow of liquid into the volume and the side walls and / or the bottom wall being provided with apertures (18, 19) to permit the flow of liquid out of the volume, characterised in that a flexible surface layer on which a person is to walk is provided over the top walls of the modules without an intervening rigid layer, and wherein the size and shape of each aperture in the top wall is such that there is substantially no variation in the flatness of the flexible surface layer.
A crusher for mineral materials or recycled materials, in particular rotary impact crusher or jaw crusher, having a crusher unit, which has a movable first crusher body, in particular a rotor or a crusher jaw, wherein a second crusher body, in particular an impact rocker or a crusher jaw, is assigned to the first crusher body, wherein a crushing gap is formed between the crusher bodies (11, 14), wherein an overload triggering device is coupled to the first crusher body or to the second crusher body, which overload triggering device has a hydraulic cylinder and which overload triggering device is designed to permit a motion of the coupled crusher body (11, 14) increasing the width of the crushing gap, wherein the hydraulic cylinder has a pressure chamber, which is delimited by means of a piston, and wherein the overload triggering device has a pressure valve, which, in its open position, establishes a fluid-conveying connection between the pressure chamber and a low-pressure area and, in the closed valve position, blocks this connection, wherein the overload triggering device has a high-pressure valve, which, as a result of an overload situation, in its open position establishes a fluid-conveying connection between the pressure chamber of the hydraulic cylinder and a low-pressure area and, after the overload situation has ended, is moved into a closed position to block this connection, and wherein the triggering pressure required to open the pressure valve is lower than the triggering pressure required to open the high-pressure valve.
Process for the preparation of a composition comprising a carotenoid ingredient, which process includes the following steps: a) prepare an aqueous suspension comprising a pectin, wherein the pectin used has a degree of esterification below 50%; b) add a composition comprising at least 0.5% by weight (based on the dry weight of the final composition) of a carotenoid or mixture of carotenoids and, optionally, an oil to the suspension as prepared in step a), c) emulsify the mixture, d) spray the emulsion as prepared in step c) into a bath of an aqueous solution of a salt of a cation of two or more valencies, e) separate the formed microparticles from the bath and, optionally, wash the microparticles, and f) optionally dry the microparticles obtained in step e). a) prepare an aqueous suspension comprising a pectin, wherein the pectin used has a degree of esterification below 50%; b) add a composition comprising at least 0.5% by weight (based on the dry weight of the final composition) of a carotenoid or mixture of carotenoids and, optionally, an oil to the suspension as prepared in step a), c) emulsify the mixture, d) spray the emulsion as prepared in step c) into a bath of an aqueous solution of a salt of a cation of two or more valencies, e) separate the formed microparticles from the bath and, optionally, wash the microparticles, and f) optionally dry the microparticles obtained in step e).
A vehicle supercharger assembly comprising: a dual generator comprising first and second co-axial relatively rotatable armatures (14a, 14b), and a first disengageable clutch between the armatures (14a, 14b), said first armature being adapted for permanent drive from a source of motive power, and said second armature being driven by said first armature on engagement of said first clutch; a supercharger impeller, the second armature driving the impeller mechanically via an epicyclic gear train; an electric motor coupled to the gear train and operable to adjust the rotational speed of the impeller; and a second clutch for selectively locking and unlocking the epicyclic gear train; wherein the second armature drives said impeller mechanically via the annulus and planets of the epicyclic gear train and said electric motor drives the planet carrier of the epicyclic gear train; wherein the electric motor comprises a third armature which is arranged coaxially with the first and second armatures (14a, 14b); wherein the electric motor provides variable, bi-directional drive to adjust the rotational speed of the supercharger impeller when the gear train is not locked; and wherein, in use, the electric motor is electrically driven on demand from a generator comprising the second armature. a dual generator comprising first and second co-axial relatively rotatable armatures (14a, 14b), and a first disengageable clutch between the armatures (14a, 14b), said first armature being adapted for permanent drive from a source of motive power, and said second armature being driven by said first armature on engagement of said first clutch; a supercharger impeller, the second armature driving the impeller mechanically via an epicyclic gear train; an electric motor coupled to the gear train and operable to adjust the rotational speed of the impeller; and a second clutch for selectively locking and unlocking the epicyclic gear train; wherein the second armature drives said impeller mechanically via the annulus and planets of the epicyclic gear train and said electric motor drives the planet carrier of the epicyclic gear train; wherein the electric motor comprises a third armature which is arranged coaxially with the first and second armatures (14a, 14b); wherein the electric motor provides variable, bi-directional drive to adjust the rotational speed of the supercharger impeller when the gear train is not locked; and wherein, in use, the electric motor is electrically driven on demand from a generator comprising the second armature.
An organosilicon composition comprising silicon-modified crumb rubber particles having from 0.1% to 10% by weight bound silicon present as C-Si bonds, wherein a carbon to silicon covalent bond was created by a reaction between an unsaturation in a crumb rubber particle and a silicon hydride having the formula: R x Si y H z, wherein R is selected from the group consisting of (a) monovalent hydrocarbon radicals or substituted hydrocarbon radicals from C1 to C20, including alkyl radicals, straight chain or branched, C3 to C6 cycloalkyl radicals, aryl radicals, and alkaryl radicals; (b) halogen atoms; (c) -OR' (alkoxy) radicals; (d) -OCR" (carboxy) radicals; and (e) -COOR'" (ester) radicals; and wherein z has a value of 1 to 3 inclusive, x has a value of 0 to 3 inclusive, and y ranges from 1 to 10; and further, if x is greater than 1, the R moieties may be the same or different.
A method of inhibiting biocorrosion of a metal, comprising placing an agent comprising 1,9-nonanedial and/or 2-methyl-1,8-octanedial as an active ingredient in an environment where a microorganism causing the biocorrosion is present.
A multi-storey goods storage arrangement comprising a plurality of levels of storage lines, arranged in parallel, transport lines, said transport lines extending perpendicular to said storage lines between opposing ends of two sets of said storage lines, transport carts and first shuttles, wherein each transfer cart supports a first shuttle, wherein said transfer carts, are operable along said transport lines, wherein said first shuttles are supported on a rail system in a lower section of said transfer carts, wherein said first shuttles are arranged to move away from said transfer carts into said storage lines, wherein a corresponding rail system extends along said storage lines to allow said shuttles to transport pallets to and from selected positions along said storage lines, characterized in that said transport lines also have a plurality of levels, wherein along each level of said transport lines a transport cart operates, wherein said multi-storey goods storage arrangement further comprises top shuttles, wherein each transfer cart supports a top shuttle, wherein said top shuttles, are suspended from a top rail arrangement of said transfer carts and moveable out from said transfer carts into a suspension rail arrangement in said storage lines, and wherein said top shuttles comprise lifting means arranged on said top shuttles configured to lift goods from a pallet stored in said storage lines, and to transport lifted goods to a pallet placed on said transfer carts.
A fan comprising: a main plate fixed to a rotation axis of a driving device; a shroud including an air inlet; and an impeller including n number of blades, where n is 5 to 9, between the main plate and the shroud, tip ends of leading edges of the respective blades being arranged along a circle around the rotation axis, where an angle formed by the tip ends of the leading edges of the two adjacent blades and the rotation axis is an attachment pitch angle α, and wherein the blades are three-dimensional blades having a form twisted between the shroud and the main plate, characterised in that the magnitude of each of the attachment pitch angles α is different and the attachment pitch angles α are α 1,..., α m-1, α m, α m+1,..., α n in ascending order of magnitude of the angle, and the blades are arranged in such a manner that attachment pitch angles on both sides of the attachment pitch angle α m, where 2 ≤ m ≤ n-1, are not a combination of the attachment pitch angle α m-1 and the attachment pitch angle α m+1. a main plate fixed to a rotation axis of a driving device; a shroud including an air inlet; and an impeller including n number of blades, where n is 5 to 9, between the main plate and the shroud, tip ends of leading edges of the respective blades being arranged along a circle around the rotation axis, where an angle formed by the tip ends of the leading edges of the two adjacent blades and the rotation axis is an attachment pitch angle α, and wherein the blades are three-dimensional blades having a form twisted between the shroud and the main plate, characterised in that the magnitude of each of the attachment pitch angles α is different and the attachment pitch angles α are α 1,..., α m-1, α m, α m+1,..., α n in ascending order of magnitude of the angle, and the blades are arranged in such a manner that attachment pitch angles on both sides of the attachment pitch angle α m, where 2 ≤ m ≤ n-1, are not a combination of the attachment pitch angle α m-1 and the attachment pitch angle α m+1.
A rail vehicle comprising an on-board antenna with - several antenna elements (101-104; 301-306) that are arranged and configured to form at least two beams, - wherein the at least two beams are directed at different angles towards a track, wherein the at least two beams comprise - a first beam which is directed at an angle of Φ towards the track, and - a second beam which is directed at an angle of -Φ towards the track, wherein the angle Φ is in the range from 30° to 80°, further comprising a processing unit that is arranged to control the on-board antenna, wherein the rail vehicle is arranged - to send a telepowering signal from the rail vehicle towards a balise to activate 20 the balise, wherein subsequent to such activation the processing unit is arranged - to receive an information from the balise via the first beam at a first time, - to receive the information from the balise via the second beam at a second time, - to determine the position of the rail vehicle based on the first information and on the second information, characterised in that subsequent to said activation the processing unit is further arranged - to detect via the at least two beams a pattern which the information from the balise to be detected follows and - to determine and cancel cross-talk based on the succession of the information provided at the first time via the first beam and the information provided at the second time via the second beam. - several antenna elements (101-104; 301-306) that are arranged and configured to form at least two beams, - wherein the at least two beams are directed at different angles towards a track, - a first beam which is directed at an angle of Φ towards the track, and - a second beam which is directed at an angle of -Φ towards the track, - to send a telepowering signal from the rail vehicle towards a balise to activate 20 the balise, - to receive an information from the balise via the first beam at a first time, - to receive the information from the balise via the second beam at a second time, - to determine the position of the rail vehicle based on the first information and on the second information, - to detect via the at least two beams a pattern which the information from the balise to be detected follows and - to determine and cancel cross-talk based on the succession of the information provided at the first time via the first beam and the information provided at the second time via the second beam.
Method for snail extract acquisition comprising at least two steps, wherein a first step for obtaining the extract consists of (i) a non-stressful snail extract acquisition, wherein a batch of snails is selected which are brought to move by crawling on a set of surface means, yielding a quantity of pedal mucus, which is removed from said surface means, and which is followed by a further step, wherein said further step consists of (ii) drying of the produced snail extract, (iii) wherein said drying is followed by a subsequent resuspension step of the produced snail extract and (iv) in that the dried snail extract is further filtered through a microporous filter having a pore size of about 0,22μm, characterized - in that said surface means are made of inert material consisting of glass plates and - in that a quantity of clear pedal mucus is yielded, - which is placed into receptacles after said removal from said surface means. (i) a non-stressful snail extract acquisition, wherein a batch of snails is selected which are brought to move by crawling on a set of surface means, yielding a quantity of pedal mucus, which is removed from said surface means, and which is followed by a further step, wherein said further step consists of (ii) drying of the produced snail extract, (iii) wherein said drying is followed by a subsequent resuspension step of the produced snail extract and (iv) in that the dried snail extract is further filtered through a microporous filter having a pore size of about 0,22μm, characterized - in that said surface means are made of inert material consisting of glass plates and - in that a quantity of clear pedal mucus is yielded, - which is placed into receptacles after said removal from said surface means. - in that said surface means are made of inert material consisting of glass plates and - in that a quantity of clear pedal mucus is yielded, - which is placed into receptacles after said removal from said surface means.
A method comprising: receiving, at a first communication terminal (302, 302a), a first optical signal (320, 320a) from a second communication terminal (302, 302b) through a free space optical link; determining, by control hardware (800, 800a) of the first communication terminal (302, 302a), a receiving power for the optical link at the first communication terminal (302, 302a) based on the received first optical signal (320, 320a); adjusting, by the control hardware (800, 800a), an output amplification at the first communication terminal (302, 302a) using the receiving power for the optical link at the first communication terminal (302, 302a), the output amplification adjusted to provide a second optical signal (320, 320b) with a minimum transmission power for maintaining the optical link; and transmitting the second optical signal (320, 320b) from the first communication terminal (302, 302a) to the second communication terminal (302, 302b) through the optical link. receiving, at a first communication terminal (302, 302a), a first optical signal (320, 320a) from a second communication terminal (302, 302b) through a free space optical link; determining, by control hardware (800, 800a) of the first communication terminal (302, 302a), a receiving power for the optical link at the first communication terminal (302, 302a) based on the received first optical signal (320, 320a); adjusting, by the control hardware (800, 800a), an output amplification at the first communication terminal (302, 302a) using the receiving power for the optical link at the first communication terminal (302, 302a), the output amplification adjusted to provide a second optical signal (320, 320b) with a minimum transmission power for maintaining the optical link; and transmitting the second optical signal (320, 320b) from the first communication terminal (302, 302a) to the second communication terminal (302, 302b) through the optical link.
A pharmaceutical composition for use in the treatment or prevention of HBV infection, the composition comprising: a first peptide comprising or consisting of the amino acid sequence shown in SEQ ID NO: 24, a second peptide comprising or consisting of the amino acid sequence shown in SEQ ID NO: 25, a third peptide comprising or consisting of the amino acid sequence shown in SEQ ID NO: 28, a fourth peptide comprising or consisting of the amino acid sequence shown in SEQ ID NO: 33, a fifth peptide comprising or consisting of the amino acid sequence shown in SEQ ID NO: 34, a sixth peptide comprising or consisting of the amino acid sequence shown in SEQ ID NO: 36, a seventh peptide comprising or consisting of the amino acid sequence shown in SEQ ID NO: 37, an eighth peptide comprising or consisting of the amino acid sequence shown in SEQ ID NO: 38, and a ninth peptide comprising or consisting of the amino acid sequence shown in SEQ ID NO: 222, wherein each peptide is up to 60 amino acids in length. a first peptide comprising or consisting of the amino acid sequence shown in SEQ ID NO: 24, a second peptide comprising or consisting of the amino acid sequence shown in SEQ ID NO: 25, a third peptide comprising or consisting of the amino acid sequence shown in SEQ ID NO: 28, a fourth peptide comprising or consisting of the amino acid sequence shown in SEQ ID NO: 33, a fifth peptide comprising or consisting of the amino acid sequence shown in SEQ ID NO: 34, a sixth peptide comprising or consisting of the amino acid sequence shown in SEQ ID NO: 36, a seventh peptide comprising or consisting of the amino acid sequence shown in SEQ ID NO: 37, an eighth peptide comprising or consisting of the amino acid sequence shown in SEQ ID NO: 38, and a ninth peptide comprising or consisting of the amino acid sequence shown in SEQ ID NO: 222, wherein each peptide is up to 60 amino acids in length.