mhurhangee/ep-ind-claims huggingface dataset:
Continuously operating press for producing wood-based or plastic boards, in particular fiberboards or chipboards, having a plurality of press frames which are arranged one behind the other in the longitudinal direction of the press and each have upper yokes and lower yokes and surround heating plates (10, 16) which extend in the longitudinal direction of the press, and having flexible endless steel belts (12, 13) which draw the material to be pressed through the press, are guided around the plurality of upper yokes and lower yokes via drive drums and deflection rollers, and which are supported against the heating plates via co-rotating supporting elements (11, 15) which are guided with their axles transversely to the belt running direction and roll along with them, 16), wherein the press gap disposed between the steel belts (12, 13) is adjustable via a plurality of hydraulic cylinders arranged next to one another between the upper yokes and the upper heating plate transversely to the belt running direction, and wherein the lower heating plates are supported against the pressure applied to the lower yokes by the hydraulic cylinders, characterized in that the press frames each consist of upper yokes and lower yokes connected to one another by tie rods, wherein the lower yokes are each formed by two parallel plates (21, 22) which are arranged on both sides in each case outside the tie rods.
Lighting tower comprising: a telescopic pole comprising a first pole element and at least one second pole element, telescopically associated with each other; at least one lighting device on a top of said pole; a raising system comprising at least one rope configured for being tensioned and for stretching said pole by unthreading said first pole element with respect to said second pole element with a telescopic movement; wherein said lighting tower further comprises a safety device comprising: - a rest element configured for contacting with said at least one rope and for being maintained in a first position by a tension of said rope; - at least one engage element connected to said rest element and configured for moving to a second position when said tension of said rope slackens; wherein said at least one engage element is further configured for engaging, in said second position, in at least one first slot of said first pole element and in at least one second slot of said second pole element, so as to block said telescopic movement between said first pole element and said second pole element, wherein said safety device further comprises reinstating means configured for moving said at least one engage element in said second position, said reinstating means opposing to a maintaining action of said tension of said rope on said rest element, wherein said reinstating means comprise at least one spring configured for being subjected to compression in said first position, and further configured for extending and moving said at least one engage element in said second position, characterized in that said at least one spring is inserted inside a support of said at least one engage element. a telescopic pole comprising a first pole element and at least one second pole element, telescopically associated with each other; at least one lighting device on a top of said pole; a raising system comprising at least one rope configured for being tensioned and for stretching said pole by unthreading said first pole element with respect to said second pole element with a telescopic movement; wherein said lighting tower further comprises a safety device comprising: - a rest element configured for contacting with said at least one rope and for being maintained in a first position by a tension of said rope; - at least one engage element connected to said rest element and configured for moving to a second position when said tension of said rope slackens; - a rest element configured for contacting with said at least one rope and for being maintained in a first position by a tension of said rope; - at least one engage element connected to said rest element and configured for moving to a second position when said tension of said rope slackens; wherein said at least one engage element is further configured for engaging, in said second position, in at least one first slot of said first pole element and in at least one second slot of said second pole element, so as to block said telescopic movement between said first pole element and said second pole element,
An implantable prosthetic device, comprising: a spacer member configured to be disposed between native leaflets of a heart; a plurality of anchors coupled to the spacer member so as to form a single, unitary component and configured to secure the native leaflets against the spacer member; and a plurality of clasps, wherein the clasps are coupled to a respective anchor and are configured to secure the native leaflets to the anchors, and wherein the clasps are independently movable relative to each other between an open configuration and a closed configuration; wherein the prosthetic device is movable between a compressed configuration, in which the spacer member is radially compressed and is axially spaced relative to at least a portion of the anchors, and an expanded configuration, in which the spacer member expands radially outwardly relative to the compressed configuration and overlaps the at least a portion of the anchors. a spacer member configured to be disposed between native leaflets of a heart; a plurality of anchors coupled to the spacer member so as to form a single, unitary component and configured to secure the native leaflets against the spacer member; and a plurality of clasps, wherein the clasps are coupled to a respective anchor and are configured to secure the native leaflets to the anchors, and wherein the clasps are independently movable relative to each other between an open configuration and a closed configuration; wherein the prosthetic device is movable between a compressed configuration, in which the spacer member is radially compressed and is axially spaced relative to at least a portion of the anchors, and an expanded configuration, in which the spacer member expands radially outwardly relative to the compressed configuration and overlaps the at least a portion of the anchors.
A display device comprising: a first substrate including a display area on which pixels are arranged, and a non-display area surrounding the display area; a dam surrounding the display area, the dam arranged on the non-display area; an organic light emitting diode provided in the display area, an encapsulation film formed on the organic light emitting diode, a buffer layer formed on the encapsulation film, and an insulating film formed on the buffer layer; a pad area arranged outside the dam, the buffer layer and the insulating film extending from the display area to the pad area; and a link line between the dam and the first substrate, wherein the link line is a source-drain line; and a routing line provided on the insulating film between the display area and the pad area, wherein the routing line is a touch line extending from a touch electrode and is configured to be connected to a touch driver through a pad electrode in the pad area, wherein the encapsulation film includes at least a first inorganic film, and characterized in that the first inorganic film is arranged to cover the region of the pad electrode outside a pad contact hole formed through the first inorganic film for exposing the pad electrode. a first substrate including a display area on which pixels are arranged, and a non-display area surrounding the display area; a dam surrounding the display area, the dam arranged on the non-display area; an organic light emitting diode provided in the display area, an encapsulation film formed on the organic light emitting diode, a buffer layer formed on the encapsulation film, and an insulating film formed on the buffer layer; a pad area arranged outside the dam, the buffer layer and the insulating film extending from the display area to the pad area; and a link line between the dam and the first substrate, wherein the link line is a source-drain line; and a routing line provided on the insulating film between the display area and the pad area, wherein the routing line is a touch line extending from a touch electrode and is configured to be connected to a touch driver through a pad electrode in the pad area, wherein the encapsulation film includes at least a first inorganic film, and characterized in that the first inorganic film is arranged to cover the region of the pad electrode outside a pad contact hole formed through the first inorganic film for exposing the pad electrode.
Production process (2, 102, 202, 302) of a shell structured solid catalyst material (7, 107,207,307,307') using a solid material (8, 8', 108, 108', 208, 208', 308, 308', 308"), having at least one pore or at least one cavity, like a mesoporous silica based material, a zeolite, a metallic foam, an alumina or titania based material, an activated carbon or a structured surface area carbon material such as expanded graphite, nano graphite, graphene or a graphene layer structure, which is exposed to a metal complex (15, 15', 115, 115', 215, 315) provided in a gaseous phase or a vapour phase, like metal carbonyl molecules or metal organic compounds, entering the pore or cavity, wherein the solid material (8, 8', 108, 108', 208, 208', 308, 308', 308") is impregnated with metal by production process steps of the following kind: - adsorption of the metal complex (15, 15', 115, 115', 215, 315) in the pore or in the cavity of the solid material (8, 8', 108, 108', 208, 208', 308, 308', 308"), and - decomposition of the metal complex (15, 15', 115, 115', 215, 315), characterized in that adsorption of the metal complex (15, 15', 115, 115', 215, 315) is controlled by an adsorption time (32, 32', 132, 232, 332, 332') of metal complex (15, 15', 115, 115', 215, 315) exposed to the solid material (8, 8', 108, 108', 208, 208', 308, 308', 308") such that metal complex (15, 15', 115, 115', 215, 315) is bond to a surface of the solid material (8, 8', 108, 108', 208, 208', 308, 308', 308") in a first section (10, 10', 110) along the pore or the cavity, and the first section is continued by a second section (11, 11', 111), along the pore or the cavity, and decomposition is carried out by means of oxidation due to exposure of metal complex (15, 15', 115, 115', 215, 315) to oxidizing gas (17, 17', 117, 217, 317), like air, oxygen or a halogen, entering the pore or cavity, whereby metal from the metal complex (15, 15', 115, 115', 215, 315) is attached to the surface of the solid material (8, 8', 108, 108', 208, 208', 308, 308', 308") in the first section (10, 10', 110) and the second section (11, 11', 111) stays free of metal from metal complex (15, 15', 115, 115', 215, 315). - adsorption of the metal complex (15, 15', 115, 115', 215, 315) in the pore or in the cavity of the solid material (8, 8', 108, 108', 208, 208', 308, 308', 308"), and - decomposition of the metal complex (15, 15', 115, 115', 215, 315),
A method comprising providing cellulose nanofibrils; associating the cellulose nanofibrils with a maleic-anhydride copolymer to form a nanofibril-MA copolymer blend; preparing the nanofibril-MA copolymer blend for addition to a matrix polymer; wherein the preparing step comprises drying the nanofibril-MA copolymer blend; and forming a composite by associating the nanofibril-MA copolymer blend with the matrix polymer, wherein the amount of cellulose nanofibrils in the composite is between 3% and 50% by weight of the composite. providing cellulose nanofibrils; associating the cellulose nanofibrils with a maleic-anhydride copolymer to form a nanofibril-MA copolymer blend; preparing the nanofibril-MA copolymer blend for addition to a matrix polymer; wherein the preparing step comprises drying the nanofibril-MA copolymer blend; and forming a composite by associating the nanofibril-MA copolymer blend with the matrix polymer, wherein the amount of cellulose nanofibrils in the composite is between 3% and 50% by weight of the composite.
A directional waveguide comprising: an input end which receives input light; first and second opposed, laterally extending guide surfaces (6,8) for guiding light along the waveguide; and a reflective end facing the input end for reflecting the input light back along the waveguide, the second guide surface being arranged to deflect the reflected input light through the first guide surface as output light, and the waveguide being arranged to direct the output light into optical windows in output directions that are distributed in a lateral direction in dependence on the input position of the input light, wherein the reflective end is a Fresnel reflector comprising alternating reflective facets and draft facets, the reflective facets providing the Fresnel reflector with positive optical power laterally, and characterized in that the ratio between (a) the height of the input end between the first and second guide surfaces (6, 8) and (b) the height of the reflective end between the first and second guide surfaces (6, 8) has a profile along the lateral direction that is greatest at the optical axis of the Fresnel reflector and reduces towards each side of the optical axis. an input end which receives input light; first and second opposed, laterally extending guide surfaces (6,8) for guiding light along the waveguide; and a reflective end facing the input end for reflecting the input light back along the waveguide, the second guide surface being arranged to deflect the reflected input light through the first guide surface as output light, and the waveguide being arranged to direct the output light into optical windows in output directions that are distributed in a lateral direction in dependence on the input position of the input light, wherein the reflective end is a Fresnel reflector comprising alternating reflective facets and draft facets, the reflective facets providing the Fresnel reflector with positive optical power laterally, and characterized in that the ratio between (a) the height of the input end between the first and second guide surfaces (6, 8) and (b) the height of the reflective end between the first and second guide surfaces (6, 8) has a profile along the lateral direction that is greatest at the optical axis of the Fresnel reflector and reduces towards each side of the optical axis.
A heat exchanger, comprising: a heat exchanger assembly, comprising: heat exchange tubes; and fins, the fin comprising a fin main body formed as a waveform structure from a plate; the fin main body has two first side faces which are opposite each other in a first direction, two second side faces which are opposite each other in a second direction, and a wave crest and a wave trough on the second side faces; moreover, the first direction and the second direction intersect each other; the fin main body comprises: first recesses, which are formed in the fin main body and located on the two first side faces of the fin main body; wherein multiple heat exchange tubes and fins are arranged alternately in a row in such a way that first side faces of the fin main bodies of adjacent fins are adjacent to each other, thereby forming the heat exchanger assembly; the heat exchange tubes are located in the first recesses, wherein the fin main body also comprises: a second recess, which is formed in the fin main body and located on at least one of the two second side faces of the fin main body; characterized in that another heat exchange tube is provided in the second recess of the fin of the heat exchanger assembly, on at least one of the two second side faces of the fin main body.
A device (1; 1') for joining at least two medicine capsules (A, B; A', B') by adhesive bonding, characterized in that the device comprises at least one matrix (10; 10') which at least partially delimits a recess (15; 15'), for depositing capsules (A, B; A', B') and a chamber (16; 16'), this recess and this chamber being separated from each other by a deformable wall (14; 14') of the matrix, which matrix is designed to move elastically, by pneumatic action of its chamber (16; 16'), from a first configuration, in which the recess (15; 15') of the matrix receives the capsules with a glue (Z; Z') interposed between them, to a second configuration, in which the deformable wall (14; 14') of the matrix at least partially envelops the capsules by flexible deformation, in such a way as to at least partially enclose these capsules between the deformable wall and a bottom of the recess in order to align them and press them against one another.
A hollow enbloc header unit for heating systems with a plurality of connectors; characterized in that it is in the form of a plate made of a single piece and it comprises a first branch shaped as a whole like a Z; said first branch comprising a first pipe with an axis, a connector with an axis, and a portion with an axis (X*) of a pipe with said axis (X*), said first branch being suitable for housing a differential by-pass valve; and it comprises a second branch, which is also as a whole like a Z, said second branch comprising a second pipe with an axis (Y*), a connector with an axis (W*) and a connector with an axis; said second branch being suitable for housing a safety valve; said second pipe being as close as possible to said first pipe, the axis of said first pipe being parallel to said axis (Y*) of said second pipe; and in that said first branch and the second branch intersect in a point belonging simultaneously to a first plane (Π) and to a second plane (ψ) and to said axes (X*) and (Y*); and in that said axes (Y*, W, W*) substantially lie on the second plane (ψ) perpendicular to the first plane (Π), the first and second planes (Π), (ψ) intersecting in a straight line coinciding with said axis (Y*).
Mobile stand for an object to be held, comprising a roller carrier with at least three rollers designed to roll on a ground surface so that the stand is mobile, a mount via which the object to be held can be coupled to the mobile stand, a locking device by means of which the roller carrier can be locked in position relative to the ground surface, the locking device being connected to an operating device by means of which the locking device can be moved reversibly between a rest position without contact with the ground surface and a locking position with contact with the ground surface, wherein the locking device has one pair or several pairs of elongated locking elements and the locking elements of the or each pair can be pivoted in opposite directions relative to each other from the rest position into the locking position by operating the operating device and, in the locking position, in contact with the ground surface, are oriented obliquely and in opposite directions relative to each other, characterised in that the locking device comprises a pull connection with at least one flexible pull element, in particular a pull cable, a pull chain or a pull strap, which establishes a deflected pull connection between the operating device and the locking elements of at least one pair of locking elements, wherein the locking elements of the pair of locking elements are each spring-biased in the opposite direction to a pull load.
An alkaline aqueous electrolytic bath capable of electrodeposition of a zinc-nickel alloy comprising: (i) zinc ions; (ii) nickel ions; (iii) at least one non-polymeric complexing agent capable of complexing the nickel ions and comprising triethanolamine and N,N,N',N' tetrakis-hydroxyisopropylethylenediamine. (iv) at least one urea based polymer selected from the group consisting of (a) Urea, N,N'-bis[3-(dialkylamino)alkyl]-, polymer with 1,4-[2-haloalkane], or (b)Urea, N,N'-bis[3-(dialkylamino)alkyl]-, polymer with 1,1'-oxybis[2-haloalkane], wherein for (a) or (b) the alkyl functional groups are selected from the group consisting of methyl, ethyl, propyl, butyl, pentyl, and hexyl and the halogen functional group is selected from the group consisting of chloro, bromo, fluoro, and iodo, and (c) random co-polymers comprising the reaction product of one or more di-tertiary amines including an amide or thioamide functional group, and one or more second di-tertiary amines including an unsaturated moiety, with one or more first linking agents capable of reaction with said amines and; with the proviso that the alkaline aqueous electrolytic bath does not contain polymeric and oligomeric complexants. (i) zinc ions; (ii) nickel ions; (iii) at least one non-polymeric complexing agent capable of complexing the nickel ions and comprising triethanolamine and N,N,N',N' tetrakis-hydroxyisopropylethylenediamine. (iv) at least one urea based polymer selected from the group consisting of (a) Urea, N,N'-bis[3-(dialkylamino)alkyl]-, polymer with 1,4-[2-haloalkane], or (b)Urea, N,N'-bis[3-(dialkylamino)alkyl]-, polymer with 1,1'-oxybis[2-haloalkane], wherein for (a) or (b) the alkyl functional groups are selected from the group consisting of methyl, ethyl, propyl, butyl, pentyl, and hexyl and the halogen functional group is selected from the group consisting of chloro, bromo, fluoro, and iodo, and (c) random co-polymers comprising the reaction product of one or more di-tertiary amines including an amide or thioamide functional group, and one or more second di-tertiary amines including an unsaturated moiety, with one or more first linking agents capable of reaction with said amines and; with the proviso that the alkaline aqueous electrolytic bath does not contain polymeric and oligomeric complexants.