mhurhangee/ep-ind-claims huggingface dataset:
A crane, in particular a revolving tower crane, having at least one lattice boom that comprises a plurality of longitudinal beams (8, 9) that are connected to one another by transverse and/or diagonal struts, wherein at least one of the longitudinal beams has a beam cross-section varying over the beam length and/or has different beam cross-sections in different lattice fields (11, 12, 13), with the at least one longitudinal beam having transitions free of weld seams between beam sections of different beam cross-sections, characterized in that the at least one longitudinal beam has different beam cross-sections respectively adapted to the tensile forces in the respective lattice field (11, 12, 13) between connected transverse and/or diagonal struts in the lattice fields (11, 12, 13), with the beam cross-section in a respective lattice field (11, 12, 13) remaining substantially constant over the beam length.
A transversal sealing system comprising an induction heat sealing device for providing a transversal sealing of a tube of packaging material, said induction heat sealing device comprising a main body comprising a first and a second sealing surface (314a, 314b) arranged to face the packaging material during a sealing state, a recess provided in the main body for receiving a knife during a cutting state, wherein the first and second sealing surface (314a, 314b) are placed on opposite sides of the recess, and an electric conductor arrangement (306a, 306b, 306c, 306d), provided in the main body, for inducing eddy currents in the packaging material during the sealing state, wherein at least part of the first and second sealing surface (314a, 314b) are inclined and provided with a first and a second top section (316a, 316b), respectively, such that particles in a product held inside the tube are pushed away from a sealing band of the tube as the first and second top section (316a, 316b) are pressed towards the sealing band, and a counter-pressure arrangement (402a, 402b) arranged opposite to the induction heat sealing device, wherein the induction heat sealing device and the counter-pressure arrangement (402a, 402b) is arranged, in operation, such that the tube can be fed between the two, wherein the counter-pressure arrangement (402a, 402b) comprises a first and a second counter-pressure element (402a, 402b) provided with a first and a second pressure pad surface (406a, 406b), respectively, wherein the first and second counter-pressure pad surfaces (406a, 406b) are convex- shaped. a main body comprising a first and a second sealing surface (314a, 314b) arranged to face the packaging material during a sealing state, a recess provided in the main body for receiving a knife during a cutting state, wherein the first and second sealing surface (314a, 314b) are placed on opposite sides of the recess, and an electric conductor arrangement (306a, 306b, 306c, 306d), provided in the main body, for inducing eddy currents in the packaging material during the sealing state, wherein at least part of the first and second sealing surface (314a, 314b) are inclined and provided with a first and a second top section (316a, 316b), respectively, such that particles in a product held inside the tube are pushed away from a sealing band of the tube as the first and second top section (316a, 316b) are pressed towards the sealing band, and a counter-pressure arrangement (402a, 402b) arranged opposite to the induction heat sealing device, wherein the induction heat sealing device and the counter-pressure arrangement (402a, 402b) is arranged, in operation, such that the tube can be fed between the two, wherein the counter-pressure arrangement (402a, 402b) comprises a first and a second counter-pressure element (402a, 402b) provided with a first and a second pressure pad surface (406a, 406b), respectively, wherein the first and second counter-pressure pad surfaces (406a, 406b) are convex- shaped.
An etching method, comprising: generating a plasma from a hydrogen-containing gas and a fluorine-containing gas with high-frequency electric power for plasma generation; and etching a first film including a silicon oxide film and a silicon nitride film with the generated plasma in an environment at a temperature lower than or equal to -30° C, wherein said etching includes controlling a first etch rate of first etching that etches the first film and a second etch rate of second etching that etches a second film having a structure different from a structure of the first film, so that a difference between the first etch rate and the second etch rate is within ±20% of the first etch rate, wherein the first film is a laminated film of alternating layers of silicon oxide films and silicon nitride films, and the second film is a single-layer film of a silicon oxide film. generating a plasma from a hydrogen-containing gas and a fluorine-containing gas with high-frequency electric power for plasma generation; and etching a first film including a silicon oxide film and a silicon nitride film with the generated plasma in an environment at a temperature lower than or equal to -30° C, wherein said etching includes controlling a first etch rate of first etching that etches the first film and a second etch rate of second etching that etches a second film having a structure different from a structure of the first film, so that a difference between the first etch rate and the second etch rate is within ±20% of the first etch rate, wherein the first film is a laminated film of alternating layers of silicon oxide films and silicon nitride films, and the second film is a single-layer film of a silicon oxide film.
A reflector substrate for obtaining a surface-mount light emitting device, the reflector substrate comprising a matrix array of reflectors to be divided into multiple discrete reflectors, each reflector being molded integral with a first lead having a light emitting element mounted thereon and a second lead in electrical connection with the light emitting element, wherein the matrix array of reflectors is molded from a heat curable resin selected from a silicone resin composition or a silicone/epoxy hybrid resin composition by feeding it into a space between the first and second leads of a metal leadframe to form multiple recesses each having a bottom wall through which the surface of the first lead and a distal surface portion of the second lead are exposed and each serving as the reflector, so that the recesses are arranged in a matrix on the metal leadframe; and a cured product of a silicone resin composition encapsulating the light emitting elements, the silicone resin composition having a hardness of at least 30 Shore D units in the cured state, characterised in that when the matrix array is divided into said multiple discrete reflectors the thickness of the resin side wall of each reflector is from 100 to 300 μm.
A piece of furniture for sitting on comprising a backrest support, a backrest structure, and a backrest displacement device; wherein the backrest displacement device comprises, in turn, a first plate attached to the backrest support and a second plate attached to the backrest structure, as well as two pairs of braces, which attach the first plate to the second plate in an articulated manner at their ends; and wherein each pair of braces comprises an upper brace and a lower brace in such a way that the upper braces of each pair of braces are attached to the inner or outer face of an orthogonal section, of a width equal to that of the braces; which originates from each of the ends of the plates (1,2); while the lower braces of each pair of braces are attached to the inner or outer face of the orthogonal sections that is the inverse of that of the upper braces, in such a way that the backrest structure can be moved simultaneously horizontally and vertically, from a first front and lower position, in which the braces are extended, to a second back and raised position in which the pairs of braces are folded, in parallel and facing each other in two different parallel planes.
A method of additive manufacturing a component, the method comprising: selecting powder characterization; depositing powder materials for fabricating the component; inspecting, in-situ, the powder materials deposited to determine layer characteristics; selecting (106, 108) process and laser parameters for laser processing based on inspection results; laser processing the powder materials; performing layer cleanup on the laser processed powder materials; additionally inspecting, in-situ, the laser processed powder materials to determine material characteristics; inspecting via ultrasonic measurement process the laser processed powder materials to determine residual stress; upon determining residual stress is less than a threshold, repeating the above steps starting with the depositing step with additional powder materials until a buildup of the component is complete, wherein the inspection via ultrasonic measurement process identifies equal to or greater residual stress versus a threshold, and wherein the method further comprises a performing residual stress reducing process step before continuing with the repeating of steps starting with the depositing step with additional powder materials until a buildup of the component is complete. selecting powder characterization; depositing powder materials for fabricating the component; inspecting, in-situ, the powder materials deposited to determine layer characteristics; selecting (106, 108) process and laser parameters for laser processing based on inspection results; laser processing the powder materials; performing layer cleanup on the laser processed powder materials; additionally inspecting, in-situ, the laser processed powder materials to determine material characteristics; inspecting via ultrasonic measurement process the laser processed powder materials to determine residual stress; upon determining residual stress is less than a threshold, repeating the above steps starting with the depositing step with additional powder materials until a buildup of the component is complete, wherein the inspection via ultrasonic measurement process identifies equal to or greater residual stress versus a threshold, and wherein the method further comprises a performing residual stress reducing process step before continuing with the repeating of steps starting with the depositing step with additional powder materials until a buildup of the component is complete.
A baked foodstuff comprising: a generally planar bottom surface; a peripheral sidewall forming a bottom peripheral edge with the planar bottom surface; and a top surface forming a top outer peripheral edge with the side-wall, wherein the foodstuff is dough-based and has a post-baked moisture content of at least 4%, characterized in that the baked foodstuff is derived from a dough having a water to flour ratio on a dry weight basis in the range of 0.1 to 0.15, a sugar to flour ratio on a dry weight basis in the range of 0.33 to 0.65 and a lipid to flour ratio on a dry weight basis in the range of 0.14 to 0.2, and wherein the top surface and the sidewall are unconstrained during baking, wherein the top outer peripheral edge post baking has a radius of curvature no greater than 5 mm as measured between the top surface and the peripheral sidewall, wherein the top surface is angled from the sidewall no more than 145°, wherein at least a portion of the top peripheral edge is vertically aligned with at least a portion of the bottom peripheral edge, wherein a portion of the top peripheral edge is horizontally spaced apart from a portion of the bottom peripheral edge by a distance of less than 5 mm. a generally planar bottom surface; a peripheral sidewall forming a bottom peripheral edge with the planar bottom surface; and a top surface forming a top outer peripheral edge with the side-wall, wherein the foodstuff is dough-based and has a post-baked moisture content of at least 4%, characterized in that the baked foodstuff is derived from a dough having a water to flour ratio on a dry weight basis in the range of 0.1 to 0.15, a sugar to flour ratio on a dry weight basis in the range of 0.33 to 0.65 and a lipid to flour ratio on a dry weight basis in the range of 0.14 to 0.2, and wherein the top surface and the sidewall are unconstrained during baking, wherein the top outer peripheral edge post baking has a radius of curvature no greater than 5 mm as measured between the top surface and the peripheral sidewall, wherein the top surface is angled from the sidewall no more than 145°, wherein at least a portion of the top peripheral edge is vertically aligned with at least a portion of the bottom peripheral edge, wherein a portion of the top peripheral edge is horizontally spaced apart from a portion of the bottom peripheral edge by a distance of less than 5 mm.
A method of reassigning an elevator call (302, 402) for an elevator car, the method comprising: receiving an elevator call (302, 402) from a mobile device, the elevator call (302, 402) including a destination request to travel to a destination floor; assigning a first elevator car to the elevator call; determining that the first elevator car cannot serve the elevator call; and characterized by: activating an alert on the mobile device to enter any elevator car; detecting whether the mobile device enters a second elevator car; and assigning the second elevator car to the elevator call (302, 402). receiving an elevator call (302, 402) from a mobile device, the elevator call (302, 402) including a destination request to travel to a destination floor; assigning a first elevator car to the elevator call; determining that the first elevator car cannot serve the elevator call; and activating an alert on the mobile device to enter any elevator car; detecting whether the mobile device enters a second elevator car; and assigning the second elevator car to the elevator call (302, 402).
Movable magazine device suitable for supplying a loader (2; 2A, 2B) of bars for a machine tool, comprising: - a frame structure (3; 103) provided with movement means by means of which said movable magazine device (1; 101) can be brought towards/moved away from said bar loader; - support means (5; 105) obtained on said frame structure (3; 103) and configured for supporting a plurality of bars intended for being transferred to said bar loader (2; 2A, 2B), - removing and transferring means (6; 6A, 6B) fitted to said frame structure (3; 103) and movable along a closed path to remove from said support means (5; 105) single bars in sequence to lift the bars and transfer the bars one after the other to said bar loader (2; 2A, 2B), characterized in that said movement means comprise swivel wheels configured for enabling said magazine device to be advanced freely in any direction on a floor and said removing and transferring means comprises at least one removing unit comprising a closed-loop flexible element and which is wound, at opposite ends, around respective circular drive elements, on each removing unit engaging protruding elements being obtained that are movable together with the respective removing unit that is suitable for making contact below with a bar to lift the bar to a delivery height at which the bar can be released to said bar loader, and in that it further comprises adjusting means that is suitable for adapting said removing and transferring means (6; 6A, 6B) to the diameter or section of the bars to be transferred. - a frame structure (3; 103) provided with movement means by means of which said movable magazine device (1; 101) can be brought towards/moved away from said bar loader; - support means (5; 105) obtained on said frame structure (3; 103) and configured for supporting a plurality of bars intended for being transferred to said bar loader (2; 2A, 2B), - removing and transferring means (6; 6A, 6B) fitted to said frame structure (3; 103) and movable along a closed path to remove from said support means (5; 105) single bars in sequence to lift the bars and transfer the bars one after the other to said bar loader (2; 2A, 2B),
A mobility management entity information deleting method, comprising: receiving, by a home subscriber server, a message from a target mobility management entity, wherein the message comprises an indication of deleting information about a source mobility management entity; determining, by the home subscriber server, whether it is necessary to delete registration information about the source mobility management entity according to the indication and if it is necessary to delete the registration information about the source mobility management entity, sending, by the home subscriber server, a Cancel Location message to the source mobility management entity. receiving, by a home subscriber server, a message from a target mobility management entity, wherein the message comprises an indication of deleting information about a source mobility management entity; determining, by the home subscriber server, whether it is necessary to delete registration information about the source mobility management entity according to the indication and if it is necessary to delete the registration information about the source mobility management entity, sending, by the home subscriber server, a Cancel Location message to the source mobility management entity.
Fitting part of a fitting for a sash of a window or a door, for inserting into a C-shaped sash groove in the seam of a sash profile of the sash, having a fitting part body to be fastened to the sash, wherein at one end of the fitting part body a mounting head comprising a stop is provided, wherein at the transition of the mounting head to the fitting part body a predetermined breaking point is provided, wherein the mounting head has, in connection with the stop, at least one extension web for connecting to the fitting part body, characterised in that the mounting head has three components, specifically a head portion, the stop and the extension web in connection with the stop, wherein the head portion including the stop strikes against the profile of the sash during mounting of the fitting part in the pre-mounted state outside the sash groove and is used for manually engaging the mounting head when breaking off.
A method for producing asphalt mix, comprising: mixing and heating a fluid asphalt input and an asphalt shingle input in a preliminary mixing unit to melt the asphalt shingle input and produce a molten asphalt; recirculating the molten asphalt at the preliminary mixing unit; directing the molten asphalt and a particulate input into a primary mixing unit; and mixing the molten asphalt with the particulate input to produce an asphalt mix output. mixing and heating a fluid asphalt input and an asphalt shingle input in a preliminary mixing unit to melt the asphalt shingle input and produce a molten asphalt; recirculating the molten asphalt at the preliminary mixing unit; directing the molten asphalt and a particulate input into a primary mixing unit; and mixing the molten asphalt with the particulate input to produce an asphalt mix output.
A compound selected from compounds of Formula XII, or a pharmaceutically acceptable salt thereof, wherein R, M-L, Ar 2, Ar 1 and G for each compound are delineated in Table 1:
A method of computer-assisted maintenance of a device to be maintained, comprising storage in a first system, implemented progressively when in use, an operating system comprising the device to be maintained, of operational data associated with the said operating system, comprising the implementation of a maintenance process in a second system, the said first and second systems being adapted to communicate with each other according to a communication protocol characterized in that it comprises, for a maintenance process identified by a maintenance process identifier to be implemented by the second system by applying a maintenance processing algorithm to a set of operational data to obtain at least one item of predictive or corrective maintenance information for the said device to be maintained, the steps consisting in: - obtaining a modified maintenance processing algorithm computed by a homomorphic or partially homomorphic cryptosystem, to allow obtaining, without implementing a cryptographic operation, the said at least one predictive or corrective maintenance information in encrypted form, from a set of protected operational data comprising a first subset of data of the said set of encrypted operational data ( H) by means of a homomorphic or partially homomorphic cryptosystem encryption method, and a second subset of data (D 2) in plain text of the said set of operational data, - implementing the said modified maintenance processing algorithm on the second system from a first subset of encrypted operational data and a second subset of plain operational data obtained from the first system. - obtaining a modified maintenance processing algorithm computed by a homomorphic or partially homomorphic cryptosystem, to allow obtaining, without implementing a cryptographic operation, the said at least one predictive or corrective maintenance information in encrypted form, from a set of protected operational data comprising a first subset of data of the said set of encrypted operational data ( H) by means of a homomorphic or partially homomorphic cryptosystem encryption method, and a second subset of data (D 2) in plain text of the said set of operational data, - implementing the said modified maintenance processing algorithm on the second system from a first subset of encrypted operational data and a second subset of plain operational data obtained from the first system.
A multilayer structure comprising a base, a layer, and a layer disposed contiguous to the layer, wherein the layer comprises a compound containing a phosphorus atom and a polymer having a hydroxy group and/or carboxyl group, a mass ratio between the compound and the polymer is 15: 85 to 99: 1 in the layer, and the layer is a layer containing aluminum atoms, wherein the compound is a polymer having at least one functional group selected from the group consisting of a phosphoric acid group, a phosphorous acid group, a phosphonic acid group, a phosphonous acid group, a phosphinic acid group, and a phosphinous acid group.