mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a printed image structure according to a printed image specification, in particular for a letterpress process and/or intaglio printing process, wherein the following steps are carried out: a) providing a base body for receiving the printed image structure, b) producing a printed image structure on the base body so that a printed image layer is formed with the printed image structure on the base body, wherein the printed image structure is produced by an automatic printing form machine in an additive manner, characterized in that a control of a processing device and/or the selection of a material for the production of a printed image structure is adapted to digital parameters, wherein the data are transferred from the base body and/or from the automatic printing form machine to the printing machine. a) providing a base body for receiving the printed image structure, b) producing a printed image structure on the base body so that a printed image layer is formed with the printed image structure on the base body,
A method for initiating a user plane path modification, comprising: receiving (600, 1004, 1102), by a session management function entity, first location information of a terminal device from a mobility management function entity; determining (610, 903, 1005, 1103), by the session management function entity, that the first location information is not within a first service area, the first service area being a service area of a first user plane function entity serving a session of the terminal device; in response to the determination, selecting (620, 903, 1005, 1103), by the session management function entity, a first target user plane function entity based on the first location information; and initiating (630, 1006, 1104), by the session management function entity, a procedure to modify the user plane path for the session, wherein the session is served by the first target user plane function entity through the modified user plane path. receiving (600, 1004, 1102), by a session management function entity, first location information of a terminal device from a mobility management function entity; determining (610, 903, 1005, 1103), by the session management function entity, that the first location information is not within a first service area, the first service area being a service area of a first user plane function entity serving a session of the terminal device; in response to the determination, selecting (620, 903, 1005, 1103), by the session management function entity, a first target user plane function entity based on the first location information; and initiating (630, 1006, 1104), by the session management function entity, a procedure to modify the user plane path for the session, wherein the session is served by the first target user plane function entity through the modified user plane path.
A method for locating a fault by producing an electrical breakdown at a defect location of a defect conductor, wherein, by being controlled by means of a switch, the defect conductor is being connected to a low voltage system, by applying an electrical pulse (7, 17) consisting of a higher voltage pulse firing the breakdown and a lower voltage pulse prolonging the breakdown, wherein the higher voltage pulse is generated by means of a generator that is connected to the defect conductor as a high voltage pulse having a voltage level and duration sufficient for firing and having an energy which is lower than that of an overvoltage pulse that is allowed for consumers that can be connected to the public low voltage system, and that the lower voltage pulse is generated as a low voltage pulse in the form of a portion of the alternating current voltage of the low voltage system (L1, L2, L3), characterised in that - the switch is controlled in such a manner that, in order to disable the high voltage pulse, it opens towards the low voltage system (L1, L2, L3) during the high voltage pulse, i.e. is non-conductive. - the switch is controlled in such a manner that, in order to disable the high voltage pulse, it opens towards the low voltage system (L1, L2, L3) during the high voltage pulse, i.e. is non-conductive.
A navigation system in which a destination is input as a predetermined location on a map and guidance to the destination is performed, comprising: determining means that determines whether the input destination is a location on a ferry route extending from a departure terminal to an arrival terminal or a route by rail extending from a departure terminal to an arrival terminal; characterized in that the navigation system further comprises: selection means allowing a user to select a departure terminal or an arrival terminal to which the destination is to be modified when it is determined that the input destination is a location on the route; modifying means that modifies the destination according to the user's selection; and route guidance means (124, 126, 128) that searches for a guide route to the modified destination and performs guidance along the guide route searched for, wherein when the vehicle is positioned in the vicinity of the selected destination and the ignition of the vehicle is turned off, the route guidance means (124, 126, 128) determines that the vehicle has arrived at the destination and terminates the guidance. determining means that determines whether the input destination is a location on a ferry route extending from a departure terminal to an arrival terminal or a route by rail extending from a departure terminal to an arrival terminal; characterized in that the navigation system further comprises: selection means allowing a user to select a departure terminal or an arrival terminal to which the destination is to be modified when it is determined that the input destination is a location on the route; modifying means that modifies the destination according to the user's selection; and route guidance means (124, 126, 128) that searches for a guide route to the modified destination and performs guidance along the guide route searched for, wherein when the vehicle is positioned in the vicinity of the selected destination and the ignition of the vehicle is turned off, the route guidance means (124, 126, 128) determines that the vehicle has arrived at the destination and terminates the guidance. selection means allowing a user to select a departure terminal or an arrival terminal to which the destination is to be modified when it is determined that the input destination is a location on the route; modifying means that modifies the destination according to the user's selection; and route guidance means (124, 126, 128) that searches for a guide route to the modified destination and performs guidance along the guide route searched for, wherein when the vehicle is positioned in the vicinity of the selected destination and the ignition of the vehicle is turned off, the route guidance means (124, 126, 128) determines that the vehicle has arrived at the destination and terminates the guidance.
Lamp comprising a lamp body (10; 110), at least one lighting source, at least one optical element associated with said lighting source, an outer casing, and a bracket (50; 500) for anchoring the lamp to a wall or a pole, wherein: - the lamp body (10; 110) is obtained by a die casting process, extends mainly along a body axis and comprises at least one end portion wherein a source seat is made, said source seat housing the lighting source; - the outer casing is a tubular casing fitted onto the lamp body (10; 110), has an axial extension at least equal to that of the light body and at least one open axial end, said outer casing completely covering the lamp body (10; 110) so as to give shape to the lamp; - the end portion of the lamp body (10; 110) is configured so as to realize a shaped coupling with the outer casing and is positioned to close said open axial end of the outer casing. - the lamp body (10; 110) is obtained by a die casting process, extends mainly along a body axis and comprises at least one end portion wherein a source seat is made, said source seat housing the lighting source; - the outer casing is a tubular casing fitted onto the lamp body (10; 110), has an axial extension at least equal to that of the light body and at least one open axial end, said outer casing completely covering the lamp body (10; 110) so as to give shape to the lamp; - the end portion of the lamp body (10; 110) is configured so as to realize a shaped coupling with the outer casing and is positioned to close said open axial end of the outer casing.
A dispersion comprising from one to sixty percent by weight of total dispersion of a solids component dispersed in an organic continuous phase wherein the solids component comprises a blend of: a. 40-95 percent by weight of a polyolefin containing only carbon and hydrogen and that has a number-average molecular weight that is greater than 400 grams per mole as determined by gel permeation chromatography; b. 5-40 percent by weight of an amine salt of a functionalized polyolefin; and c. 0-20 percent by weight of optional additives; wherein the percent by weight of the polyolefin component (a), the amine salt of a functionalized polyolefin (b) and optional additives (c) are relative to total solids weight, the solids are dispersed as particles and the polyolefin component (a) and the amine salt of a functionalized polyolefin (b) have an average particle size as determined by optical microscopy of less than 35 micrometers and wherein the organic continuous phase and polyolefin (a) and amine salt of a functionalized polyolefin (b) are selected so that the organic continuous phase is a dispersion support medium for polyolefin (a) and amine salt of a functionalized polyolefin (b). a. 40-95 percent by weight of a polyolefin containing only carbon and hydrogen and that has a number-average molecular weight that is greater than 400 grams per mole as determined by gel permeation chromatography; b. 5-40 percent by weight of an amine salt of a functionalized polyolefin; and c. 0-20 percent by weight of optional additives;
An infrastructure equipment forming part of a mobile communications network for transmitting data to or receiving data from communications devices, the infrastructure equipment comprising a transmitter configured to transmit the signals to communications devices via a wireless access interface, a receiver configured to receive the signals from the communications devices via the wireless access interface, and a controller for controlling the transmitter and the receiver to form the wireless access interface for transmitting to the communications devices and receiving the data from the communications devices, the wireless access interface providing a first primary carrier within a first frequency range, which forms a primary cell providing a contiguous set of communications resources across the first frequency range, wherein the controller is configured in combination with the receiver and transmitter to receive from one or more of the communications devices a channel state report for each of one or more predefined candidate channels within a second frequency range which is different to and mutually exclusive from the first frequency range, each of the candidate channels in the second frequency range representing a minimum unit of communications resource which can be used to receive data on the downlink, to identify, based on a schedule of down-link transmitted signals, in which the infrastructure equipment has transmitted down-link signals via the second frequency range, a sub-set of the plurality of candidate channels for which the channel state reports relate to signals received from sources other than the infrastructure equipment by the one or more communications devices, to select, from the sub-set of the plurality of candidate channels in which the infrastructure equipment has not scheduled down-link transmitted signals, one or more component channels for use in transmitting signals to at least one of the communications devices within the second frequency range to form a down-link providing a secondary cell, for the one or more communications devices, based on the received channel state reports, and to transmit an indication identifying the selected one or more component channels to the at least one communications device for use in transmitting signals to the one or more communications devices via the second frequency range.
Chain block lock for connecting two chain ends, wherein the block lock has two oblong block lock halves (2, 3), which extend with their respective longitudinal directions in the longitudinal direction of the chain and which, when inserted into one another, have a receiving space for receiving the chain ends, wherein a bolt, which forms a pivot axis between the block lock halves (2, 3), is used at one end in a longitudinal direction, and a locking element, which connects the block lock halves (2,3) to one another, at an opposite end, characterised in that only one block lock half has a widened section at an upper edge on both sides, which extends over at least 80%, preferably 90%, of the length of the block lock half.
A paper sack for bulk material such as cement, gypsum, granulate, animal feed or similar, having a base, preferably a cross bottom or block bottom, and having an upper part which is disposed opposite the base and in which a valve tube is optionally arranged for filling the paper sack, wherein the paper sack has at least one paper layer having an overlap which is sealingly adhesively bonded toward the sack interior in that the layer of the overlap facing the sack interior is adhesively bonded to the layer of the overlap facing toward the sack exterior; wherein the layer of the paper layer facing the sack interior has an air-permeable region in the region of the overlap which is covered by the layer of the paper layer facing the sack exterior; wherein the at least one paper layer has a water-repellent/water-tight coating facing the sack exterior at least regionally; and wherein the overlap has additional adhesive bonds (33, 34) in a middle region and/or in the region of its margin to the sack exterior, with at least one of the additional adhesive bonds preferably being permeable to the sack exterior, for example as interrupted adhesive lines in the longitudinal direction of the paper sack.
Fuel pump, at least comprising: a pump piston, a camshaft which has at least one cam, a roller tappet which is arranged between the pump piston and the cam and which has a tappet body and a roller rotatably held thereon, wherein the pump piston and the tappet body are movement-coupled with regard to movements in directions parallel to the piston longitudinal centerline, wherein the roller is in contact with the cam, wherein a geometric reference line which forms a rectilinear elongation of the piston longitudinal centerline intersects the geometric axis of rotation of the roller, and wherein the tappet body has a tappet body longitudinal centerline which is parallel to the reference line, characterized in that the tappet body longitudinal centerline, in a projected view oriented parallel to the geometric axis of rotation of the roller, runs with a lateral spacing (a) to the geometric reference line.
A computer-implemented method (300, 400) of operating a software-defined network, the method comprising: obtaining (S310, S410) specifications of a plurality of data plane elements which together form a path through a data plane suitable for carrying traffic associated with a category of applications and/or services; determining (S320, S420), based on the specifications, which one or more of a plurality of security profiles the path is capable of complying with; selecting (S330, S430) one of the one or more security profiles to be an initial security profile; and routing (S350, S450) traffic associated with the category of applications and/or services via the path in compliance with the initial security profile; characterised by: subsequently obtaining (S360, S460) an alert that network performance conditions have worsened; and responsive thereto: selecting (S370, S470) a different one of the plurality of security profiles, that is less resource-intensive than the initial security profile, to be a replacement security profile; and routing (S390, S490) traffic associated with the category of applications and/or services in compliance with the replacement security profile. obtaining (S310, S410) specifications of a plurality of data plane elements which together form a path through a data plane suitable for carrying traffic associated with a category of applications and/or services; determining (S320, S420), based on the specifications, which one or more of a plurality of security profiles the path is capable of complying with; selecting (S330, S430) one of the one or more security profiles to be an initial security profile; and routing (S350, S450) traffic associated with the category of applications and/or services via the path in compliance with the initial security profile; characterised by: subsequently obtaining (S360, S460) an alert that network performance conditions have worsened; and selecting (S370, S470) a different one of the plurality of security profiles, that is less resource-intensive than the initial security profile, to be a replacement security profile; and routing (S390, S490) traffic associated with the category of applications and/or services in compliance with the replacement security profile.
A pharmaceutical composition for use in treating elevated blood glucose in an individual comprising an FGF-1 compound, wherein the FGF-1 compound is FGF-1 or a functional fragment or functional variant of FGF-1, wherein the FGF-1 compound comprises a sequence having at least 80% identity to the sequence of FGF-1 and the FGF-1 compound retains at least a heparin binding activity.
Filter element of a filter for filtering fluids, in particular gases, in particular intake air, in particular of an internal combustion engine, in particular of a motor vehicle, having a zigzag-folded filter medium with a raw fluid side and a clean fluid side, wherein on the raw fluid side and/or on the clean fluid side of the filter medium at least one elongated support section (44; 144; 244; 344) is disposed on a corresponding surface of the filter medium, wherein the at least one support section (44; 144; 244; 344) is realized by means of an adhesive and extends at least sectionwise in an inclined or perpendicular manner relative to the fold edges of the filter medium, wherein a height extension of the at least one support section (44; 144; 244; 344) increases perpendicularly relative to the surface of the filter medium along its longitudinal direction in the direction from a fold base towards a fold tip of a fold of the filter medium in such a way that the at least one support section (44; 144; 244; 344) contacts, if the filter medium is folded, with its free side facing away from the surface of the filter medium, a corresponding free side of an opposing support section (44; 144; 244; 344) in an intermediate fold space or the surface of an opposing media section in the intermediate fold space, characterized in that a width extension of the at least one support section (44; 144; 244; 344) realized by means of an adhesive decreases parallel relative to the surface of the filter medium and perpendicular relative to its longitudinal direction in the direction from the fold tip towards the fold base of the fold of the filter medium.
A method for the manufacture of a reinforcement section of a fibre composite component, which bounds a cavity, wherein a supporting core with an elastic sleeve bounding an interior space is temporarily positioned in the cavity, with the steps: a) laying down of fibrous material on a base moulding tool to form a base element of the fibre composite component, b) draping of fibrous material in a negative mould, c) arrangement of the supporting core on an inner surface of the fibrous material of the reinforcement section in the negative mould, d) positioning of the negative mould fitted with the fibrous material and the supporting core on the base element to form the reinforcement section, e) forming of a vacuum chamber accommodating the negative mould and the base element by covering by means of a vacuum film, f) evacuation of the vacuum chamber, and g) curing of the fibrous material, wherein when using a dry fibrous material a matrix material is injected into the fibrous material after the evacuation, characterised in that the elastic sleeve is covered with a fibrous material tube ( before the positioning in the negative mould, wherein the fibrous material of the reinforcement section, the fibrous material tube, and/or the base element have hook-and-loop interfaces (18, 32, 34, 56) in their reciprocal bonding regions (16, 28, 30, 54) at least in some regions to provide a form-fit connection between the fibrous material of the reinforcement section, the fibrous material tube, and/or the fibrous material of the base element. a) laying down of fibrous material on a base moulding tool to form a base element of the fibre composite component, b) draping of fibrous material in a negative mould, c) arrangement of the supporting core on an inner surface of the fibrous material of the reinforcement section in the negative mould, d) positioning of the negative mould fitted with the fibrous material and the supporting core on the base element to form the reinforcement section, e) forming of a vacuum chamber accommodating the negative mould and the base element by covering by means of a vacuum film, f) evacuation of the vacuum chamber, and g) curing of the fibrous material, wherein when using a dry fibrous material a matrix material is injected into the fibrous material after the evacuation, the elastic sleeve is covered with a fibrous material tube ( before the positioning in the negative mould, wherein the fibrous material of the reinforcement section, the fibrous material tube, and/or the base element have hook-and-loop interfaces (18, 32, 34, 56) in their reciprocal bonding regions (16, 28, 30, 54) at least in some regions to provide a form-fit connection between the fibrous material of the reinforcement section, the fibrous material tube, and/or the fibrous material of the base element.