mhurhangee/ep-ind-claims huggingface dataset:
A method of voice call diversion, comprising: detecting and answering an incoming voice call communication from a caller, said voice call arranged by means of a calling device (120 205), to a communication system arranged in association with an agent (180 245); identifying the agent (180 245) is not immediately available for voice dialogue; characterised in that the method further comprises the steps of:- identifying an alternate communication option capability of the calling device, present on the calling device, by means of the communication system; offering the alternate communication option to the calling device (120 205) by means of a prompt from the communication system; detecting a selection of the alternate communication option from the calling device (120 205); and, diverting the incoming voice call communication so as to utilize the selected alternate communication option using the calling device and ending the incoming voice call. detecting and answering an incoming voice call communication from a caller, said voice call arranged by means of a calling device (120 205), to a communication system arranged in association with an agent (180 245); identifying the agent (180 245) is not immediately available for voice dialogue; characterised in that the method further comprises the steps of:- identifying an alternate communication option capability of the calling device, present on the calling device, by means of the communication system; offering the alternate communication option to the calling device (120 205) by means of a prompt from the communication system; detecting a selection of the alternate communication option from the calling device (120 205); and, diverting the incoming voice call communication so as to utilize the selected alternate communication option using the calling device and ending the incoming voice call. identifying an alternate communication option capability of the calling device, present on the calling device, by means of the communication system; offering the alternate communication option to the calling device (120 205) by means of a prompt from the communication system; detecting a selection of the alternate communication option from the calling device (120 205); and, diverting the incoming voice call communication so as to utilize the selected alternate communication option using the calling device and ending the incoming voice call.
A method, performed by an application provider, for providing an application demonstration, comprising: profiling an application execution at a profiling user device and capturing one or more portions of runtime memory requirements from a respective one or more memory states of the profiling user device while executing the application; identifying data used for executing at least a portion of the application, from the one or more portions of runtime memory requirements; mapping the identified data for executing at least the portion of the application to a virtual memory; receiving, from an end user device, a request for demonstration of the application; and transmitting the virtual memory to the end user device for application demonstration emulation. profiling an application execution at a profiling user device and capturing one or more portions of runtime memory requirements from a respective one or more memory states of the profiling user device while executing the application; identifying data used for executing at least a portion of the application, from the one or more portions of runtime memory requirements; mapping the identified data for executing at least the portion of the application to a virtual memory; receiving, from an end user device, a request for demonstration of the application; and transmitting the virtual memory to the end user device for application demonstration emulation.
Method for mounting a carport for a motor vehicle, - whereby the carport has a substructure and a superstructure, wherein the substructure has a plurality of support elements for attachment to a floor structure and the support elements form a receiving space for a motor vehicle, - wherein the substructure has a mounting structure which is arranged on the support elements, - the superstructure being mountable on the mounting structure, - wherein the superstructure has a base structure for attachment to the mounting structure and a support structure for attachment of photovoltaic cells - wherein the superstructure is mounted so as to be rotatable about at least one spatial axis, - wherein a charging element for charging an electrical energy storage device of a vehicle with electric drive is arranged on the carport, with the following assembly steps: a) the superstructure is initially attached to the mounting structure without special alignment, b) the superstructure is then rotated around at least one spatial axis on the substructure in such a way that the photovoltaic cells are aligned according to the position of the sun, c) the superstructure is then fixed to the mounting structure so that it is not possible to accidentally change the alignment of the photovoltaic cells without loosening the fixing. - whereby the carport has a substructure and a superstructure, wherein the substructure has a plurality of support elements for attachment to a floor structure and the support elements form a receiving space for a motor vehicle, - wherein the substructure has a mounting structure which is arranged on the support elements, - the superstructure being mountable on the mounting structure, - wherein the superstructure has a base structure for attachment to the mounting structure and a support structure for attachment of photovoltaic cells - wherein the superstructure is mounted so as to be rotatable about at least one spatial axis, - wherein a charging element for charging an electrical energy storage device of a vehicle with electric drive is arranged on the carport, a) the superstructure is initially attached to the mounting structure without special alignment, b) the superstructure is then rotated around at least one spatial axis on the substructure in such a way that the photovoltaic cells are aligned according to the position of the sun, c) the superstructure is then fixed to the mounting structure so that it is not possible to accidentally change the alignment of the photovoltaic cells without loosening the fixing.
An ultrasound welding device for welding material webs such as for example films having an anvil with an anvil welding surface and a sonotrode having a sonotrode welding surface, wherein the anvil is movable relative to the sonotrode and there is provided a counterforce generator which exerts a counterforce on the anvil in the direction of the sonotrode if the anvil is moved out of a reference position away from the sonotrode, characterised in that the anvil is arranged on a movable linear unit and there is provided an abutment element which is so arranged that it limits the movement of the anvil in the direction of the sonotrode so that preferably the anvil welding surface maintains a minimum spacing relative to the sonotrode welding surface, that is fixed by the abutment element, wherein preferably the minimum spacing is adjustable.
Spreading unit for a container sleeving device, the spreading unit being configured to spread open flattened tubular foil material to form a sleeve, to bring the sleeve in a target tubular shape and to discharge the sleeve towards the container, the spreading unit comprising a mandrel comprising: - an upstream mandrel element (43, 102) for spreading open the flattened tubular foil material, the upstream mandrel element having a substantially constant circumference in axial direction; characterized by - a downstream mandrel element (45,104) having a non-constant cross-section in axial direction; - an intermediate mandrel element (44,103) positioned between the upstream and downstream mandrel elements; wherein the downstream mandrel element (45, 104) comprises flaring sides (55,56) and tapering sides (57,58) and the intermediate mandrel element (44,103) is recessed relative to the upstream mandrel element to allow the upstream part of a sleeve to move radially inward when the downstream part of the sleeve moves along the flaring sides of the downstream mandrel element (45,104). - an upstream mandrel element (43, 102) for spreading open the flattened tubular foil material, the upstream mandrel element having a substantially constant circumference in axial direction; - a downstream mandrel element (45,104) having a non-constant cross-section in axial direction; - an intermediate mandrel element (44,103) positioned between the upstream and downstream mandrel elements;
Fracturing fluid comprising, in solution in water, a proppant and an associative amphoteric polymer, the said polymer having a molecular weight of at least 1 000 000 g/mol, and comprising: - 0.01 to 10 mol% of at least one acrylamide-derived cationic monomer containing a hydrophobic chain and of general formula: in which: R1, R2: independently, a hydrogen, CH 3, CH 2 COOH, COOH, CH 2 COOR 7 COOR 7, CH 2 CONR 7 R 8, CONR 7 R 8 R3, R4, R5: independently, a hydrogen, CH 3, C 2 H 5 R6: an alkyl or arylalkyl chain comprising from 8 to 30 carbons Q: an alkyl chain comprising from 1 to 8 carbons Z: oxygen or NR 7 R7, R8; independently, a hydrogen, an alkyl chain comprising from 1 to 8 carbons X: a halide chosen from the group comprising bromide, chloride, iodide, fluoride, or a counterion of negative charge, - from 0.09 to 89.99 mol% of at least one anionic monomer; - and from 10 to 99 mol% of at least one nonionic water-soluble monomer. - 0.01 to 10 mol% of at least one acrylamide-derived cationic monomer containing a hydrophobic chain and of general formula: in which: R1, R2: independently, a hydrogen, CH 3, CH 2 COOH, COOH, CH 2 COOR 7 COOR 7, CH 2 CONR 7 R 8, CONR 7 R 8 R3, R4, R5: independently, a hydrogen, CH 3, C 2 H 5 R6: an alkyl or arylalkyl chain comprising from 8 to 30 carbons Q: an alkyl chain comprising from 1 to 8 carbons Z: oxygen or NR 7 R7, R8; independently, a hydrogen, an alkyl chain comprising from 1 to 8 carbons X: a halide chosen from the group comprising bromide, chloride, iodide, fluoride, or a counterion of negative charge, - from 0.09 to 89.99 mol% of at least one anionic monomer; - and from 10 to 99 mol% of at least one nonionic water-soluble monomer. R1, R2: independently, a hydrogen, CH 3, CH 2 COOH, COOH, CH 2 COOR 7 COOR 7, CH 2 CONR 7 R 8, CONR 7 R 8 R3, R4, R5: independently, a hydrogen, CH 3, C 2 H 5 R6: an alkyl or arylalkyl chain comprising from 8 to 30 carbons Q: an alkyl chain comprising from 1 to 8 carbons Z: oxygen or NR 7 R7, R8; independently, a hydrogen, an alkyl chain comprising from 1 to 8 carbons X: a halide chosen from the group comprising bromide, chloride, iodide, fluoride, or a counterion of negative charge, - from 0.09 to 89.99 mol% of at least one anionic monomer; - and from 10 to 99 mol% of at least one nonionic water-soluble monomer. - from 0.09 to 89.99 mol% of at least one anionic monomer; - and from 10 to 99 mol% of at least one nonionic water-soluble monomer.
A print controller for a printer (10; 10') having a supply roll for a web of a recording medium, a print engine arranged to print a number of images (24, 24a) onto the web and a cutter for cutting the web, the print controller being characterized by comprising a cut command attribute processor arranged to translate attributes contained in a cut command into actions to be performed by the print engine and the cutter, wherein the actions to be performed by the print engine comprise printing of printable objects to be printed on a margin of the recording medium that will be cut off from the web by means of the cutter, the printable objects being located outside of the images (24, 24a) and comprising at least one out of pre-defined notes and a free text.
A method for handover from a source system to a target system, wherein the method comprises: when receiving, from a source radio access network node, a user terminal handover required message that carries a target base station identifier, determining, by a source mobility management function entity based on the target base station identifier, to trigger the handover; sending, by the source mobility management function entity, a first message for requesting a session management context to a source session management function entity; receiving, by the source mobility management function entity, a second message from the source session management function entity, wherein the second message comprises the session management context; and sending, by the source mobility management function entity, a relocation request to a target mobility management function entity, wherein the relocation request is used to instruct to perform the handover on the user terminal, wherein the relocation request carries the target base station identifier, a terminal identifier of the user terminal, the session management context, and a mobility management context; wherein the source system is a 5G network, and the target system is a 4G network. when receiving, from a source radio access network node, a user terminal handover required message that carries a target base station identifier, determining, by a source mobility management function entity based on the target base station identifier, to trigger the handover; sending, by the source mobility management function entity, a first message for requesting a session management context to a source session management function entity; receiving, by the source mobility management function entity, a second message from the source session management function entity, wherein the second message comprises the session management context; and sending, by the source mobility management function entity, a relocation request to a target mobility management function entity, wherein the relocation request is used to instruct to perform the handover on the user terminal, wherein the relocation request carries the target base station identifier, a terminal identifier of the user terminal, the session management context, and a mobility management context; wherein the source system is a 5G network, and the target system is a 4G network.
A clamping device for coupling together in leaktight manner two smooth tubes that are disposed end-to-end, the device comprising a sealing ring that is suitable for clamping around the facing ends of the two tubes, and that has first and second free ends (10A, 10B), each of which is provided with a sealing arrangement (11A, 11'A, 11B, 11'B, 11C, 11'C), the sealing arrangements being designed to procure leaktight contact between said free ends when the ring is in a tightened state, the device further comprising first and second tightening lugs (12, 112; 14, 114) suitable for being moved relative to each other in order to bring the ring into the tightened state; said device being characterized in that the first and second tightening lugs (12, 112; 14, 114) are fastened to the sealing ring, respectively in the vicinity of the first free end of said ring and in the vicinity of the second free end of said ring, and in that the device has a bridge covering the sealing arrangements (11A, 11'A, 11B, 11'B, 11C, 11'C), the bridge being mounted to be stationary relative to the first free end of the ring and suitable for sliding relative to the second free end while the ring is being tightened.
A lighting system, comprising: a housing defining an interior space; an LED system arranged in the interior space; and an alignment module supported in the housing to support the LED system in the interior space, dampen vibration of the LED system in the interior space, and automatically align a focal point of the LED system, wherein the alignment module is arranged in the interior space at a plurality of predetermined anchoring points (A, B, C), characterized in that the predetermined anchoring points (A, B, C) comprise a socket base for an incandescent bulb, a pin of the LED system, and a lens of the LED system. a housing defining an interior space; an LED system arranged in the interior space; and an alignment module supported in the housing to support the LED system in the interior space, dampen vibration of the LED system in the interior space, and automatically align a focal point of the LED system, wherein the alignment module is arranged in the interior space at a plurality of predetermined anchoring points (A, B, C), characterized in that the predetermined anchoring points (A, B, C) comprise a socket base for an incandescent bulb, a pin of the LED system, and a lens of the LED system.
Machine for assembling cardboard boxes, including a feeder device for feeding sheets of cardboard that are used to form the boxes in a forming station comprising an assembly device including a mold and a male element that descends by means of a vertical linear actuator, in order to form the box inside the mold co-operating with the male element, wherein the machine comprises a frame having a hollow surrounding structure that supports the feeder device which is removably connected to the frame in a cantilevered manner, and wherein the frame comprises a lower prismatic-rectangular part formed by four corner feet, a lower structure and an upper structure, the frame also comprising an upper part determined by two end supports integral with the upper structure and a transversal bridge integral with the end supports, the transversal bridge supporting the male element and vertical linear actuator set, with a part of the mold of the assembly device located in the inside space of the lower part of the frame; the feeder device comprises two cantilevered side rails as guides for the cardboard sheets towards the forming station, the feeder device further comprising an insertion set including a drag chain, to which a transversal pusher is attached, that drags the cardboard sheets, with said side rails and insertion set connected to the machine in a removable manner, characterized in that: - the insertion set is connected by sliding to the upper structure of the frame by means of side lugs fitted into vertical guides integral with said upper structure and by means of a front upper clamp linked to the frame above said upper structure of the frame, and - the insertion set comprises a fixed part and a movable part that is displaced on a guide to adapt the insertion set to a predetermined length. - the insertion set is connected by sliding to the upper structure of the frame by means of side lugs fitted into vertical guides integral with said upper structure and by means of a front upper clamp linked to the frame above said upper structure of the frame, and - the insertion set comprises a fixed part and a movable part that is displaced on a guide to adapt the insertion set to a predetermined length.
A supply device for filling a coin module with coins containing at least one coin storage means to receive coins and containing a shell surrounding said coin storage means, the shell being provided with a charge aperture for introducing coins into the coin storage means that can be closed off by means of a first closing element and a discharge aperture for dispensing coins from said coin storage means that is adapted to be closed off by means of a second closing element, wherein the coin storage means is formed by a coin drum which is arranged rotatably inside the shell, wherein in the coin drum a stock compartment for coins is provided, into which coins may be introduced via the charge aperture, and wherein in the coin drum a dispensing compartment for coins is provided, from which coins may be taken out via the discharge aperture, and wherein between the stock compartment and the dispensing compartment a passage is formed which is arranged and designed such that coins are passed from the stock compartment to the dispensing compartment as the coin drum rotates around a pivot axis of the same, characterized in that the coin drum comprises a coin drum shell and a closing element which is tiltably mounted on said coin drum shell for closing a recess of the dispensing compartment, the closing element has a supporting section and a closing section, wherein the closing element is seated against the shell by its supporting section while in a closed position such that the discharge aperture thereof is closed by the coin drum, and wherein the closing section is assigned to the dispensing compartment in such a way that in the closed position the closing section blocks the recess of the dispensing compartment and in the open position is tilted relative to the closed position such that the recess of said dispensing compartment is exposed, and the coins stored in the dispensing compartment can be dispensed via said recess of the dispensing compartment and the discharge aperture of the shell.
An antenna device comprising: a first antenna element; and a second antenna element comprising a ground plate, a radiation plate provided facing the ground plate, and a short-circuit plate provided on sides of the ground plate and the radiation plate, the radiation plate being configured to radiate radio waves, the short-circuit plate configured to short-circuit the radiation plate and the ground plate, a circuit board on which an element is mounted, the element being configured to perform signal processing on a signal transmitted and received via the first antenna element, wherein the first antenna element is provided between the ground plate and the radiation plate, the radiation plate is configured to receive radio waves emitted from the first antenna element and to radiate the radio waves, the circuit board is provided inside the second antenna element, the circuit board having an underside in contact with a surface of the ground plate, the underside being opposite from a mounting surface on which the element is mounted, and the first antenna element is provided integrally with the element. a first antenna element; and a second antenna element comprising a ground plate, a radiation plate provided facing the ground plate, and a short-circuit plate provided on sides of the ground plate and the radiation plate, the radiation plate being configured to radiate radio waves, the short-circuit plate configured to short-circuit the radiation plate and the ground plate, a circuit board on which an element is mounted, the element being configured to perform signal processing on a signal transmitted and received via the first antenna element, wherein the first antenna element is provided between the ground plate and the radiation plate, the radiation plate is configured to receive radio waves emitted from the first antenna element and to radiate the radio waves, the circuit board is provided inside the second antenna element, the circuit board having an underside in contact with a surface of the ground plate, the underside being opposite from a mounting surface on which the element is mounted, and the first antenna element is provided integrally with the element.