mhurhangee/ep-ind-claims huggingface dataset:
A method for using a hierarchical communication network including hierarchical communication nodes, the method comprising: generating a topology map representing the network; and communicating over the network based on the topology map including dynamically changing the topology map based on handovers; requesting the handover of at least one served user entity, and wherein measurement reports are aggregated by at least one relay agents and reported, thereby to yield measurement reports, and wherein a relay server runs a topology planner operative to affiliate said measurement reports with metric/s for use in smart "handover needed/handover not needed" decisions, and wherein intermediate grades are assigned to each link according to said metric/s which are then are sent to a scheduler that generates a handover order if needed, and wherein each handover order generated is sent back to a serving base station, wherein the serving base station serves the at least one served user entity, thereby to yield a handover procedure. generating a topology map representing the network; and communicating over the network based on the topology map including dynamically changing the topology map based on handovers; requesting the handover of at least one served user entity, and wherein measurement reports are aggregated by at least one relay agents and reported, thereby to yield measurement reports, and wherein a relay server runs a topology planner operative to affiliate said measurement reports with metric/s for use in smart "handover needed/handover not needed" decisions, and wherein intermediate grades are assigned to each link according to said metric/s which are then are sent to a scheduler that generates a handover order if needed, and wherein each handover order generated is sent back to a serving base station, wherein the serving base station serves the at least one served user entity, thereby to yield a handover procedure.
Lid of a beverage can having a lid panel and at least one pour opening penetrating said lid panel, which is reclosable by at least one closure member, where said at least one closure member can be moved by an actuating element to a closed position, in which said at least one pour opening is closed, and to an open position, in which said pour opening is at least partially exposed, where at least one sealing area is provided at said closure member, said sealing area in the closed position of said closure member co-acting with at least one planar seal element; and where said at least one sealing area is formed as a seal ridge; said at least one closure member and said planar seal element are arranged on the underside of said lid panel and said at least one sealing area is arranged on the surface of said closure member facing the underside of said lid; and said lid panel comprises a ventilation opening and said closure member is provided with a passage opening aligned with said-ventilation opening, where said ventilation opening and/or said passage opening can be closed and opened with a peg in a fluid-tight manner and said peg is part of said actuating element, characterized in that said at least one planar seal element is arranged between lid panel and closure member, and said seal ridge provided on the surface of said closure member facing the lid underside is pressed in the closed position of said closure member into said planar seal element.
Process for treating a liquid containing at least one chlorosilane, which comprises vaporization of the liquid, treatment of the vaporized liquid by contact with an alkaline medium in a scrubbing chamber so as to give a scrubbing liquid having a pH of 9-13, and subsequent treatment of scrubbing liquid taken off from the scrubbing chamber in a wastewater treatment apparatus, wherein an acid is added in order to set a pH of 6-9 and solids are separated off from the scrubbing liquid by means of a centrifuge.
Baby or infant food, which contains salt free and non chemically treated olives that covers processing steps below; a. Olives are soaked and debittered in 5-20% sugar solution, b. Olives debittered in sugar solution, where the sugar solution has 5-20% sugar, are pureed, c. Ingredients except olives are heat treated at 50-150°C for 5 minutes to 1 hour, d. Addition of 10-50% (weight basis) olive to the mixture e. Sterilization of this mixture at 75-150°C for from 15 seconds to 1 hour in jars. a. Olives are soaked and debittered in 5-20% sugar solution, b. Olives debittered in sugar solution, where the sugar solution has 5-20% sugar, are pureed, c. Ingredients except olives are heat treated at 50-150°C for 5 minutes to 1 hour, d. Addition of 10-50% (weight basis) olive to the mixture e. Sterilization of this mixture at 75-150°C for from 15 seconds to 1 hour in jars.
An apparatus, comprising: a pump body comprising an internal shaft; a piston disposed within the shaft and having a piston head comprising a first ferromagnetic element; a motor coupled to drive a reciprocal longitudinal motion of the piston within the shaft; a pump chamber configured to be removably attached to the pump body and comprising a rigid wall defining a fluid inlet, a fluid outlet, and an aperture; and a flexible diaphragm fixed across the aperture and comprising a second ferromagnetic element, which engages the first ferromagnetic element when the pump chamber is attached to the pump body so that the reciprocal longitudinal motion of the piston causes alternating stretching and contraction of the flexible diaphragm, thereby modifying a volume of the pump chamber, wherein at least one of the ferromagnetic elements (104, 106) comprises an electromagnet. a pump body comprising an internal shaft; a piston disposed within the shaft and having a piston head comprising a first ferromagnetic element; a motor coupled to drive a reciprocal longitudinal motion of the piston within the shaft; a pump chamber configured to be removably attached to the pump body and comprising a rigid wall defining a fluid inlet, a fluid outlet, and an aperture; and a flexible diaphragm fixed across the aperture and comprising a second ferromagnetic element, which engages the first ferromagnetic element when the pump chamber is attached to the pump body so that the reciprocal longitudinal motion of the piston causes alternating stretching and contraction of the flexible diaphragm, thereby modifying a volume of the pump chamber, wherein at least one of the ferromagnetic elements (104, 106) comprises an electromagnet.
A biocontrol composition in the form of a water-dispersible granule comprising: 1 to 75% by weight of spores of at least non-toxigenic Aspergillus strain; 25 to 95% by weight of a water soluble sugar; 2 to 10% by weight of sodium N-methyl N-oleyl taurate; 0.5 to 5% by weight of sodium alkyl naphthalene sulfonate; and 0.1 to 3% by weight of polyorganosiloxane. wherein the water soluble sugar comprises 4-O-beta-D-galactopyranosyl-alpha-D-glucopyranose in the form of lactose anhydrous. 1 to 75% by weight of spores of at least non-toxigenic Aspergillus strain; 25 to 95% by weight of a water soluble sugar; 2 to 10% by weight of sodium N-methyl N-oleyl taurate; 0.5 to 5% by weight of sodium alkyl naphthalene sulfonate; and 0.1 to 3% by weight of polyorganosiloxane.
A compound of the formula: wherein: R 1 is R 2 is -F or -Cl; R 3 is -F or -Cl; and R 4 is -H or -F; provided that when R 1 is then R 4 is -F. R 1 is R 2 is -F or -Cl; R 3 is -F or -Cl; and R 4 is -H or -F; provided that when R 1 is then R 4 is -F.
A railway milling plate for mounting on a rail car to maintain a railway track, the milling plate comprising a circular plate body having a milling side and a connecting side on opposed sides of the circular plate body, characterized by: the milling side including a plurality of blade slots arranged around a body perimeter of the circular plate body; and a plurality of milling blade assemblies (12, 14), each milling blade assembly (12,14) comprising an adjustable vice member and a milling blade retained in the blade slot by the adjustable vice member, the milling blade presenting an angled milling surface on the milling side of the circular plate body for engaging a track surface of the railway track so as to mill the track surface of the railway track to remove irregularities from the track surface, wherein each angled milling surface is oriented in a non-parallel relation to the milling side. the milling side including a plurality of blade slots arranged around a body perimeter of the circular plate body; and a plurality of milling blade assemblies (12, 14), each milling blade assembly (12,14) comprising an adjustable vice member and a milling blade retained in the blade slot by the adjustable vice member, the milling blade presenting an angled milling surface on the milling side of the circular plate body for engaging a track surface of the railway track so as to mill the track surface of the railway track to remove irregularities from the track surface, wherein each angled milling surface is oriented in a non-parallel relation to the milling side.
A computer implemented method, comprising: receiving a query requesting a response specifying how many users have an attribute that matches a particular attribute specified in the query; obtaining, using a probabilistic data structure, a first number of users that includes both an estimated number of users that match the given attribute and false positives returned from the probabilistic data structure, wherein the probabilistic data structure includes a plurality of privacy enhanced representations of unique entries for a plurality of users; and determining the estimated number of users based on the first number of users and a false positive rate of the probabilistic data structure. receiving a query requesting a response specifying how many users have an attribute that matches a particular attribute specified in the query; obtaining, using a probabilistic data structure, a first number of users that includes both an estimated number of users that match the given attribute and false positives returned from the probabilistic data structure, wherein the probabilistic data structure includes a plurality of privacy enhanced representations of unique entries for a plurality of users; and determining the estimated number of users based on the first number of users and a false positive rate of the probabilistic data structure.
A method for establishing a pseudo wire, comprising: forming, by a switching provider edge at a bifurcation position, pseudo wire routing entry information, wherein the switching provider edge at the bifurcation position implements redundancy protection of a pseudo wire, wherein the pseudo wire routing entry information comprises a corresponding relationship between a first destination address and addresses of at least two next hops sharing an anycast address; and when receiving pseudo wire establishing signaling, wherein the pseudo wire establishing signaling requests that a pseudo wire to a device that is corresponding to the first destination address be established, establishing, by the switching provider edge, at least two pseudo wires from the switching provider edge to the device that is corresponding to the first destination address via the at least two next hops according to the addresses of the at least two next hops. forming, by a switching provider edge at a bifurcation position, pseudo wire routing entry information, wherein the switching provider edge at the bifurcation position implements redundancy protection of a pseudo wire, wherein the pseudo wire routing entry information comprises a corresponding relationship between a first destination address and addresses of at least two next hops sharing an anycast address; and when receiving pseudo wire establishing signaling, wherein the pseudo wire establishing signaling requests that a pseudo wire to a device that is corresponding to the first destination address be established, establishing, by the switching provider edge, at least two pseudo wires from the switching provider edge to the device that is corresponding to the first destination address via the at least two next hops according to the addresses of the at least two next hops.
A method for inserting a logo into a video image to generate an overlaid image, the method comprising: auto detecting a presence of stereo pictures in a spatially multiplexed stereo format in the video image; generating a stereo logo comprising stereo spatially multiplexed logo pictures including a representation of the logo, the stereo spatially multiplexed logo pictures being arranged in said detected spatially multiplexed stereo format; and combining the stereo logo and the video image to generate the overlaid image in said detected spatially multiplexed stereo format; characterized in that the presence of stereo pictures in the spatially multiplexed stereo format in the video image is auto detected by analyzing said video image using an edge detection technique to detect in said video image at least one seam between left and right image regions. auto detecting a presence of stereo pictures in a spatially multiplexed stereo format in the video image; generating a stereo logo comprising stereo spatially multiplexed logo pictures including a representation of the logo, the stereo spatially multiplexed logo pictures being arranged in said detected spatially multiplexed stereo format; and combining the stereo logo and the video image to generate the overlaid image in said detected spatially multiplexed stereo format; characterized in that the presence of stereo pictures in the spatially multiplexed stereo format in the video image is auto detected by analyzing said video image using an edge detection technique to detect in said video image at least one seam between left and right image regions.
A pipe in pipe piston thrust system comprising: a plurality of piston assemblies (12, 14) configured to sealingly engage a wellbore; a pump configured to transfer a fluid into the wellbore; and a by-pass (18A, 18B) disposed between a plurality of annuli (22, 24, 30) formed by the plurality of piston assemblies, wherein the by-pass allows for selective communication of the fluid between the plurality of annuli and for selective creation of differential pressures across the plurality of piston asssemblies. a plurality of piston assemblies (12, 14) configured to sealingly engage a wellbore; a pump configured to transfer a fluid into the wellbore; and a by-pass (18A, 18B) disposed between a plurality of annuli (22, 24, 30) formed by the plurality of piston assemblies, wherein the by-pass allows for selective communication of the fluid between the plurality of annuli and for selective creation of differential pressures across the plurality of piston asssemblies.
A process for producing a coated metal strip from a semifinished strip in which the semifinished strip is wound off from a coil, a corrosion protection layer is then applied to the semifinished strip and the coated semifinished strip is then wound up to form a coil, characterized in that the semifinished strip is a cold-rolled strip which is obtained by cold rolling, cooling and recrystallization annealing and to which a medium having metallic particles has been applied to form the corrosion protection layer, where the medium is a wet-chemical solution which is applied by spraying, dipping, squirting, flooding or rolling, and in that the corrosion protection layer is dried on the cold-rolled strip by supply of heat at a temperature which is below the recrystallization annealing temperature of the cold-rolled strip after application of the medium and before rolling up.
A composition comprising a dried form of a water or buffered saline extract of Aphanizomenon flos aquae, wherein the extract is enriched for an L-selectin ligand; and a dried form of an ethanolic extract of Aphanizomenon flos aquae.
Vehicle for the movement of a driver, comprising an element rolling on a ground surface, comprising a carrier element unstably supported on the rolling element, a drive arrangement which is supported by the carrier element and drives the rolling element, and a control unit, by way of which the drive arrangement is steered in a desired travel direction in dependence upon the inclination of the carrier element and the inclination direction of the carrier element wherein the vehicle comprising the carrier element is designed such that during the operation of the vehicle the driver stands freely and balancing on the carrier element, wherein the element rolling on the ground surface is a ball, and by means of the drive arrangement the vehicle can be moved in any desired travel directions and the driver is in contact with the vehicle exclusively by way of his feet and, as the case may be, additionally by way of his lower legs, characterized in that an opening is arranged in the carrier element and the ball protrudes into the opening in the carrier element.
method for pulling a single crystal according to the FZ method, in which a polycrystal is melted by means of an electromagnetic melting device and subsequently recrystallized, wherein in a first phase a lower end of the polycrystal, which is moved towards the melting device, is melted by means of the melting device to form a drop, and wherein in a second phase, a single-crystalline seedling is attached to the lower end of the polycrystal and melted starting from an upper end of the seedling, characterized in that a power of the melting device is predetermined during the first phase and during the second phase (P 2) at least temporarily as a function of a temperature and/or geometric dimensions (i.e.) of crystal material used comprising the drop and/or the seed and/or the polycrystal, wherein the power of the melting device is reduced at a second time after reaching predetermined dimensions of the gob during the first phase, and the predetermined dimensions are predetermined on the basis of an isosceles triangle shape fitted into a shape of the gob, with a lowest point of the gob as apex and the phase boundary between liquid and solid material as base of the isosceles triangle.
Method for producing a flurane complex, characterized by the following steps: a. preparing an aqueous solution of sulfobutylether-β-cyclodextrin (SBECD), b. controlling the temperature of said solution to a temperature of from 2 to 15°C, c. adding the flurane to the aqueous solution, d. allowing the reaction to produce the complex, e. separating off the complex. a. preparing an aqueous solution of sulfobutylether-β-cyclodextrin (SBECD), b. controlling the temperature of said solution to a temperature of from 2 to 15°C, c. adding the flurane to the aqueous solution, d. allowing the reaction to produce the complex, e. separating off the complex.
A method of operating a circuit coupled to an input power supply and a supercapacitor susceptible to damage at high temperatures, the method comprising: detecting, by the processing hardware, a temperature associated with the supercapacitor; selecting, by the processing hardware, a target voltage level ( V T) to which the supercapacitor is to be charged based at least in part on the detected temperature; determining, by the processing hardware, that the supercapacitor is at a voltage level (V C), wherein when the target voltage level (V T) is higher than the voltage level (V C) causing, by processing hardware, the circuit to supply electric charge from the input power supply to the supercapacitor based on the selected target voltage level ( V T); wherein when the target voltage level ( V T) is lower than the voltage level ( V C); characterized by causing, by the processing hardware, the circuit to operate a shunt component to remove excess charge from the supercapacitor until the voltage level ( V C) reaches the target voltage level ( V T). detecting, by the processing hardware, a temperature associated with the supercapacitor; selecting, by the processing hardware, a target voltage level ( V T) to which the supercapacitor is to be charged based at least in part on the detected temperature; determining, by the processing hardware, that the supercapacitor is at a voltage level (V C), wherein when the target voltage level (V T) is higher than the voltage level (V C) causing, by processing hardware, the circuit to supply electric charge from the input power supply to the supercapacitor based on the selected target voltage level ( V T); wherein when the target voltage level ( V T) is lower than the voltage level ( V C); characterized by causing, by the processing hardware, the circuit to operate a shunt component to remove excess charge from the supercapacitor until the voltage level ( V C) reaches the target voltage level ( V T).
A method of preventing a bank conflict in a memory, the method comprising: determining processing timing of each of a plurality of threads processed by a plurality of function units, wherein the processing timing is time required to access a first memory bank and in said access an occurrence of a bank conflict between at least two of the plurality of function units is expected; setting a variable latency of each of the plurality of threads for sequential access of the threads to the memory bank according to the determined processing timing; sequentially storing the plurality of threads in a data memory queue according to the determined processing timing; and performing an operation by allowing the plurality of threads stored in the data memory queue to sequentially access the first memory bank whenever the variable latency of each of the plurality of threads passes. determining processing timing of each of a plurality of threads processed by a plurality of function units, wherein the processing timing is time required to access a first memory bank and in said access an occurrence of a bank conflict between at least two of the plurality of function units is expected; setting a variable latency of each of the plurality of threads for sequential access of the threads to the memory bank according to the determined processing timing; sequentially storing the plurality of threads in a data memory queue according to the determined processing timing; and performing an operation by allowing the plurality of threads stored in the data memory queue to sequentially access the first memory bank whenever the variable latency of each of the plurality of threads passes.