mhurhangee/ep-ind-claims huggingface dataset:
A method for data transmission in a handover process, wherein the method comprises: generating, by a source radio access network, RAN, device, a handover request message or a handover requirement message, wherein the handover request message or the handover requirement message comprises a mapping relationship between downlink transmission of a QoS flow and a DRB and a mapping relationship between uplink transmission of the QoS flow and a DRB that are configured by the source RAN device for a terminal device, and the mapping relationship between downlink transmission of the QoS flow and a DRB is different from the mapping relationship between uplink transmission of the QoS flow and a DRB; sending, by the source RAN device, the handover request message to a target RAN device, or sending the handover requirement message to a core network CN device; and forwarding, by the source RAN device, data of the terminal device on the source RAN device to the target RAN device in a process in which the terminal device is handed over from the source RAN device to the target RAN device; wherein the mapping relationship between downlink transmission of the QoS flow and a DRB comprises a QoS flow identifier, QFI, of the QoS flow and a DRB identifier, ID, of a first DRB to which the downlink transmission of the QoS flow is mapped; and the mapping relationship between uplink transmission of the QoS flow and a DRB comprises the QFI of the QoS flow and a DRB ID of a second DRB to which the uplink transmission of the QoS flow is mapped. generating, by a source radio access network, RAN, device, a handover request message or a handover requirement message, wherein the handover request message or the handover requirement message comprises a mapping relationship between downlink transmission of a QoS flow and a DRB and a mapping relationship between uplink transmission of the QoS flow and a DRB that are configured by the source RAN device for a terminal device, and the mapping relationship between downlink transmission of the QoS flow and a DRB is different from the mapping relationship between uplink transmission of the QoS flow and a DRB; sending, by the source RAN device, the handover request message to a target RAN device, or sending the handover requirement message to a core network CN device; and forwarding, by the source RAN device, data of the terminal device on the source RAN device to the target RAN device in a process in which the terminal device is handed over from the source RAN device to the target RAN device; wherein the mapping relationship between downlink transmission of the QoS flow and a DRB comprises a QoS flow identifier, QFI, of the QoS flow and a DRB identifier, ID, of a first DRB to which the downlink transmission of the QoS flow is mapped; and the mapping relationship between uplink transmission of the QoS flow and a DRB comprises the QFI of the QoS flow and a DRB ID of a second DRB to which the uplink transmission of the QoS flow is mapped.
Fuel injection valve, in particular injector for fuel injection systems of air-compressing, auto-ignition internal combustion engines, having a nozzle body which has at least one nozzle opening at one end, having a nozzle needle which is guided at least indirectly in the nozzle body, having an actuator which serves for the actuation of the nozzle needle, and having a pressure compensation pin which is guided in an axial bore of the nozzle needle, wherein the nozzle needle interacts with the nozzle body to form a first sealing seat, wherein an opening of the first sealing seat is made possible by way of an actuation of the nozzle needle by means of the actuator, characterized in that an inner needle is provided which is guided in the axial bore of the nozzle needle, in that the inner needle interacts with the nozzle body to form a second sealing seat, in that, when the first sealing seat is open, a hydraulic actuation of the inner needle for the purpose of opening the second sealing seat is made possible by way of a fuel pressure, in that, in the nozzle body, there is provided a fuel chamber into which highly pressurized fuel can be conducted, in that the nozzle needle is arranged at least in sections in the fuel chamber, and in that, when the first sealing seat is open and the second sealing seat is open, a flow of fuel from the fuel chamber to the nozzle opening is made possible, and in that a closing spring is provided, wherein the closing spring forces the inner needle against the nozzle body, wherein the closing spring is arranged in a part of the axial bore of the nozzle needle, wherein the pressure compensation pin has a return bore, wherein the closing spring is supported at least indirectly on the pressure compensation pin, and wherein that part of the axial bore in which the closing spring is arranged is connected via the return bore of the pressure compensation pin to a low-pressure return line.
A parts-washing method comprising: a) contacting a part with an aqueous liquid cleaning composition in a contact zone at a temperature of less than 45 degrees C, wherein the aqueous liquid cleaning composition comprises at least one alkoxylate surfactant, which is an ethoxylated non-ionic surfactant prepared by the reaction of a monohydroxy alkanol with 2 to 20 carbon atoms, and wherein the aqueous liquid cleaning composition has a total amount of alkoxylate surfactant of 1 to 20 weight % based on the total weight of the composition; b) passing at least part of the aqueous liquid cleaning composition from the contact zone to a separation housing; c) separating the aqueous liquid cleaning composition in the separation housing by allowing the composition to settle under gravity at a temperature of less than 45 degrees C to form an upper oily phase, an intermediate aqueous phase and a lower particulate phase; and d) withdrawing at least a portion of the intermediate aqueous phase for use as the aqueous liquid cleaning composition in the contact zone. a) contacting a part with an aqueous liquid cleaning composition in a contact zone at a temperature of less than 45 degrees C, wherein the aqueous liquid cleaning composition comprises at least one alkoxylate surfactant, which is an ethoxylated non-ionic surfactant prepared by the reaction of a monohydroxy alkanol with 2 to 20 carbon atoms, and wherein the aqueous liquid cleaning composition has a total amount of alkoxylate surfactant of 1 to 20 weight % based on the total weight of the composition; b) passing at least part of the aqueous liquid cleaning composition from the contact zone to a separation housing; c) separating the aqueous liquid cleaning composition in the separation housing by allowing the composition to settle under gravity at a temperature of less than 45 degrees C to form an upper oily phase, an intermediate aqueous phase and a lower particulate phase; and d) withdrawing at least a portion of the intermediate aqueous phase for use as the aqueous liquid cleaning composition in the contact zone.
An alginate composition for coating food products comprising the following mixture of ingredients: (i) between about 1.5% and about 7.5% (w/w) alginate salt; (ii) between about 0.01% and about 2% (w/w) hydrocolloidal galactomannan vegetable gum selected from the group consisting of guar gum, tara gum and locust bean gum, or a combination thereof; (iii) between about 8% and about 30% (w/w) polyol selected from the group consisting of glycerol, monopropyleneglycol and sorbitol; (iv) between about 1% and 6% (w/w) liquid smoke; (v) starch; and (vi) a buffering agent selected from the group consisting of glucono delta-lactone, acetic acid, lactic acid, citric acid, sodium citrate and sodium carbonate, wherein the alginate composition has a viscosity of between 5 to 15 Pa.s measured at 5°C, preferably wherein the alginate composition has a viscosity of between 7 to 8 Pa.s measured at 5°C. (i) between about 1.5% and about 7.5% (w/w) alginate salt; (ii) between about 0.01% and about 2% (w/w) hydrocolloidal galactomannan vegetable gum selected from the group consisting of guar gum, tara gum and locust bean gum, or a combination thereof; (iii) between about 8% and about 30% (w/w) polyol selected from the group consisting of glycerol, monopropyleneglycol and sorbitol; (iv) between about 1% and 6% (w/w) liquid smoke; (v) starch; and (vi) a buffering agent selected from the group consisting of glucono delta-lactone, acetic acid, lactic acid, citric acid, sodium citrate and sodium carbonate,
Process for the preparation of a PUFAs-comprising feedstuff, characterized in that a PUFAs-comprising biomass of the taxon Labyrinthulomycetes that has a sulfate content of 25 to 60 g/kg, based on the dry matter, is extruded together with further feedstuff components at an energy input of 12 - 28 Wh/kg, wherein dry matter is to be understood as meaning a product having a residual moisture content of below 5% by weight and wherein the sulfate content of the biomass is determined via the sulfur content in the biomass and this in turn is determined according to DIN EN ISO 11885.
A composition, which is a film-encased cleaning composition comprised of: (a) a granular cleaning material comprised of: (i) a percarbonate-based compound; (ii) an organic acid component; (iii) a metal chelating agent; (iv) a flame retardant, wherein the flame retardant is a combination of sodium sulfate and magnesium sulfate; and (v) optionally, at least one component selected from a diluent, a filler, a preservative, an anti-corrosion agent, and a fragrance; and (b) a film component, wherein the film component is polymeric, and wherein the film forms an enclosure that surrounds the granular cleaning material such that the granular cleaning material is contained within the film enclosure; wherein the percarbonate-based compound (i) is present in the range of 50-95 wt.-% of the composition. (a) a granular cleaning material comprised of: (i) a percarbonate-based compound; (ii) an organic acid component; (iii) a metal chelating agent; (iv) a flame retardant, wherein the flame retardant is a combination of sodium sulfate and magnesium sulfate; and (v) optionally, at least one component selected from a diluent, a filler, a preservative, an anti-corrosion agent, and a fragrance; and (i) a percarbonate-based compound; (ii) an organic acid component; (iii) a metal chelating agent; (iv) a flame retardant, wherein the flame retardant is a combination of sodium sulfate and magnesium sulfate; and (v) optionally, at least one component selected from a diluent, a filler, a preservative, an anti-corrosion agent, and a fragrance; and (b) a film component, wherein the film component is polymeric, and wherein the film forms an enclosure that surrounds the granular cleaning material such that the granular cleaning material is contained within the film enclosure;
A power tool comprising: a housing; a motor disposed within the housing; an on/off switch having a contact tip disposed within the housing for activating the motor; a paddle switch coupled to the housing via a pivot member and having a paddle trigger engageable by a user; a switch contact lever disposed in selectable engagement with the contact tip of the on/off switch to activate or deactivate the on/off switch; and a biasing member disposed between the switch contact lever and the paddle switch; wherein the switch contact lever is coupled to the paddle switch via a second pivot member;, wherein it further comprises a paddle force lever disposed between the paddle switch and a portion of the housing to apply a biasing force on the paddle switch away from the housing; characterised in that said biasing member is able to absorb a travel distance of the paddle trigger with respect to the switch contact lever; and the paddle force lever is coupled to the paddle switch via the second pivot member. a housing; a motor disposed within the housing; an on/off switch having a contact tip disposed within the housing for activating the motor; a paddle switch coupled to the housing via a pivot member and having a paddle trigger engageable by a user; a switch contact lever disposed in selectable engagement with the contact tip of the on/off switch to activate or deactivate the on/off switch; and a biasing member disposed between the switch contact lever and the paddle switch; wherein the switch contact lever is coupled to the paddle switch via a second pivot member;, wherein it further comprises a paddle force lever disposed between the paddle switch and a portion of the housing to apply a biasing force on the paddle switch away from the housing; characterised in that said biasing member is able to absorb a travel distance of the paddle trigger with respect to the switch contact lever; and the paddle force lever is coupled to the paddle switch via the second pivot member.
A method for operating a solar power plant, in which a conversion of the direct current delivered by solar modules of a solar module array into a grid-compatible or usage-suitable alternating or three-phase current is carried out by a direct current drive in the form of a reluctance synchronous motor which is connected with the output of an electronic inverter and forms therewith a drive package, and by an alternating current or three-phase alternator in the form of an induction synchronous generator, which is directly connected via an AC switchgear unit to the grid or the consumer units, wherein the direct current delivered by the solar modules is fed into the input of the electronic inverter and a battery backup unit is connected directly parallel to the input of the electronic inverter, characterized in that the torque supplied to the induction synchronous generator is determined by the inverter, the latter ensuring that if acceptance is assured, the power provided by the solar modules is obtained approximately at the optimum operating point of the respective power characteristic, wherein, in cooperation with the control unit, power output is optimized in terms of MPP tracking, that if acceptance of the power from the solar modules is not assured, the power of the induction synchronous generator is regulated in cooperation with the control unit, wherein an operating point beyond the current MPP is approached, or alternatively solar modules of the solar array are switched off completely by means of the connection box of the solar modules, that for constant operation of the drive package, if the power from the solar modules is too low at the input of the electronic inverter of said drive package it is always supplemented by the battery backup unit, or alternatively surplus power from the solar modules is used to charge the batteries of the battery backup unit as long as the full capacity thereof has not as yet been reached.
Method for determining the compaction state of a ground to be compacted using a soil compactor comprising at least one compactor roller rotatable about a roller axis of rotation, wherein an oscillation-inducing arrangement is associated with at least one compactor roller of the soil compactor for generating an oscillating torque inducing an oscillating rotation in said compactor roller about the roller axis of rotation, wherein the method comprises the following steps: a) during at least one period of the oscillating movement of the compactor roller, repeatedly determining a first acceleration value (a h) representing an acceleration of the compactor roller in a first direction, wherein the first direction corresponds essentially to a horizontal direction, b) in association with each first acceleration value (a h), determining a second acceleration value (a v) representing an acceleration of the compactor roller in a second direction in order to provide acceleration value pairs (B P), each consisting of a first acceleration value (a h) and an associated second acceleration value (a v), wherein the second direction corresponds essentially to a vertical direction, c) for at least one period of oscillation, defining a compaction state value (FDVK) representing the compaction state of the ground based upon acceleration value pairs (B P) determined for this the period of oscillation as a surface value of a surface of an acceleration value pair curve defined by consecutive acceleration value pairs (B P) during an oscillation period in a graph of acceleration values wherein the acceleration value graph is defined by a first graph axis associated with the first acceleration values (a h) and a second graph axis associated with the second acceleration values (a v). a) during at least one period of the oscillating movement of the compactor roller, repeatedly determining a first acceleration value (a h) representing an acceleration of the compactor roller in a first direction, wherein the first direction corresponds essentially to a horizontal direction, b) in association with each first acceleration value (a h), determining a second acceleration value (a v) representing an acceleration of the compactor roller in a second direction in order to provide acceleration value pairs (B P), each consisting of a first acceleration value (a h) and an associated second acceleration value (a v), wherein the second direction corresponds essentially to a vertical direction, c) for at least one period of oscillation, defining a compaction state value (FDVK) representing the compaction state of the ground based upon acceleration value pairs (B P) determined for this the period of oscillation as a surface value of a surface of an acceleration value pair curve defined by consecutive acceleration value pairs (B P) during an oscillation period in a graph of acceleration values wherein the acceleration value graph is defined by a first graph axis associated with the first acceleration values (a h) and a second graph axis associated with the second acceleration values (a v).
A lift-truck comprising a driver's platform which is pivotal between an upright position A and lowered position B; and a foot guard arranged at a rear of the lift-truck; and a coupling means, for moving the foot guard coupled to the foot guard and to the driver's platform, characterized in that - the foot guard comprises an attachment portion which is attached to the lift truck, and that; - at least a section (62.2) of the foot guard is flexible, which hereby means that at least a section of the foot guard may change its form or orientation when subjected to a force and return to its original form or orientation when the force is removed, such that the foot guard may be raised from a foot protection position when the platform is pivoted to the lowered position B and returned to the foot protection position when the platform is pivoted to the upright position A. - the foot guard comprises an attachment portion which is attached to the lift truck, and that; - at least a section (62.2) of the foot guard is flexible, which hereby means that at least a section of the foot guard may change its form or orientation when subjected to a force and return to its original form or orientation when the force is removed, such that the foot guard may be raised from a foot protection position when the platform is pivoted to the lowered position B and returned to the foot protection position when the platform is pivoted to the upright position A.
A data stream transmission method, wherein the method comprises: determining, by a sending device, a packet-loss-concealment policy based on first path status information of a path used to send a data stream; generating, by the sending device, a packet-loss-concealment packet for the data stream according to the packet-loss-concealment policy; and sending, by the sending device, the data stream on the path, wherein the data stream comprises an original packet and the packet-loss-concealment packet; characterized in that when the data stream is sent on two paths, the sending, by the sending device, the data stream on the path comprises: sending the original packet on a path with a longer delay in the two paths; and sending the packet-loss-concealment packet on a path with a shorter delay in the two paths, wherein the packet-loss-concealment packet is sent after the original packet is sent, the original packet and the packet-loss-concealment packet are sent at a time interval t, and t is a one-way delay difference of sending the data stream on the two paths. determining, by a sending device, a packet-loss-concealment policy based on first path status information of a path used to send a data stream; generating, by the sending device, a packet-loss-concealment packet for the data stream according to the packet-loss-concealment policy; and sending, by the sending device, the data stream on the path, wherein the data stream comprises an original packet and the packet-loss-concealment packet; characterized in that when the data stream is sent on two paths, the sending, by the sending device, the data stream on the path comprises: sending the original packet on a path with a longer delay in the two paths; and sending the packet-loss-concealment packet on a path with a shorter delay in the two paths, wherein the packet-loss-concealment packet is sent after the original packet is sent, the original packet and the packet-loss-concealment packet are sent at a time interval t, and t is a one-way delay difference of sending the data stream on the two paths.
A stent apparatus with self-folded skirt, comprising a stent which has a first configuration before being released and a second configuration after being released that is different from the first configuration, the stent apparatus having a flexible skirt, characterized by the flexible skirt having: an unfolded configuration, in which the skirt is axially unfolded and surrounding an outer periphery of the stent before being released; a stacked configuration, in which the skirt is folded and stacked in an axial direction of the stent after being released and forms an annular peripheral leakage occluder; at least a portion of the skirt is fixed on the stent, and the stent apparatus is further provided with a pulling string that only threads through the skirt, wherein, the pulling string undulates in the axial direction of the stent while extending in a circumferential direction of the stent and thus form a wave-like configuration, and a wave shape of the pulling string is changed when the pulling string is driven by a deformation of the stent during release so as to pull the skirt into the stacked configuration. an unfolded configuration, in which the skirt is axially unfolded and surrounding an outer periphery of the stent before being released; a stacked configuration, in which the skirt is folded and stacked in an axial direction of the stent after being released and forms an annular peripheral leakage occluder; at least a portion of the skirt is fixed on the stent, and the stent apparatus is further provided with a pulling string that only threads through the skirt, wherein, the pulling string undulates in the axial direction of the stent while extending in a circumferential direction of the stent and thus form a wave-like configuration, and a wave shape of the pulling string is changed when the pulling string is driven by a deformation of the stent during release so as to pull the skirt into the stacked configuration.