mhurhangee/ep-ind-claims huggingface dataset:
Method for assembly of a plurality of filter bags within each other comprising the steps of • pulling a first filter bag on a pole until said filter bag is stretched in its length over said pole, • pulling at least a second filter bag over the first filter bag until said at least second filter bag is stretched in its length over said first filter bag and said pole, and • retracting the assembled plurality of filter bags as one unit from the pole. • pulling a first filter bag on a pole until said filter bag is stretched in its length over said pole, • pulling at least a second filter bag over the first filter bag until said at least second filter bag is stretched in its length over said first filter bag and said pole, and • retracting the assembled plurality of filter bags as one unit from the pole.
A data transmission method, comprising: receiving, by a first network device, resource configuration assistance information from user equipment" wherein the resource configuration assistance information is used to indicate a communication pattern of the user equipment and comprises one or more of the following parameters: a periodic communication indicator, communication duration, a communication period, a scheduled communication time, a scheduling starting time, a data volume indication, and a stationary indication; sending, by the first network device, by means of a radio resource control, RRC, connection release message, dedicated resource configuration information to the user equipment based on the resource configuration assistance information, wherein the dedicated resource configuration information is used by the user equipment in an RRC idle state or an RRC inactive state, and wherein in the RRC inactive state, no connection related to the user equipment exists between the user equipment and the first network device, context information of the user equipment is stored on the user equipment and/or the first network device, and connections related to the user equipment exist between the first network device and a mobility management entity, and between the first network device and a serving gateway; and performing, by the first network device, data transmission with the user equipment by using the dedicated resource configuration information. receiving, by a first network device, resource configuration assistance information from user equipment" wherein the resource configuration assistance information is used to indicate a communication pattern of the user equipment and comprises one or more of the following parameters: a periodic communication indicator, communication duration, a communication period, a scheduled communication time, a scheduling starting time, a data volume indication, and a stationary indication; sending, by the first network device, by means of a radio resource control, RRC, connection release message, dedicated resource configuration information to the user equipment based on the resource configuration assistance information, wherein the dedicated resource configuration information is used by the user equipment in an RRC idle state or an RRC inactive state, and wherein in the RRC inactive state, no connection related to the user equipment exists between the user equipment and the first network device, context information of the user equipment is stored on the user equipment and/or the first network device, and connections related to the user equipment exist between the first network device and a mobility management entity, and between the first network device and a serving gateway; and performing, by the first network device, data transmission with the user equipment by using the dedicated resource configuration information.
A method for connecting a first coupling part and a second coupling part (1 b) of a subsea coupling arrangement to each other, the first coupling part being provided with a first contact housing accommodating a first contact member and the second coupling part (1 b) being provided with a second contact housing accommodating a second contact member, wherein the first coupling part has a sealing surface which is provided on the first contact housing and adapted to abut against a corresponding sealing surface of the second coupling part (1 b) provided on the second contact housing to form a watertight seal between the coupling parts (1a, 1b) when the coupling parts have been connected to each other, wherein said sealing surface of the first coupling part and the corresponding sealing surface of the second coupling part are brought into contact with each other by displacing the coupling parts (1a, 1b) towards each other, characterized in: - that filtered sea water is fed through a channel in one of said coupling parts (1a, 1b) and into a space between the coupling parts (1a, 1b) during said displacement of the coupling parts towards each other; - that the filtered sea water is fed into said channel by means of a pump arranged in a Remotely Operated Vehicle; and - that said filtered sea water is discharged from said space and into the surroundings through a gap between the first contact housing and the second contact housing while flowing over said sealing surfaces (12a, 12b) to thereby prevent particles and dirt from being trapped between said sealing surfaces (12a, 12b). - that filtered sea water is fed through a channel in one of said coupling parts (1a, 1b) and into a space between the coupling parts (1a, 1b) during said displacement of the coupling parts towards each other; - that the filtered sea water is fed into said channel by means of a pump arranged in a Remotely Operated Vehicle; and - that said filtered sea water is discharged from said space and into the surroundings through a gap between the first contact housing and the second contact housing while flowing over said sealing surfaces (12a, 12b) to thereby prevent particles and dirt from being trapped between said sealing surfaces (12a, 12b).
A method for performing communication related to Packet Switch, PS, Data Off, the method performed by a User Equipment, UE, and comprising: transmitting first PDU session establishment request message for establishing a PDU session over non-3rd Generation Partnership Project, 3GPP, access or 3GPP access, wherein the first PDU session establishment request message includes first report information related to PS Data Off status of the UE, and wherein the first report information is included in the first PDU session establishment request, regardless of whether the PDU session is associated with the 3GPP access or the non-3GPP access, wherein the PS Data Off status for the first PDU session does not affect data transfer over the non-3GPP access, and wherein the 3GPP PS Data Off prevents traffic via the 3GPP access except for traffic related to 3GPP PS Data Off Exempt services, when the 3GPP PS Data Off is activated. transmitting first PDU session establishment request message for establishing a PDU session over non-3rd Generation Partnership Project, 3GPP, access or 3GPP access, wherein the first PDU session establishment request message includes first report information related to PS Data Off status of the UE, and wherein the first report information is included in the first PDU session establishment request, regardless of whether the PDU session is associated with the 3GPP access or the non-3GPP access, wherein the PS Data Off status for the first PDU session does not affect data transfer over the non-3GPP access, and wherein the 3GPP PS Data Off prevents traffic via the 3GPP access except for traffic related to 3GPP PS Data Off Exempt services, when the 3GPP PS Data Off is activated.
A wave energy conversion system (700, 800, 900) comprising: a platform (710, 810) for use in a liquid; a plurality of cyclical propellers (720, 820, 920) mounted on the platform; and a control system connected to control pitching cycles respectively of the cyclical propellers, wherein the control system controls reactive forces by adjusting the pitching cycles to set respective energy conversion ratios at which the cyclical propellers extract energy from waves in the liquid, the reactive forces being forces generated by the cyclical propellers and acting on the platform. a platform (710, 810) for use in a liquid; a plurality of cyclical propellers (720, 820, 920) mounted on the platform; and a control system connected to control pitching cycles respectively of the cyclical propellers, wherein the control system controls reactive forces by adjusting the pitching cycles to set respective energy conversion ratios at which the cyclical propellers extract energy from waves in the liquid, the reactive forces being forces generated by the cyclical propellers and acting on the platform.
A method of operating a processor to execute a plurality of instances of an instruction, the instruction comprising an opcode, the processor having a plurality of lanes (610,612) for parallel execution of instructions, the instruction being supplied in a first lane of the plurality of lanes, the method characterized by: a) determining a number of instances of the instruction to be executed in parallel; and b) replicating the opcode of the instruction in at least one second lane of the plurality of lanes, whereby the number of instances of the instruction is executed in parallel; wherein the instruction references an argument (SRC1, SRC2), and the method further comprises constructing an instruction in each of the at least one second lane, each constructed instruction comprising the replicated opcode and referencing an altered argument different than the argument in the instruction. a) determining a number of instances of the instruction to be executed in parallel; and b) replicating the opcode of the instruction in at least one second lane of the plurality of lanes, whereby the number of instances of the instruction is executed in parallel;
Method for determining a mass of an attachment which is coupled on the rear side to a supporting structure of a work vehicle by means of a rear power lift, wherein the rear power lift has at least one upper link, at least one lower link and a length-adjustable lifting arm, wherein one operative end of the lifting arm is connected in an articulated manner to the supporting structure and another operative end of the lifting arm is coupled to a link connecting point of the lower link, characterized in that the mass m of the attachment is determined in accordance with m = LT ̅ ⋅ F → T ⋅ cos φ + ρ − LV ̅ ⋅ F → U ⋅ sin φ − ψ LV ̅ ⋅ g ⋅ cos φ + θ depending on the following variables: - an angle ψ between the upper link and a vehicle horizontal, - an angle φ between the lower link and the vehicle horizontal, - an angle ρ between a vehicle vertical and a connecting section RT between two operative ends (38, 40) of the lifting arm, - an angle of inclination θ of the vehicle horizontal in relation to the earth horizontal, - a section LV which represents a connection along the lower link between the supporting structure and the attachment, - a section LT which represents a connection along the lower link between the supporting structure and the link connecting point, - a force F T which is effective between the two operative ends (38, 40) of the lifting arm, and - a force F U acting on a connection between upper link and attachment and effective along the upper link. - an angle ψ between the upper link and a vehicle horizontal, - an angle φ between the lower link and the vehicle horizontal, - an angle ρ between a vehicle vertical and a connecting section RT between two operative ends (38, 40) of the lifting arm, - an angle of inclination θ of the vehicle horizontal in relation to the earth horizontal, - a section LV which represents a connection along the lower link between the supporting structure and the attachment, - a section LT which represents a connection along the lower link between the supporting structure and the link connecting point, - a force F T which is effective between the two operative ends (38, 40) of the lifting arm, and - a force F U acting on a connection between upper link and attachment and effective along the upper link.
A method for assisting in cell combination management in a cellular communication system, wherein said method comprises the steps of: - obtaining network statistics; said network statistics comprising mobility statistics associated with pairs of cells in said cellular communication system as well as cell loads of cells in said cellular communication system; - selecting at least one candidate cell combination; said candidate cell combination being a combination of cells for which a mobility measure deduced from said mobility statistics for pairs of cells participating in said combination of cells exceeds a first predetermined threshold; - determining a total load capacity for each of said at least one candidate cell combination; and - recommending a cell combination procedure for a first cell combination out of said candidate cell combinations; whereby a cell combination, for which a load margin exceeds zero, is allowed to be chosen as said first cell combination; said load margin being a difference between said determined total load capacity for said first cell combination and a sum of said cell loads of cells of said first cell combination, characterized in that said network statistics further comprises user equipment reported signal strength and cell relation, whereby said first cell combination is chosen further based on a geometry gain measure deduced from said UE reported signal strength and cell relation for each of said at least one candidate cell combination. - obtaining network statistics; said network statistics comprising mobility statistics associated with pairs of cells in said cellular communication system as well as cell loads of cells in said cellular communication system; - selecting at least one candidate cell combination; said candidate cell combination being a combination of cells for which a mobility measure deduced from said mobility statistics for pairs of cells participating in said combination of cells exceeds a first predetermined threshold; - determining a total load capacity for each of said at least one candidate cell combination; and - recommending a cell combination procedure for a first cell combination out of said candidate cell combinations; whereby a cell combination, for which a load margin exceeds zero, is allowed to be chosen as said first cell combination; said load margin being a difference between said determined total load capacity for said first cell combination and a sum of said cell loads of cells of said first cell combination,
Method for the explosion protection of an in-line inspection tool consisting in the tool insertion in the launching trap of a trunk gas pipeline with power supply circuits of the tool's instrument compartment disconnected from the power supply unit, in the process of air displacement by natural gas in the launching trap, the excessive pressure of the gas-air mixture with respect to the atmospheric pressure being monitored, the instrument compartment power supply circuits being connected to the power supply unit, the linear part of a trunk gas pipeline being inspected, the tool being inserted to the receiving trap, while the natural gas displacement by air the natural gas pressure drop is monitored in the receiving trap, the instrument compartment power supply circuits being disconnected from the power supply unit, the tool being withdrawn from the receiving trap, characterized in that the instrument compartment power supply circuits are connected to the power supply unit at the pressure guaranteeing the absence of an explosible gas mixture in the launching trap, for example, 3 atm, and the instrument compartment power supply circuits are disconnected from the power supply unit at the pressure drop in the receiving trap to, for example, 3 atm, and also the instrument compartment power supply and the execution of normal operation modes of the in-line inspection tool according to signals from the low- frequency electromagnetic transmitter are additionally monitored.
A sanitary waste treatment method comprising the steps of: a. adding water to the sanitary waste to form a slurry characterized by a first biochemical oxygen demand; b. aerating the slurry; c. chlorinating the slurry to produce a sterilized slurry, preferably wherein the step of chlorinating the slurry kills at least 95% of microbes in the slurry; d. dechlorinating the sterilized slurry to produce a dechlorinated slurry; e. inoculating the dechlorinated slurry with aerobic bacteria, preferably aerobic bacteria selected from the group of phycophilic bacteria, mesophilic bacteria and combinations thereof, wherein the aerobic bacteria digest solid waste in the slurry. a. adding water to the sanitary waste to form a slurry characterized by a first biochemical oxygen demand; b. aerating the slurry; c. chlorinating the slurry to produce a sterilized slurry, preferably wherein the step of chlorinating the slurry kills at least 95% of microbes in the slurry; d. dechlorinating the sterilized slurry to produce a dechlorinated slurry; e. inoculating the dechlorinated slurry with aerobic bacteria, preferably aerobic bacteria selected from the group of phycophilic bacteria, mesophilic bacteria and combinations thereof, wherein the aerobic bacteria digest solid waste in the slurry.
A stand for a display device comprising: a connecting member having a side connectable to the display device; an insertion portion extending downward from the connecting member; characterized in that it further comprises: hook steps formed on the insertion portion; a supporting member provided with a space in which the insertion portion is inserted; a base for fixing the supporting member; and a locking unit that is selectively aligned with the hook steps to place the connecting member in a fixing or separable state in a state where the connecting member is disposed in the space, and in that the locking unit includes a hook step receiving space in which the hook steps are completely inserted and a contraction portion for preventing the hook steps from being inadvertently separated, in that the locking unit rotates by a predetermined angle to engage or disengage the hook steps with the contraction portion,and in that the locking unit is a separate component from the base. a connecting member having a side connectable to the display device; an insertion portion extending downward from the connecting member; characterized in that it further comprises: hook steps formed on the insertion portion; a supporting member provided with a space in which the insertion portion is inserted; a base for fixing the supporting member; and a locking unit that is selectively aligned with the hook steps to place the connecting member in a fixing or separable state in a state where the connecting member is disposed in the space, and in that the locking unit includes a hook step receiving space in which the hook steps are completely inserted and a contraction portion for preventing the hook steps from being inadvertently separated, in that the locking unit rotates by a predetermined angle to engage or disengage the hook steps with the contraction portion,and in that the locking unit is a separate component from the base.
A power supplying method for an electronic device, the method comprising: obtaining information regarding power transmission efficiency between a source electronic device and a target electronic device; obtaining information regarding power (Pt) for decoding and playback of multimedia data in the target electronic device; generating resonance power based on the power transmission efficiency and information regarding power; and transmitting the generated resonance power and multimedia data to the target electronic device, wherein the information regarding the power is obtained based on a decoding of the multimedia data in the source electronic device. obtaining information regarding power transmission efficiency between a source electronic device and a target electronic device; obtaining information regarding power (Pt) for decoding and playback of multimedia data in the target electronic device; generating resonance power based on the power transmission efficiency and information regarding power; and transmitting the generated resonance power and multimedia data to the target electronic device, wherein the information regarding the power is obtained based on a decoding of the multimedia data in the source electronic device.
A data packet routing apparatus configured to route label switched data packets in a Multi Protocol Label Switching, MPLS, network comprising a plurality of nodes and supporting multi topology routing, MTR, the data packet routing apparatus at a node within a topology in the MPLS network comprising: one or more processors; one or more network interfaces coupled to the one or more processors and the MPLS network; logic coupled to the one or more processors and configured to process a label value advertisement comprising an association between a label value and a corresponding combination of a forwarding class and a topology identifier by populating a forwarding table with the label value as an ingress value together with a next-hop for the combination of forwarding class and topology identifier represented by that label value, wherein the label value is an MPLS label of a link that spans the node and a next-hop MPLS node adjacent to the node, and wherein the topology identifier identifies a topology in the MPLS network; logic coupled to the one or more processors and configured to carry out routing enabling in relation to the label value advertisement thereby enabling, by assigning one different label value per topology, MTR-aware distribution. one or more processors; one or more network interfaces coupled to the one or more processors and the MPLS network; logic coupled to the one or more processors and configured to process a label value advertisement comprising an association between a label value and a corresponding combination of a forwarding class and a topology identifier by populating a forwarding table with the label value as an ingress value together with a next-hop for the combination of forwarding class and topology identifier represented by that label value, wherein the label value is an MPLS label of a link that spans the node and a next-hop MPLS node adjacent to the node, and wherein the topology identifier identifies a topology in the MPLS network; logic coupled to the one or more processors and configured to carry out routing enabling in relation to the label value advertisement thereby enabling, by assigning one different label value per topology, MTR-aware distribution.