mhurhangee/ep-ind-claims huggingface dataset:
Driving system for an on-load tap changer, comprising: - a vacuum interrupter driving mechanism configured to drive a vacuum interrupter of the on-load tap changer, - an energy accumulation mechanism mechanically coupled with the vacuum interrupter driving mechanism, and - a flywheel mechanism mechanically coupled with the vacuum interrupter driving mechanism, wherein the flywheel mechanism comprises a flywheel, which is configured as annular rounded flywheel, such that there is a free space inside the annulus of the annular rounded fly wheel, wherein the energy accumulation mechanism is mechanically coupled with a primary driving unit and the energy accumulation mechanism is configured to accumulate and release energy for combined motion of the vacuum interrupter driving mechanism and the flywheel mechanism, and wherein the vacuum interrupter driving mechanism and the flywheel mechanism are arranged along a main driving axis and the flywheel is concentrically arranged around the main driving axis. - a vacuum interrupter driving mechanism configured to drive a vacuum interrupter of the on-load tap changer, - an energy accumulation mechanism mechanically coupled with the vacuum interrupter driving mechanism, and - a flywheel mechanism mechanically coupled with the vacuum interrupter driving mechanism, wherein the flywheel mechanism comprises a flywheel, which is configured as annular rounded flywheel, such that there is a free space inside the annulus of the annular rounded fly wheel, wherein the energy accumulation mechanism is mechanically coupled with a primary driving unit and the energy accumulation mechanism is configured to accumulate and release energy for combined motion of the vacuum interrupter driving mechanism and the flywheel mechanism, and wherein the vacuum interrupter driving mechanism and the flywheel mechanism are arranged along a main driving axis and the flywheel is concentrically arranged around the main driving axis.
A method of supporting service chaining at a first network device containing one or more service processing entities of a data network, wherein the data network offers a set of services associated with a set of network devices, wherein subscribers of the data network are served by chains of one or more services, the method comprising: upon receiving a frame sourced from a subscriber at a first service processing entity serving as a traffic classifier, selecting a chain of one or more services for the frame to be processed by the data network; characterized by encapsulating the frame with a reflected frame message, RFM, header, the RFM header containing source information associated with the first service processing entity, destination information associated with an immediate next appliance providing an immediate next service within the selected chain of one or more services for the frame to be processed, and an operation code indicating the frame being an RFM frame; and sending the encapsulated frame according to the destination information of the encapsulated frame. upon receiving a frame sourced from a subscriber at a first service processing entity serving as a traffic classifier, selecting a chain of one or more services for the frame to be processed by the data network; characterized by encapsulating the frame with a reflected frame message, RFM, header, the RFM header containing source information associated with the first service processing entity, destination information associated with an immediate next appliance providing an immediate next service within the selected chain of one or more services for the frame to be processed, and an operation code indicating the frame being an RFM frame; and sending the encapsulated frame according to the destination information of the encapsulated frame.
A ferritic stainless steel consisting of the following elements by weight percent: 0.020% or less carbon 0.020% or less nitrogen 15-20% chromium 0.30% or less titanium 0.28-0.50% columbium 1.0-2.00% copper 1.0-1.7% silicon 0.4-1.5% manganese 0.050% or less phosphorus 0.01% or less sulfur 0.020% or less aluminum optionally one or more elements selected from the group consisting of 3.0% or less molybdenum, 0.010% or less boron, 0.5% or less vanadium, and 1.0% or less nickel, and the balance being iron and unavoidable impurities, with the proviso that the relation: % titanium × % nitrogen / % aluminum ≥ 0 ⁢.14 is fulfilled. 0.020% or less carbon 0.020% or less nitrogen 15-20% chromium 0.30% or less titanium 0.28-0.50% columbium 1.0-2.00% copper 1.0-1.7% silicon 0.4-1.5% manganese 0.050% or less phosphorus 0.01% or less sulfur 0.020% or less aluminum optionally one or more elements selected from the group consisting of 3.0% or less molybdenum, 0.010% or less boron, 0.5% or less vanadium, and 1.0% or less nickel, and the balance being iron and unavoidable impurities, with the proviso that the relation: % titanium × % nitrogen / % aluminum ≥ 0 ⁢.14 is fulfilled.
Method for operating a reactor system for carrying out equilibrium-limited reactions, comprising the following steps: - converting starting materials into a product in a reaction chamber under a pressure p1, wherein an absorbent is laden with the product and thereby also absorbs starting materials, a) discharging the laden absorbent from the reaction chamber, and b) lowering the pressure of the absorbent to a pressure p2, wherein the pressure p2 is lower than the pressure p1, and wherein the product and starting materials are discharged in a gaseous state from the liquid absorbent and c) the gaseous products are separated from the gaseous starting materials by condensation, d) while a pressure p3 is applied to the liquid absorbent, the pressure p3 being higher than the pressure p1, and e) the liquid absorbent is conducted under the pressure p3 into a liquid-jet gas compressor, in which the gaseous starting materials separated from the products are aspirated and dissolved in the liquid absorbent and f) are then introduced into the reaction chamber under the pressure p4, which is lower than the pressure p3. - converting starting materials into a product in a reaction chamber under a pressure p1, wherein an absorbent is laden with the product and thereby also absorbs starting materials, a) discharging the laden absorbent from the reaction chamber, and b) lowering the pressure of the absorbent to a pressure p2, wherein the pressure p2 is lower than the pressure p1, and wherein the product and starting materials are discharged in a gaseous state from the liquid absorbent and c) the gaseous products are separated from the gaseous starting materials by condensation, d) while a pressure p3 is applied to the liquid absorbent, the pressure p3 being higher than the pressure p1, and e) the liquid absorbent is conducted under the pressure p3 into a liquid-jet gas compressor, in which the gaseous starting materials separated from the products are aspirated and dissolved in the liquid absorbent and f) are then introduced into the reaction chamber under the pressure p4, which is lower than the pressure p3. a) discharging the laden absorbent from the reaction chamber, and b) lowering the pressure of the absorbent to a pressure p2, wherein the pressure p2 is lower than the pressure p1, and wherein the product and starting materials are discharged in a gaseous state from the liquid absorbent and c) the gaseous products are separated from the gaseous starting materials by condensation, d) while a pressure p3 is applied to the liquid absorbent, the pressure p3 being higher than the pressure p1, and e) the liquid absorbent is conducted under the pressure p3 into a liquid-jet gas compressor, in which the gaseous starting materials separated from the products are aspirated and dissolved in the liquid absorbent and f) are then introduced into the reaction chamber under the pressure p4, which is lower than the pressure p3.
Support circuitry for a power transistor, the power transistor comprising a control node, a Kelvin connection node, a first power switching node, a second power switching node, and a semiconductor structure between the control node, the Kelvin connection node, the first power switching node, and the second power switching node such that a resistance between the first power switching node and the second power switching node is based on a control signal provided between the control node and the Kelvin connection node, the support circuitry comprising: a feedback switching element (SWfb) coupled between the Kelvin connection node and the second power switching node; and switching control circuitry coupled to the feedback switching element (SWfb), the switching control circuitry configured to: cause the feedback switching element (SWfb) to couple the Kelvin connection node to the second power switching node after the power transistor is switched from a blocking mode of operation to a conduction mode of operation; and cause the feedback switching element (SWfb) to isolate the Kelvin connection node from the second power switching node before the power transistor is switched from the conduction mode of operation to the blocking mode of operation. a feedback switching element (SWfb) coupled between the Kelvin connection node and the second power switching node; and switching control circuitry coupled to the feedback switching element (SWfb), the switching control circuitry configured to: cause the feedback switching element (SWfb) to couple the Kelvin connection node to the second power switching node after the power transistor is switched from a blocking mode of operation to a conduction mode of operation; and cause the feedback switching element (SWfb) to isolate the Kelvin connection node from the second power switching node before the power transistor is switched from the conduction mode of operation to the blocking mode of operation. cause the feedback switching element (SWfb) to couple the Kelvin connection node to the second power switching node after the power transistor is switched from a blocking mode of operation to a conduction mode of operation; and cause the feedback switching element (SWfb) to isolate the Kelvin connection node from the second power switching node before the power transistor is switched from the conduction mode of operation to the blocking mode of operation.
A network element for communicating with a wireless communication unit in a communication cell of a communication system, wherein the network element comprises: a receiver arranged to receive at least one signal quality measurement from at least one wireless communication unit; signal processing logic arranged to: process the at least one signal quality measurement, use a knowledge of a number of unauthorized attempts to access the communication system via the network element; and in response to the processing and using, determine whether a transmission at a transmit power level satisfies at least one predetermined quality criterion of the communication system; and a transmitter arranged, further in response to the processing and using, to regularly tune a transmit power level of transmissions to a wireless communication unit at the determined transmit power level. a receiver arranged to receive at least one signal quality measurement from at least one wireless communication unit; signal processing logic arranged to: process the at least one signal quality measurement, use a knowledge of a number of unauthorized attempts to access the communication system via the network element; and in response to the processing and using, determine whether a transmission at a transmit power level satisfies at least one predetermined quality criterion of the communication system; and a transmitter arranged, further in response to the processing and using, to regularly tune a transmit power level of transmissions to a wireless communication unit at the determined transmit power level. process the at least one signal quality measurement, use a knowledge of a number of unauthorized attempts to access the communication system via the network element; and in response to the processing and using, determine whether a transmission at a transmit power level satisfies at least one predetermined quality criterion of the communication system; and a transmitter arranged, further in response to the processing and using, to regularly tune a transmit power level of transmissions to a wireless communication unit at the determined transmit power level.
A non-pneumatic wheel defining axial, radial, and circumferential directions, the non-pneumatic wheel comprising: a cylindrically-shaped hub extending along the axial direction between opposing sides of the wheel; a compliant, load supporting annular shear band positioned radially-outward of the hub and concentric with the hub; and a support structure positioned radially-outward of the cylindrically-shaped hub and radially-inward of the annular shear band, the support structure comprising a plurality of spokes extending transversely over the hub between opposing sides of the wheel, each spoke having at least a pair of edges and a main body portion, characterized in that for each spoke at least one of the edges includes an edge guard portion having a lower Shore hardness than the main body portion, wherein the Shore hardness is measured using a durometer pursuant to ASTM D2240. a cylindrically-shaped hub extending along the axial direction between opposing sides of the wheel; a compliant, load supporting annular shear band positioned radially-outward of the hub and concentric with the hub; and a support structure positioned radially-outward of the cylindrically-shaped hub and radially-inward of the annular shear band, the support structure comprising a plurality of spokes extending transversely over the hub between opposing sides of the wheel, each spoke having at least a pair of edges and a main body portion, characterized in that for each spoke at least one of the edges includes an edge guard portion having a lower Shore hardness than the main body portion, wherein the Shore hardness is measured using a durometer pursuant to ASTM D2240.
Use of at least one isolated immunogenic peptide with a length of between 12 and 50 amino acids, comprising (i) an MHC class II restricted T-cell epitope of a tumour-associated viral antigen of a tumour and (ii) a - 2-C or C- 2- redox motif, wherein X is an amino acid, which motif is immediately adjacent to said T-cell epitope, or is separated from said T-cell epitope by a linker of at most 7 amino acids, for the manufacture of a medicament for treating a tumour expressing said tumour-associated viral antigen or for treating or preventing a relapse of a tumour expressing said tumour-associated viral antigen.
A process for preparing a compound of formula III' or a salt thereof comprising the steps of: a) reacting diisopropyl amine, with cinnamyl halide; or alternatively with cinnamaldehyde and suitable reducing reagent by reductive amination, and b) reacting the thus obtained compound with the compound of formula V wherein R 3 is CH 3 c) optionally optically resolving the mixture of enantiomers obtained in previous step, wherein step b) is carried out in the presence of an organic acid at a temperature of 120 to 200 °C. a) reacting diisopropyl amine, with cinnamyl halide; or alternatively with cinnamaldehyde and suitable reducing reagent by reductive amination, and b) reacting the thus obtained compound with the compound of formula V wherein R 3 is CH 3 c) optionally optically resolving the mixture of enantiomers obtained in previous step,
A method of evaluating the susceptibility of a subject for Chronic Fatigue Syndrome, said method comprising: (a) genotyping said subject for at least a polymorphism in TLR4 to obtain a result; and (b) employing said result to provide an evaluation of a subject for CFS. (a) genotyping said subject for at least a polymorphism in TLR4 to obtain a result; and (b) employing said result to provide an evaluation of a subject for CFS.
A method for preparing pluripotent or multipotent stem cells having a diameter of 11-16 μm in a size suitable for intravascular administration, the method comprises: culturing stem cells in a K-SFM (Keratinocyte Serum Free medium) containing N-acetyl-L-cysteine, insulin or insulin-like factor, hydrocortisone, basic fibroblast growth factor (bFGF), FBS (fetal bovin serum), calcium, EGF and selenium.
A bone graft carrier, wherein the bone graft carrier comprises a body, and the body comprising: two ends; a top surface; a containing portion formed at one of the two ends of the body and having a chamber; a conveying portion formed at the other one of the two ends of the body, being tapered, connected to the containing portion, and having a delivery channel communicating with the chamber of the containing portion; and an opening formed through the top surface of the body and directly communicating with the chamber of the containing portion and the delivery channel of the conveying portion; characterized in that the body has an annular flange formed on and protruded outwardly from the top surface of the body along an outer periphery of the opening for abutting two fingers when holding the bone graft carrier. two ends; a top surface; a containing portion formed at one of the two ends of the body and having a chamber; a conveying portion formed at the other one of the two ends of the body, being tapered, connected to the containing portion, and having a delivery channel communicating with the chamber of the containing portion; and an opening formed through the top surface of the body and directly communicating with the chamber of the containing portion and the delivery channel of the conveying portion; characterized in that the body has an annular flange formed on and protruded outwardly from the top surface of the body along an outer periphery of the opening for abutting two fingers when holding the bone graft carrier.
Regulating device for control surfaces of aircraft comprising an elongated structural body formed of a base positioned at a first end and fixed in use to the structure of the aircraft and by a regulation assembly arranged at a second end positioned in use next to the control surfaces characterized in that the regulation assembly comprises at least one dial indicator positionable between a first measuring position and a second positioning position and at least one reference ruler positioned adjacent to at least one dial indicator and positionable between a starting position and a final position. an elongated structural body formed of a base positioned at a first end and fixed in use to the structure of the aircraft and by a regulation assembly arranged at a second end positioned in use next to the control surfaces characterized in that the regulation assembly comprises at least one dial indicator positionable between a first measuring position and a second positioning position and at least one reference ruler positioned adjacent to at least one dial indicator and positionable between a starting position and a final position.
Spark gap arrangement with at least three electrodes and with at least two holding frames, which are arranged flat one on top of the other, wherein the holding frames in each case have an edge, which surrounds a recess for accommodating at least one electrode, wherein at least one receptacle opening is made in the edge of at least one holding frame, in which opening a control element is arranged, characterized in that the individual holding frames are arranged offset relative to one another around their central axis M, which is arranged perpendicular to the plane of the holding frame, in such a way that the receptacle opening of a first holding frame is located above an electrode that is accommodated in a second holding frame arranged underneath, so that the control element arranged in the receptacle opening of the first holding frame makes contact with the electrode that is accommodated in the second holding frame arranged underneath. wherein at least one receptacle opening is made in the edge of at least one holding frame, in which opening a control element is arranged, characterized in that the individual holding frames are arranged offset relative to one another around their central axis M, which is arranged perpendicular to the plane of the holding frame, in such a way that the receptacle opening of a first holding frame is located above an electrode that is accommodated in a second holding frame arranged underneath, so that the control element arranged in the receptacle opening of the first holding frame makes contact with the electrode that is accommodated in the second holding frame arranged underneath.
A net chain driving structure, comprising a conveying net chain, wherein the conveying net chain comprises a plurality of chain links (1.1) successively inserted in a conveying direction, a plurality of lugs (1.2) that are spaced apart from each other are arranged on two sides of the chain links (1.1), the lugs (1.2) of adjacent chain links (1.1) are in a staggered arrangement and rotatably connected by using a rotary shaft, an end portion of each of the lugs (1.2) is an arcuate face (1.3), a meshing groove (4.1) is provided on each of the chain links (1.1), the meshing groove (4.1) is spliced by an open slot (4.2) provided on a back side of the chain link (1.1) and the lugs (1.2) on the adjacent chain links (1.1) on one side of the conveying direction, a gear in transmission meshing with the meshing groove (4.1) is disposed on each of two ends of the conveying net chain, characterized in that a protrusion (1.4) is disposed on the arcuate face (1.3) of the lugs (1.2), a tangent plane (1.5) tangential to the arcuate face (1.3) is disposed on the protrusion (1.4), and wherein, the tangent plane (1.5) and a transmission contact toothed surface (2.1) of the gear are attached to each other in parallel during meshing transmission; wherein two side walls of the meshing groove (4.1) in a width direction of the chain link (1.1) are disposed as inclined faces (4.2) inclined outward.