mhurhangee/ep-ind-claims huggingface dataset:
A method for label database synchronization performed by a stateful path computation element, PCE, in a packet switched communication network comprising: establishing a communication path between the PCE and a path computation client, PCC; modifying at least one bit in path computation element central controller, PCECC, capability type-length-value, TLV, at the PCE and the PCC in a path computation element protocol, PCEP, session; synchronizing label databases of the PCE and the PCC based on value of label database version being advertised by the PCE and the PCC in a PCEP session, wherein modifying at least one bit in PCECC capability TLV comprises adding a label database version flag in PCECC capability TLV and advertising the label database version being used at the PCE and the PCC in a Open message. establishing a communication path between the PCE and a path computation client, PCC; modifying at least one bit in path computation element central controller, PCECC, capability type-length-value, TLV, at the PCE and the PCC in a path computation element protocol, PCEP, session; synchronizing label databases of the PCE and the PCC based on value of label database version being advertised by the PCE and the PCC in a PCEP session, wherein modifying at least one bit in PCECC capability TLV comprises adding a label database version flag in PCECC capability TLV and advertising the label database version being used at the PCE and the PCC in a Open message.
A vapour extractor hood comprising a housing in which an air conveyance duct is formed that extends between an air intake opening and an air exhaust opening that can be connected to an exhaust pipe for exhaust air operation, outlet openings being formed on opposite sides of the end region of the air conveyance duct on the outlet side and through which air can pass out of the housing for circulating air operation, and with joint closure means which are configured and can be adjusted so that in an exhaust air operation position they respectively close the air outlet openings and clear the air exhaust opening, and in a circulating air operation position together close the air exhaust opening and clear the air outlet openings, the joint closure means comprising two closure plates that are arranged on the housing to as to be able to swivel together about parallel swivel axes, and there being assigned to the joint closure means a drive with a motor by means of which the joint closure means can be actuated, characterised in that the drive has an adjusting spindle driven rotatably by the motor, the adjusting spindle having an external thread on the outside on which an adjusting element which is provided with a corresponding internal thread is held, on the opposing sides free ends of the adjusting element projecting from the threaded spindle respectively being connected by a connection lever to the free end region of the closure plates, and the connection levers being connected to the adjusting element and the closure plates by joints (22, 23) with swivel axes (22a, 23a) that run parallel to the swivel axes about which the closure plates can swivel.
A filter (6, 13) for a filter holder cup of a coffee machine, comprising a cup-shaped body having a bottom wall provided with a dispensing hole for dispensing infused coffee and a side wall that bounds a compartment with said bottom wall, inside said compartment a filtering wall being further positioned between an upper housing chamber housing coffee powder and a lower dispensing chamber for dispensing the infused coffee comprising said dispensing hole, inside said lower dispensing chamber a filtering element protecting said dispensing hole being provided, wherein the cup-shaped body is made by a single metal sheet, and wherein said bottom wall has a central dip where said dispensing hole and said filtering element are positioned, said filtering element having at least one wall provided with a plurality of through holes, said wall surmounting at a distance said dispensing hole.
A surgical stapling apparatus comprising: a tool assembly having a chip assembly, a staple cartridge body, a support plate, and a jaw member, the jaw member including a connector assembly, the chip assembly having a first projection facilitating alignment with and connection with the connector assembly of the jaw, the chip assembly having a second projection received in a recess in the staple cartridge body, and the connector assembly and chip assembly having an electrical connection therebetween; wherein the jaw includes a rail extending laterally and the chip assembly has a third projection that interfaces with the rail to prevent vertical movement of at least one of the chip assembly or the staple cartridge body a tool assembly having a chip assembly, a staple cartridge body, a support plate, and a jaw member, the jaw member including a connector assembly, the chip assembly having a first projection facilitating alignment with and connection with the connector assembly of the jaw, the chip assembly having a second projection received in a recess in the staple cartridge body, and the connector assembly and chip assembly having an electrical connection therebetween; wherein the jaw includes a rail extending laterally and the chip assembly has a third projection that interfaces with the rail to prevent vertical movement of at least one of the chip assembly or the staple cartridge body
An air conditioner blowing temperature estimation apparatus comprising: refrigerant piping temperature acquisition means to acquire a measured temperature of refrigerant piping connected to a heat exchanger of an indoor unit; intake temperature acquisition means to acquire a measured temperature of an intake port of the indoor unit; determination means to determine an operating state of the indoor unit on the basis of the measured temperature acquired by the refrigerant piping temperature acquisition means and the measured temperature acquired by the intake temperature acquisition means; and estimation means to estimate a blowing temperature from the indoor unit on the basis of the measured temperature acquired by the refrigerant piping temperature acquisition means, the measured temperature acquired by the intake temperature acquisition means and, among estimation models of the blowing temperature of the indoor unit, an estimation model set in accordance with the operating state determined by the determination means, wherein the estimation means adjusts an estimated value of the blowing temperature so that the estimated value continuously changes when switching the estimation model as a result of transitioning from a present operating state of the indoor unit to a different operating state. refrigerant piping temperature acquisition means to acquire a measured temperature of refrigerant piping connected to a heat exchanger of an indoor unit; intake temperature acquisition means to acquire a measured temperature of an intake port of the indoor unit; determination means to determine an operating state of the indoor unit on the basis of the measured temperature acquired by the refrigerant piping temperature acquisition means and the measured temperature acquired by the intake temperature acquisition means; and estimation means to estimate a blowing temperature from the indoor unit on the basis of the measured temperature acquired by the refrigerant piping temperature acquisition means, the measured temperature acquired by the intake temperature acquisition means and, among estimation models of the blowing temperature of the indoor unit, an estimation model set in accordance with the operating state determined by the determination means, wherein the estimation means adjusts an estimated value of the blowing temperature so that the estimated value continuously changes when switching the estimation model as a result of transitioning from a present operating state of the indoor unit to a different operating state.
An exhaust aftertreatment system including a selective catalytic reduction device having a generally cylindrical or oval cross section shape with a central longitudinal axis, and an inlet, installed inside a first section of the SCR device, the first section extending between an inlet end wall of the SCR device and a perforated bulkhead of the SCR device, the bulkhead forming a separation between the first section and a second section of the SCR device, characterized in that: - the second section comprises a plurality of catalysts (132,134), - the bulkhead is perforated by a series of generally circular openings providing a multiplicity of flows to the plurality of catalysts (132,134), - said inlet is radially offset from said central axis and comprises a tube mounted inside the first section of the SCR device, said tube including an axially directed upstream inlet, configured to be coupled to an exhaust pipe, and a downstream outlet configured to direct exhaust gases in a tangential direction relative to the central longitudinal axis A of said SCR device, - said tube terminates in an end wall that is integral with the bulkhead, - the inlet further comprises a curved scroll section adjacent said downstream outlet, extending from the circumference of said tube for imparting said tangential direction to the exhaust gases. - the second section comprises a plurality of catalysts (132,134), - the bulkhead is perforated by a series of generally circular openings providing a multiplicity of flows to the plurality of catalysts (132,134), - said inlet is radially offset from said central axis and comprises a tube mounted inside the first section of the SCR device, said tube including an axially directed upstream inlet, configured to be coupled to an exhaust pipe, and a downstream outlet configured to direct exhaust gases in a tangential direction relative to the central longitudinal axis A of said SCR device, - said tube terminates in an end wall that is integral with the bulkhead, - the inlet further comprises a curved scroll section adjacent said downstream outlet, extending from the circumference of said tube for imparting said tangential direction to the exhaust gases.
Paper material, comprising at least a yielding laminar support comprising cellulose fibers and having at least a first surface and a second surface opposite each other, on at least one of said first surface and second surface at least a fibrous layer (5;5a,5b;5a,5b,5c) being applied,, the paper material being provided with a maximum moisture content not greater than about 7%, characterized in that said fibrous layer (5;5a,5b;5a,5b,5c) comprises only milk protein fibers, that impart said yielding laminar support with determined tactile and/or olfactory and/or visual properties, and in that said fibrous layer (5;5a,5b;5a,5b,5c) is applied in a variable amount between 0,1 g/m 2 and 10 g/m 2 in the dry state.
Method for estimating the uncertainty of a friction potential value of a wheel of a vehicle, comprising - Obtaining (32, 42a, 42b, 72) a range of tire models, - Receiving (34, 44, 74) a sensor signal indicative of at least one actual tire-related value, - Calculating (36, 48, 76) a friction uncertainty value based on the received sensor signal and the range of tire models, indicative of the uncertainty of the friction potential, wherein the range of tire models comprises a lower bound tire model (52a, 62a, 82a) and an upper bound tire model (52b, 62b, 82b), wherein the calculating includes: - estimating a lower bound friction value (58a, 68a) based on the received sensor signal and the lower bound tire model, and - estimating an upper bound friction value (58b, 68b) based on the received sensor signal and the upper bound tire model, and - the calculating of the friction uncertainty value is based on a difference of the upper bound friction value and the lower bound friction value. - Obtaining (32, 42a, 42b, 72) a range of tire models, - Receiving (34, 44, 74) a sensor signal indicative of at least one actual tire-related value, - Calculating (36, 48, 76) a friction uncertainty value based on the received sensor signal and the range of tire models, indicative of the uncertainty of the friction potential, wherein the range of tire models comprises a lower bound tire model (52a, 62a, 82a) and an upper bound tire model (52b, 62b, 82b), wherein the calculating includes: - estimating a lower bound friction value (58a, 68a) based on the received sensor signal and the lower bound tire model, and - estimating an upper bound friction value (58b, 68b) based on the received sensor signal and the upper bound tire model, and - the calculating of the friction uncertainty value is based on a difference of the upper bound friction value and the lower bound friction value. - estimating a lower bound friction value (58a, 68a) based on the received sensor signal and the lower bound tire model, and - estimating an upper bound friction value (58b, 68b) based on the received sensor signal and the upper bound tire model, and - the calculating of the friction uncertainty value is based on a difference of the upper bound friction value and the lower bound friction value.
A roll-forming manufacturing method of a roller bearing seal case, comprising: roll-forming, from a cylindrical ring, a first profiled ring having a first section extending along a cylinder axis of the cylindrical ring and a second section extending from the first section inward toward the cylinder axis; characterized in that the method further comprises: applying outward pressure to the first section at a corner where it meets the second section, the outward pressure being directed away from the cylinder axis, to round the first section; and roll-forming, after said applying outward pressure to the first section, a second profiled ring from the first profiled ring. applying outward pressure to the first section at a corner where it meets the second section, the outward pressure being directed away from the cylinder axis, to round the first section; and roll-forming, after said applying outward pressure to the first section, a second profiled ring from the first profiled ring.
Wind turbine rotor blade with a longitudinal direction, a maximum profile chord length and a longitudinal section, which begins at a longitudinal position with the maximum profile chord length and extends from there in the direction of the blade root and which has a suction side and a vortex generator being arranged on the suction side and having a design flow direction, wherein the design flow direction is aligned at an angle different from 90° to the longitudinal direction, characterized in that a front end of the vortex generator being first exposed to the air flow points in the direction to the blade root.
Vehicle having a screening drum, having a feed hopper disposed upstream of the screening drum and provided with a discharge belt, and having a disc screen which is attached to the feed hopper and has an associated conveyor belt for the screened-out fraction, characterised in that the disc screen is attached to the feed hopper on the side opposite the screening drum, that the conveyor belt for the screened-out fraction extends below the feed hopper into the feed region of the screening drum, and that the feed hopper with the attached disc screen and the associated conveyor belt forms a structural unit which can be partially pushed into the screening drum.
A semiconductor laser driving apparatus comprising: a substrate incorporating a laser driver; a semiconductor laser mounted on one surface of the substrate; connection wiring that electrically connects the laser driver and the semiconductor laser to each other with a wiring inductance of 0.5 nanohenries or less; and side walls having a recessed portion which is filled with a heat storage material while surrounding a region including the semiconductor laser on the one surface of the substrate, wherein the heat storage material causes a phase change below a limit temperature at which the semiconductor laser driving apparatus is usable. a substrate incorporating a laser driver; a semiconductor laser mounted on one surface of the substrate; connection wiring that electrically connects the laser driver and the semiconductor laser to each other with a wiring inductance of 0.5 nanohenries or less; and side walls having a recessed portion which is filled with a heat storage material while surrounding a region including the semiconductor laser on the one surface of the substrate, wherein the heat storage material causes a phase change below a limit temperature at which the semiconductor laser driving apparatus is usable.
A Stirling cycle transducer apparatus for converting between thermal energy and mechanical energy, the apparatus comprising: a housing; a compression chamber disposed in the housing and having at least a first interface operable to vary a volume of the compression chamber; an expansion chamber disposed in the housing and having a second interface operable to vary a volume of at least the expansion chamber; a thermal regenerator in fluid communication with each of the compression chamber and the expansion chamber, the thermal regenerator being operable to alternatively receive thermal energy from gas flowing in a first direction through the regenerator and to deliver the thermal energy to gas flowing in a direction opposite to the first direction through the regenerator, the compression chamber, the expansion chamber, and the regenerator together defining a working volume for containing a pressurized working gas, each of the first and second interfaces being configured for reciprocating motion in a direction aligned with a transducer axis, the reciprocating motion being operable to cause a periodic exchange of working gas between the expansion and the compression chambers, and characterized in that at least one of the first and second interfaces comprises: a resilient diaphragm; and a cylindrical tube spring coupled between the diaphragm and the housing, the tube spring being configured to elastically deform in a direction generally aligned with the transducer axis in response to forces imparted on the tube spring by the diaphragm to cause the at least one of the first and second interfaces to have a desired natural frequency. a housing; a compression chamber disposed in the housing and having at least a first interface operable to vary a volume of the compression chamber; an expansion chamber disposed in the housing and having a second interface operable to vary a volume of at least the expansion chamber; a thermal regenerator in fluid communication with each of the compression chamber and the expansion chamber, the thermal regenerator being operable to alternatively receive thermal energy from gas flowing in a first direction through the regenerator and to deliver the thermal energy to gas flowing in a direction opposite to the first direction through the regenerator, the compression chamber, the expansion chamber, and the regenerator together defining a working volume for containing a pressurized working gas, each of the first and second interfaces being configured for reciprocating motion in a direction aligned with a transducer axis, the reciprocating motion being operable to cause a periodic exchange of working gas between the expansion and the compression chambers, and a resilient diaphragm; and a cylindrical tube spring coupled between the diaphragm and the housing, the tube spring being configured to elastically deform in a direction generally aligned with the transducer axis in response to forces imparted on the tube spring by the diaphragm to cause the at least one of the first and second interfaces to have a desired natural frequency.
A drug composition, comprising: 4 wt.% to 10 wt.% of a gel-forming block copolymer; a solvent; and 0.0001 wt.% to 10 wt.% of a drug; wherein the gel-forming block copolymer has a structure in accordance with formula: wherein d' is a positive number having a value of 100 to 600, each K' is an independent divalent linking group selected from the group consisting of O, NH, S, and combinations thereof, each P a is an independent monocarbonate or polycarbonate chain comprising 1 to 10 vitamin-bearing subunits, wherein each of the vitamin-bearing subunits comprises a carbonate backbone portion and a side chain linked to the carbonate backbone portion, the side chain comprising a covalently bound form of a vitamin, Z a is a first end group selected from the group consisting of hydrogen and groups comprising 1 to 15 carbons, and Z b is a second end group selected from the group consisting of hydrogen and groups comprising 1 to 15 carbons; and wherein weight percent (wt.%) is based on total weight of the drug composition, the drug composition is a gel formed by noncovalent interactions of polymer chains of the block copolymer in the solvent, and the drug is contained in the gel. 4 wt.% to 10 wt.% of a gel-forming block copolymer; a solvent; and 0.0001 wt.% to 10 wt.% of a drug; d' is a positive number having a value of 100 to 600, each K' is an independent divalent linking group selected from the group consisting of O, NH, S, and combinations thereof, each P a is an independent monocarbonate or polycarbonate chain comprising 1 to 10 vitamin-bearing subunits, wherein each of the vitamin-bearing subunits comprises a carbonate backbone portion and a side chain linked to the carbonate backbone portion, the side chain comprising a covalently bound form of a vitamin, Z a is a first end group selected from the group consisting of hydrogen and groups comprising 1 to 15 carbons, and Z b is a second end group selected from the group consisting of hydrogen and groups comprising 1 to 15 carbons;
A reversing rolling mill for subjecting steel plate or sheet to hot rolling provided on an entrance side and/or an exit side of the reversing rolling mill with steel-plate or sheet cooling equipment which supplies cooling water onto the upper and lower surfaces of the steel plate or sheet at a water flow rate, the cooling water being supplied onto upper and lower surfaces of the steel plate or sheet while the steel plate or sheet is passing during hot rolling, the cooling equipment including nozzles (22a, 22b) to obliquely supply the cooling water onto the upper surface of the steel plate or sheet from above, a plurality of rows of the nozzles (22a, 22b) being provided so as to eject jets of the cooling water opposing each other on the steel plate or sheet in a transferring direction of the steel plate or sheet; and characterized by: the cooling equipment is constructed to provide a water flow rate of 4 m 3 /m 2 min or more while the steel plate or sheet is passing before and/or after rolling; the nozzles (22a, 22b) eject rod-like jets (23a, 23b) of cooling water; wherein the rod-like jet of cooling water refers to cooling water jetted from a nozzle, providing then a continuous and straight flow of cooling water having a substantially circular cross section while the flow heads from the nozzle opening to the steel plate or sheet; the nozzles (22a, 22b) for ejecting the rod-like jets of cooling water are connected to a header (21a, 21b) that is provided above the steel plate or sheet, and the nozzles (22a, 22b) are arranged so that an inclination (θ1, θ2) formed by the rod-like jets of cooling water and the steel plate or sheet is 30° to 60°.
A plasticizer for a halogen-based resin comprising a condensate obtainable by an esterification reaction between a furan dicarboxylic acid compound and an aliphatic alcohol having not less than 4 and not more than 22 carbon atoms, in which the aliphatic alcohol comprises a saturated aliphatic alcohol and an unsaturated aliphatic alcohol, and a content of the unsaturated aliphatic alcohol in the aliphatic alcohol is not more than 25% by mass.