mhurhangee/ep-ind-claims huggingface dataset:
A method for notifying a trap to other functional components of a device, the method performed by the device and comprising: receiving a trap registration request from a server, wherein the trap registration request includes a target identifier, a trap identifier and a server identifier; checking whether the server has an Exec permission on an executable node pointed by the target identifier and associated with the trap identifier; performing a registration by storing the server identifier if the server has the Exec permission on the executable node, wherein the trap includes an event to be monitored and is associated with the server identifier and the trap identifier; detecting the event; checking whether the server identified by the server identifier has the Exec permission on the executable node; and notifying the trap to the executable node if the server identified by the server identifier has the Exec permission on the executable node. receiving a trap registration request from a server, wherein the trap registration request includes a target identifier, a trap identifier and a server identifier; checking whether the server has an Exec permission on an executable node pointed by the target identifier and associated with the trap identifier; performing a registration by storing the server identifier if the server has the Exec permission on the executable node, wherein the trap includes an event to be monitored and is associated with the server identifier and the trap identifier; detecting the event; checking whether the server identified by the server identifier has the Exec permission on the executable node; and notifying the trap to the executable node if the server identified by the server identifier has the Exec permission on the executable node.
A control arrangement for controlling operating conditions of a fuel cell device, which produces electricity with fuel cells, each fuel cell In the fuel cell device comprising an anode side, a cathode side, an electrolyte between the anode side and the cathode side, and the fuel cells are arranged to be In stack formation, the fuel cell device comprising load for fuel cells, a controller for said load for fuel cells, means for determining essential temperature information of the fuel cells, and the fuel cell device has been arranged to be parallel connected to electrical network for producing electrical current to electrical network, characterized by, that the control arrangement comprises: at least one controllable electrical heater (134a, 134b) for operating as a device producing heat quantities as controllable heat quantities both in normal operation conditions and in power Imbalance situations, and at least two controllers (134, 135, 136, 137, 138) for controlling as controllable fuel cell quantities at least amount of air flow to the fuel cells and heat applied to the stack environment for controlling at least one of the controllable heat quantities and controllable fuel cell quantities essentially to a target value, and a low level high speed controller for controlling In power imbalance situation said at least one controllable electrical heater by deriving the heater power based on the power balance of the fuel cell device to operate said heater as a buffer for excess energy of the fuel cell device.
Tyre for a heavy-duty vehicle of construction plant type, comprising: radially from the outside to the inside, a tread, a crown reinforcement and a carcass reinforcement, said crown reinforcement comprising at least one crown layer formed of elastic metal reinforcers coated in an elastomer compound making, with a circumferential direction (XX'), an angle A; said carcass reinforcement being made up of at least two carcass layers (50, 60) comprising metal reinforcers (52, 62) coated in an elastomer compound (51, 61), said carcass layers having stiffnesses per unit width R1, R2, for the first and second layers, respectively, measured in the equatorial plane, the metal reinforcers of a first carcass layer form, with the circumferential direction (XX'), an angle A1, and the metal reinforcers of a second carcass layer form, with the circumferential direction (XX'), an angle A2, such that the angles A1 and A2, and the stiffnesses R1 and R2, measured in the equatorial plane, simultaneously satisfy the following three relationships: a) R 1 ∗ sin 2 2 ∗ A 1 + R 2 ∗ sin 2 2 ∗ A 2 ≥ R 1 + R 2 ∗ sin 2 30 °, b) A 1 − A 2 < 10 °, c) 0.7 ≤ R 1 / R 2 ≤ 1.3, characterized in that the metal reinforcers (52, 62) of each carcass layer (50, 60) have a critical compression buckling deformation DF at least equal to 2.5% and a compression elastic modulus MC at least equal to 10 GPa. radially from the outside to the inside, a tread, a crown reinforcement and a carcass reinforcement, said crown reinforcement comprising at least one crown layer formed of elastic metal reinforcers coated in an elastomer compound making, with a circumferential direction (XX'), an angle A; said carcass reinforcement being made up of at least two carcass layers (50, 60) comprising metal reinforcers (52, 62) coated in an elastomer compound (51, 61), said carcass layers having stiffnesses per unit width R1, R2, for the first and second layers, respectively, measured in the equatorial plane, the metal reinforcers of a first carcass layer form, with the circumferential direction (XX'), an angle A1, and the metal reinforcers of a second carcass layer form, with the circumferential direction (XX'), an angle A2, such that the angles A1 and A2, and the stiffnesses R1 and R2, measured in the equatorial plane, simultaneously satisfy the following three relationships: a) R 1 ∗ sin 2 2 ∗ A 1 + R 2 ∗ sin 2 2 ∗ A 2 ≥ R 1 + R 2 ∗ sin 2 30 °, b) A 1 − A 2 < 10 °, c) 0.7 ≤ R 1 / R 2 ≤ 1.3, a) R 1 ∗ sin 2 2 ∗ A 1 + R 2 ∗ sin 2 2 ∗ A 2 ≥ R 1 + R 2 ∗ sin 2 30 °, b) A 1 − A 2 < 10 °, c) 0.7 ≤ R 1 / R 2 ≤ 1.3,
Method for treatment of lithium batteries and recovery of the metals contained therein comprising the following steps: - completely discharging the single cells by immersion in a conductive solid material; - separating black mass from metal shells, - removing active powder from metal collectors and from separating membranes, non-destructive to the latter, by immersion of black mass in an aqueous solution of a weak organic acid; - recovering and separating metal collectors and separating membranes from active powder by sieving; - dissolving, by leaching, the metals from active powder by using a detachment acid solution, by adding a stronger acid; heating and subsequent filtration of the leachate to remove insoluble parts; - precipitation of the transition metals contained in the leachate as sulfides by adjusting the pH and adding a solution of a source of sulfide ions, preferably an alkaline sulfide; - filtering, washing and recovering the precipitate; - acidification of the lithium solution with strong acids, evaporation and precipitation of sodium and potassium salts; - filtering sodium and potassium salts to obtain only lithium in the solution; - lithium precipitation as lithium carbonate, by adding an alkaline carbonate; - washing the lithium carbonate precipitate with hot water to obtain a purified product. - completely discharging the single cells by immersion in a conductive solid material; - separating black mass from metal shells, - removing active powder from metal collectors and from separating membranes, non-destructive to the latter, by immersion of black mass in an aqueous solution of a weak organic acid; - recovering and separating metal collectors and separating membranes from active powder by sieving; - dissolving, by leaching, the metals from active powder by using a detachment acid solution, by adding a stronger acid; heating and subsequent filtration of the leachate to remove insoluble parts; - precipitation of the transition metals contained in the leachate as sulfides by adjusting the pH and adding a solution of a source of sulfide ions, preferably an alkaline sulfide; - filtering, washing and recovering the precipitate; - acidification of the lithium solution with strong acids, evaporation and precipitation of sodium and potassium salts; - filtering sodium and potassium salts to obtain only lithium in the solution; - lithium precipitation as lithium carbonate, by adding an alkaline carbonate; - washing the lithium carbonate precipitate with hot water to obtain a purified product.
A method of detecting analytes in a sample comprising exposing the test region of a test strip in an assay system to an energy signal applied by an energy source after contacting the test strip of the assay system with a sample, wherein the sample moves through the test strip by capillary action, the assay system comprising nanoparticles conjugated to analyte binding molecule that bind the analyte in the sample and a test region comprising capture molecules; and measuring the heating response to the applied energy signal generated in the test region by a sensor and analyzing a slope and a maximum level of the heating response to detect the presence or absence of the analyte in the test region. exposing the test region of a test strip in an assay system to an energy signal applied by an energy source after contacting the test strip of the assay system with a sample, wherein the sample moves through the test strip by capillary action, the assay system comprising nanoparticles conjugated to analyte binding molecule that bind the analyte in the sample and a test region comprising capture molecules; and measuring the heating response to the applied energy signal generated in the test region by a sensor and analyzing a slope and a maximum level of the heating response to detect the presence or absence of the analyte in the test region.
An isolated macromolecule transduction domain peptide capable of mediating the transport of a biologically active molecule into a cell, wherein the peptide comprises an amino acid sequence of SEQ ID NO: 173, wherein said MTD peptide is characterized as having a single hydrophobic region at its N-terminus, forming a helix structure, exhibiting flexibility, and having 7 to 17 amino acids in length.
A method of producing an electrode catalyst having a porous carbon support that has nanopores having a pore diameter of 1 to 20 nm, micropores having a pore diameter of less than 1 nm, and a BET specific surface area (nitrogen adsorption specific surface area) of 1000 to 1500 m 2 /g, and catalyst particles containing Pt supported on the support, the method including: a first step for preparing a powder in which the catalyst particles are supported on the support by using the support and raw materials of the catalyst particle; and a second step for accommodating the powder obtained through the first step in a flow-type reactor, flowing ammonia gas through the reactor under conditions of a concentration of 10 to 100% and a pressure of 0.1 MPa to 0.5 MPa, and regulating the temperature in the reactor to 500 °C or more and less than the decomposition temperature of ammonia, keeping for 5 to 10 hours to chemically react the powder and the ammonia gas. a first step for preparing a powder in which the catalyst particles are supported on the support by using the support and raw materials of the catalyst particle; and a second step for accommodating the powder obtained through the first step in a flow-type reactor, flowing ammonia gas through the reactor under conditions of a concentration of 10 to 100% and a pressure of 0.1 MPa to 0.5 MPa, and regulating the temperature in the reactor to 500 °C or more and less than the decomposition temperature of ammonia, keeping for 5 to 10 hours to chemically react the powder and the ammonia gas.
Propeller for a turbomachine comprising a plurality of blades and a blade support ring fitted with housings each of which holds a pivot supporting the root of one of said blades, characterized by the fact that at least one of the pivots is associated with at least one dynamic scoop, capable of moving between distinct positions, an open position in which a cooling airflow can be captured, and a closed position as a function of the orientation of the corresponding blade.
A method for evacuating and closing at least one filled container within an enclosed housing having an entrance opening for the at least one container, comprising (a) positioning a shroud over the entrance opening of the housing, thereby sealing the entrance opening from the ambient; (b) removing ambient air from the housing and replacing the ambient air with an inert gas substantially devoid of oxygen; (c) presenting the at least one filled container through the housing entrance opening and into the shroud; (d) sealing the housing entrance opening from the ambient; (e) evacuating the ambient air from the at least one filled container by applying a vacuum to the shroud; (f) injecting the inert gas into the shroud corresponding to the inert gas of the housing; (g) closing the at least one filled container; and (h) removing the closed at least one filled container from the housing while maintaining the inert gas composition and the pressure level within the housing. (a) positioning a shroud over the entrance opening of the housing, thereby sealing the entrance opening from the ambient; (b) removing ambient air from the housing and replacing the ambient air with an inert gas substantially devoid of oxygen; (c) presenting the at least one filled container through the housing entrance opening and into the shroud; (d) sealing the housing entrance opening from the ambient; (e) evacuating the ambient air from the at least one filled container by applying a vacuum to the shroud; (f) injecting the inert gas into the shroud corresponding to the inert gas of the housing; (g) closing the at least one filled container; and (h) removing the closed at least one filled container from the housing while maintaining the inert gas composition and the pressure level within the housing.
High frequency power line communication system on a pilot line, for information exchange between two stand-alone assemblies (2, 4) comprising at each end a transmitting subassembly for high frequency PLC and a termination impedance, the said pilot line transmitting to one of the assemblies that is a receiver a low frequency PWM square wave signal that provides information, particularly by the width of its voltage windows, and characterised by the fact that each of the termination impedances is made up of a grounded circuit comprising a condenser and a resistor arranged in a serial manner, and by the fact that the PWM square wave signal is transmitted into the receiver assembly up to a push-pull amplifier comprising a substantially high input impedance and an output impedance that allows for this wave to be transmitted to a PWM wave signal analysis unit.
A method to control an image processing apparatus, the method comprising: obtaining linkage information representing a relation between a plurality of image files; and recording the linkage information as metadata in each of the plurality of image files, characterized in that the linkage information recorded in the metadata of each of the plurality of image files includes information of levels, relative to the image file, of other image files of the plurality of image files, the levels being classified into upper and lower levels, wherein a first created image file among the plurality of image files is classified as an upper level and each of remaining image files among the plurality of image files is classified as a lower level, and wherein the linkage information in the metadata of the first created image file is updated such that each of the lower level image files are linked to the first created image file, and the linkage information in the metadata of each of the remaining image files is updated such that the first created image file is linked as an upper-level image file to each of the remaining image files. obtaining linkage information representing a relation between a plurality of image files; and recording the linkage information as metadata in each of the plurality of image files, characterized in that the linkage information recorded in the metadata of each of the plurality of image files includes information of levels, relative to the image file, of other image files of the plurality of image files, the levels being classified into upper and lower levels, wherein a first created image file among the plurality of image files is classified as an upper level and each of remaining image files among the plurality of image files is classified as a lower level, and wherein the linkage information in the metadata of the first created image file is updated such that each of the lower level image files are linked to the first created image file, and the linkage information in the metadata of each of the remaining image files is updated such that the first created image file is linked as an upper-level image file to each of the remaining image files.
Mallet, particularly for comminuting devices having a rotor and/or at least one shaft on and/or to which the mallet can be fixed, consisting of a main body provided with a through bore, wherein the through bore is provided to connect the mallet to the rotor and/or shaft, and a cutting insert, which can be connected detachable/firmly to the main body by at least one form-fit connection and by at least one connecting means, the connecting means exerts a force in the direction of a symmetrical axis of the connecting means, which pulls and/or pushes the cutting insert into the form-fit connection of the main body, wherein the force results in a force, which pulls and/or pushes the cutting insert into the main body at a decreasing angle (α) between 91 and 145° with regard to an axis of the mallet extending parallelly to the resulting force, and the symmetrical axis of the connecting means substantially parallel to the axis, characterised in that between the main body and the cutting insert a crescent-shaped chamber is provided, through which the connecting means is passed through.
Moulding tool for producing a fibre composite component, having a shaping tool surface, against which a semifinished fibre product for producing the fibre composite component lies, and having at least one temperature-control device, which is intended for controlling the temperature of the semifinished fibre product and thermally interacts with the shaping tool surface, at least in partial regions, to control the temperature of the semifinished fibre product, characterized in that the temperature-control device has a cavity, which is provided in the moulding tool and which is in such communicating connection by way of at least one fluid inlet with a temperature-control chamber into which the moulding tool for producing the fibre composite component has been introduced that a temperature-controlled gaseous fluid intended for controlling the temperature of the semifinished fibre product and circulating in the temperature-control chamber can flow into the cavity, the cavity being in such communicating connection with the temperature-control chamber by way of a fluid outlet that the gaseous fluid that has flowed into the cavity can flow back into the temperature-control chamber, and the fluid inlet having an inflow tube, the one end of which opens out into the cavity and the other end of which is aligned in the direction of flow of the gaseous fluid circulating in the temperature-control chamber.
A method, comprising: with a recovery module in an origin data center, subdividing tags corresponding to objects in a content delivery network, CDN, to form a plurality of batches; with the recovery module, modifying the tags in a first batch of the plurality of batches, wherein the modified tags are stored at an origin data center in the CDN; performing a forced refresh of the objects in the first batch as part of a revalidation process associated with edge servers (130A, 130B) in the CDN; and upon determining with the recovery module that the forced refresh of the objects in the first batch is complete, using the recovery module to select and modify the tags in a second batch of the plurality of batches to perform a forced refresh on the objects in the second batch. with a recovery module in an origin data center, subdividing tags corresponding to objects in a content delivery network, CDN, to form a plurality of batches; with the recovery module, modifying the tags in a first batch of the plurality of batches, wherein the modified tags are stored at an origin data center in the CDN; performing a forced refresh of the objects in the first batch as part of a revalidation process associated with edge servers (130A, 130B) in the CDN; and upon determining with the recovery module that the forced refresh of the objects in the first batch is complete, using the recovery module to select and modify the tags in a second batch of the plurality of batches to perform a forced refresh on the objects in the second batch.
Sewing machine - with a housing (2, 3, 4), - with stitch forming tools (10, 11) for seam forming including a needle bar to hold a sewing needle, - with a thread lever, -- which guides an upper thread -- and is displaceable, driven in a synchronized manner with respect to the stitch forming tools (10, 11), between a top dead centre and a bottom dead centre, - with an upstream upper thread guide component in the upper thread path before the thread lever, - with a downstream upper thread guide component in the upper thread path after the thread lever, - with a thread path presetting device influencing the length of the upper thread path between the upstream upper thread guide component and the thread lever, wherein the thread path pre-setting device has at least one projecting element, which is arranged in such a way that the upper thread, between the upstream upper thread guide component and the thread lever, runs out from a main upper thread guide plane defined by the upstream upper thread guide component, the thread lever and the downstream upper thread guide component. - with a housing (2, 3, 4), - with stitch forming tools (10, 11) for seam forming including a needle bar to hold a sewing needle, - with a thread lever, -- which guides an upper thread -- and is displaceable, driven in a synchronized manner with respect to the stitch forming tools (10, 11), between a top dead centre and a bottom dead centre, -- which guides an upper thread -- and is displaceable, driven in a synchronized manner with respect to the stitch forming tools (10, 11), between a top dead centre and a bottom dead centre, - with an upstream upper thread guide component in the upper thread path before the thread lever, - with a downstream upper thread guide component in the upper thread path after the thread lever, - with a thread path presetting device influencing the length of the upper thread path between the upstream upper thread guide component and the thread lever,
A fluid pump comprising: - a pump body having a fluid path with an inlet and an outlet, - a diaphragm disposed along the fluid path between the inlet and the outlet, - a non-return valve (26, 27) to control the direction of flow along the fluid path, and - a diaphragm actuating unit comprising an unbalanced motor, - characterised in that the fluid pump further comprises: a motion constraining unit (40, 60) to constrain the motion of the unbalanced motor such that the motion of the unbalanced motor is towards and away from the pump body. - a pump body having a fluid path with an inlet and an outlet, - a diaphragm disposed along the fluid path between the inlet and the outlet, - a non-return valve (26, 27) to control the direction of flow along the fluid path, and - a diaphragm actuating unit comprising an unbalanced motor, - characterised in that the fluid pump further comprises: a motion constraining unit (40, 60) to constrain the motion of the unbalanced motor such that the motion of the unbalanced motor is towards and away from the pump body.