mhurhangee/ep-ind-claims huggingface dataset:
High-frequency cooking device, in particular microwave oven, having a cooking container which can be closed by a device door, wherein a high-frequency damping apparatus is arranged between an inner unit (11/10) of the device door facing the loading opening of the cooking container and a container edge forming or moving the loading opening, wherein the high-frequency damping apparatus is a component of the inner unit (11/10) of the device door and can be moved and tensioned against a peripheral unit of the device door by means of elastic pressurising means, characterised in that the high-frequency damping apparatus and the elastic pressurising means are arranged completely in the interior of the device door between the peripheral unit and the inner unit (11/10) and can be tensioned with a predetermined compressive force against an edge flange of the cooking container.
A method for loading and unloading an internally toothed workpiece or a workpiece that is to be provided with internal toothing into/out of a clamping position in which the workpiece is clamped externally, wherein the workpiece, held by a retaining device, is brought into the clamping position by means of a conveying movement (α) so that said workpiece, when clamped, has internal toothing cut by a gear cutting tool that occupies a cutting chamber and, after cutting, said workpiece, which is held by the retaining device, is returned from the clamping position by means of a return movement (ω), characterised in that, prior to cutting, the retaining device is allowed to carry out an evasive movement (δ) that is different from the return movement (ω)/reverse conveying movement (-α) and that frees the cutting chamber (u). wherein the workpiece, held by a retaining device, is brought into the clamping position by means of a conveying movement (α) so that said workpiece, when clamped, has internal toothing cut by a gear cutting tool that occupies a cutting chamber and, after cutting, said workpiece, which is held by the retaining device, is returned from the clamping position by means of a return movement (ω), characterised in that, prior to cutting, the retaining device is allowed to carry out an evasive movement (δ) that is different from the return movement (ω)/reverse conveying movement (-α) and that frees the cutting chamber (u).
A pressure sensitive adhesive comprising a hyperbranched polymer, the hyperbranched polymer comprising at least one silsesquioxane core and at least two polymer chains chemically bound to each of said silsesquioxane core, wherein the at least two polymer chains emanate from a central silicate core to form a hyperbranched polymer, wherein the hyperbranched polymer is formed by a hydrolyzable and condensable or only a condensable precursor, the precursor having a formula: R-Si 3-a a wherein R is one of a nonhydrolyzable organic group, a nonhydrolyzable oligomer chain, and a nonhydrolyzable polymer chain, X is a hydrolyzable group, Y is an organofunctional group, and the value of "a" is selected from the group consisting of 0, 1, 2, and combinations thereof, wherein X is selected from the group consisting of halogen, acyloxy, ketoximate, alkoxy, and combinations thereof, wherein the number average molecular weight (Mn) of the precursor is within a range of from 2,000 to 300,000 g/mole, determined by gel permeation chromatography as described in the description, and wherein the pressure sensitive adhesive is free of crosslinking. wherein the at least two polymer chains emanate from a central silicate core to form a hyperbranched polymer, wherein the hyperbranched polymer is formed by a hydrolyzable and condensable or only a condensable precursor, the precursor having a formula: R-Si 3-a a wherein R is one of a nonhydrolyzable organic group, a nonhydrolyzable oligomer chain, and a nonhydrolyzable polymer chain, X is a hydrolyzable group, Y is an organofunctional group, and the value of "a" is selected from the group consisting of 0, 1, 2, and combinations thereof, wherein X is selected from the group consisting of halogen, acyloxy, ketoximate, alkoxy, and combinations thereof, wherein the number average molecular weight (Mn) of the precursor is within a range of from 2,000 to 300,000 g/mole, determined by gel permeation chromatography as described in the description, and wherein the pressure sensitive adhesive is free of crosslinking.
A method for initiating a Label Distribution Protocol, LDP, session connection, comprising: using, by a local device, an address of the local device that belongs to a first transport address family as a connection address of the local device, and starting an LDP session setup procedure for the local device and a peer device according to the connection address of the local device; setting, by the local device, a random time value and performing timing in the LDP session setup procedure, wherein the random time value is set by starting a random value timer; determining, by the local device, that current time reaches the random time value and that the LDP session setup fails; and selecting, by the local device, an address of the local device that belongs to a second transport address family as a new connection address of the local device, and starting a new LDP session setup procedure for the local device and the peer device according to the new connection address of the local device. using, by a local device, an address of the local device that belongs to a first transport address family as a connection address of the local device, and starting an LDP session setup procedure for the local device and a peer device according to the connection address of the local device; setting, by the local device, a random time value and performing timing in the LDP session setup procedure, wherein the random time value is set by starting a random value timer; determining, by the local device, that current time reaches the random time value and that the LDP session setup fails; and selecting, by the local device, an address of the local device that belongs to a second transport address family as a new connection address of the local device, and starting a new LDP session setup procedure for the local device and the peer device according to the new connection address of the local device.
A captive fastener assembly comprising: a barrel with an internal passage separating a tool opening from a fastener opening, and the internal passage being divided into a cage volume and a fastener passage by an internal thrust surface, and the barrel including an external attachment surface and an external thrust surface located opposite to the internal thrust surface; the captive fastener assembly including a retention component that defines a tool passage through a capture surface, and being mechanically mounted to a surface that defines the internal passage at a location adjacent the tool opening; and the captive fastener assembly further including a captured fastener trapped to move between contact with the capture surface and the internal thrust surface in the cage volume, and the captured fastener defining an Allen socket oriented toward the tool opening and threads oriented toward the fastener opening; the captured fastener has a guide interaction with the barrel along a common centerline when moving between contact with the capture surface and contact with the internal thrust surface. a barrel with an internal passage separating a tool opening from a fastener opening, and the internal passage being divided into a cage volume and a fastener passage by an internal thrust surface, and the barrel including an external attachment surface and an external thrust surface located opposite to the internal thrust surface; the captive fastener assembly including a retention component that defines a tool passage through a capture surface, and being mechanically mounted to a surface that defines the internal passage at a location adjacent the tool opening; and the captive fastener assembly further including a captured fastener trapped to move between contact with the capture surface and the internal thrust surface in the cage volume, and the captured fastener defining an Allen socket oriented toward the tool opening and threads oriented toward the fastener opening; the captured fastener has a guide interaction with the barrel along a common centerline when moving between contact with the capture surface and contact with the internal thrust surface.
A communication control method used in a cellular communication system, the communication control method comprising: receiving, by a second Integrated Access and Backhaul, IAB, node, configuration information including a first path configuration for configuring a first path and a second path configuration for configuring a second path; performing, by the second IAB node, routing to the first path; receiving, by the second IAB node and from a first IAB node, a failure occurrence notification indicating occurrence of a failure in a backhaul link; and by the second IAB node and in response to reception of the failure occurrence notification, considering the first path as not available and performing routing to the second path. receiving, by a second Integrated Access and Backhaul, IAB, node, configuration information including a first path configuration for configuring a first path and a second path configuration for configuring a second path; performing, by the second IAB node, routing to the first path; receiving, by the second IAB node and from a first IAB node, a failure occurrence notification indicating occurrence of a failure in a backhaul link; and by the second IAB node and in response to reception of the failure occurrence notification, considering the first path as not available and performing routing to the second path.
A galvanic oxygen sensor comprising: a housing, a copper-containing cathode, a tin-containing anode, a diffusion barrier and an aqueous electrolyte with metal salts, characterized in that the oxygen sensor comprises at least one catalyst poison which prevents or reduces the decomposition of nitrous oxide at the cathode, wherein the at least one catalyst poison is sulfur and/or a sulfur-containing composition such as thiosulfate and/or polysulfide, wherein the sulfur, thiosulfate and/or polysulfide content in the electrolyte and/or the cathode lies between 0.0001 and 10 %. a housing, a copper-containing cathode, a tin-containing anode, a diffusion barrier and an aqueous electrolyte with metal salts, characterized in that the oxygen sensor comprises at least one catalyst poison which prevents or reduces the decomposition of nitrous oxide at the cathode,
A method of controlling the hydraulic pressure in a gyratory crusher hydraulic system, the hydraulic system comprising a pressure relief valve which comprises a hydraulic fluid vestibule, which is fluidly connected to a hydraulic fluid space of a gyratory crusher, a logic element for dumping hydraulic fluid from the hydraulic fluid space and which comprises a plunger which has a first plunger surface, which is fluidly connected to the hydraulic fluid in the hydraulic fluid vestibule, and a second plunger surface, which is arranged opposite to the first plunger surface, and at least a first control pipe which fluidly connects the second plunger surface to the hydraulic fluid vestibule, the method comprising: reducing the hydraulic pressure at the second plunger surface by releasing hydraulic fluid in fluid contact with the second plunger surface such that the plunger is moved in a first direction by a difference in pressure between the first and second plunger surfaces (76, 78) to switch the logic element from a closed position to an open position to release hydraulic fluid from the vestibule; the method characterized in supplying a flow of hydraulic fluid from the vestibule to the second plunger surface via the first control pipe whilst the logic element is in the open position to move the plunger in a second direction and return the logic element to the closed position; and restricting said flow of hydraulic fluid from the vestibule to the second plunger surface via the first control pipe to cause an underpressure at the second plunger surface relative to the first plunger surface to hamper the movement of the plunger in the second direction and the return of the logic element to the closed position. reducing the hydraulic pressure at the second plunger surface by releasing hydraulic fluid in fluid contact with the second plunger surface such that the plunger is moved in a first direction by a difference in pressure between the first and second plunger surfaces (76, 78) to switch the logic element from a closed position to an open position to release hydraulic fluid from the vestibule; the method characterized in supplying a flow of hydraulic fluid from the vestibule to the second plunger surface via the first control pipe whilst the logic element is in the open position to move the plunger in a second direction and return the logic element to the closed position; and restricting said flow of hydraulic fluid from the vestibule to the second plunger surface via the first control pipe to cause an underpressure at the second plunger surface relative to the first plunger surface to hamper the movement of the plunger in the second direction and the return of the logic element to the closed position.
A method of determining the concentration of a substance in a subject's blood, the method comprising: measuring an interaction of at least one light beam with a portion of the subject's body, the measuring of the interaction of the at least one light beam including measuring reflections of a reference light beam and of a measurement light beam from the portion of the subject's body; calculating a value of an optically-measured parameter indicative of the interaction of the at least one light beam with the substance in the portion of the subject's body, the optically measured parameter including a reference ratio of a reflected power of the reference light beam to an incident power of the reference light beam and a measurement ratio of a reflected power of the measurement light beam to an incident power of the measurement light beam; measuring values of temperature-indicative parameters corresponding to a temperature of the portion of the subject's body, the temperature-indicative parameters including both a body temperature of the subject and an ambient temperature of the subject; accessing an empirical correlation of the optically-measured parameter and the temperature-indicative parameters to concentrations of the substance in blood; and obtaining a concentration of the substance in the subject's blood using the empirical correlation, wherein the concentration corresponds to the value of the optically-measured parameter and the values of the temperature-indicative parameters. measuring an interaction of at least one light beam with a portion of the subject's body, the measuring of the interaction of the at least one light beam including measuring reflections of a reference light beam and of a measurement light beam from the portion of the subject's body; calculating a value of an optically-measured parameter indicative of the interaction of the at least one light beam with the substance in the portion of the subject's body, the optically measured parameter including a reference ratio of a reflected power of the reference light beam to an incident power of the reference light beam and a measurement ratio of a reflected power of the measurement light beam to an incident power of the measurement light beam; measuring values of temperature-indicative parameters corresponding to a temperature of the portion of the subject's body, the temperature-indicative parameters including both a body temperature of the subject and an ambient temperature of the subject; accessing an empirical correlation of the optically-measured parameter and the temperature-indicative parameters to concentrations of the substance in blood; and obtaining a concentration of the substance in the subject's blood using the empirical correlation, wherein the concentration corresponds to the value of the optically-measured parameter and the values of the temperature-indicative parameters.
Process for washing a polysaccharide-based material which has been subjected to oxidation by at least one oxidizing agent, the said process comprising a first washing stage in which the said material is flushed with a first densified fluid which is inert with regard to the said oxidizing agent, characterized in that the first stage is followed by a second washing stage in which the said material is flushed with a washing composition comprising at least one second inert densified fluid and at least one alcohol, the said second inert densified fluid being chosen from carbon dioxide, xenon, argon, krypton, ethane, propane, hexafluoroethane, trifluoromethane, chlorotrifluoromethane, chlorodifluoromethane, dichlorodifluoromethane and/or their mixtures.
Process for treating waste products, wherein waste products (1.1) having a content of not more than 12 g/l of organic acids and salt contents of not more than 50 g/l are firstly subjected to an anaerobic fermentation and precipitation to produce biogas, where part of the resulting liquid phase containing solid constituents is removed from the process and the other part of the liquid phase formed containing solid constituents is at least partly subjected to a magnesium ammonium phosphate precipitation (MAP precipitation), where at least one gas and magnesium, in the form of ions or magnesium-containing compounds, and also phosphorus compounds and hydroxide ions in the form of compounds are introduced into the liquid phase containing solid constituents during the MAP precipitation and a loop flow of the liquid phase containing solid constituents through the gas feed conduit is realized during the MAP precipitation, part of the liquid phase containing solid constituents formed in the MAP precipitation is then removed from the process and the other part of the liquid phase containing solid constituents formed in the MAP precipitation is fed to a filtration, where the retentate formed in the filtration is either fed to the anaerobic fermentation and/or discharged from the process and the permeate is subsequently fed to an electrochemical oxidation and the anolyte from the oxidation is then subjected to a reverse osmosis reaction and the catholyte is removed from the process, where all liquid phases containing solid constituents (7, 9, 18, 22) which arise in the process and are discharged from the process and the liquid phase formed after the reverse osmosis reaction are passed to a further use.
A coffee grinding machine comprising: - a grinder unit intended to grind coffee beans, - a container or hopper to feed the coffee beans to the grinder unit; - an electric motor connected to the grinder unit in order to actuate or stop said grinder unit; - a dispensing duct connected to the grinder unit to dispense coffee into a filter supported by a filter-holder; - a support platform disposed under said dispensing duct and intended to support the filter-holder in such manner to dispense the ground coffee into the filter; - a load cell connected to the support platform to weigh the quantity of ground coffee dispensed from the dispensing duct and contained into the filter of the filter-holder; - a control unit electrically connected to the load cell to receive an indicative value of the weight of the ground coffee contained in the filter, - a frame that contains the grinder unit, the electric motor and the control unit. wherein said control unit comprises: - a memory wherein a predefined weight value of ground coffee that corresponds to one dose is stored; and - comparison means that compare the weight of the ground coffee contained in the filter with the predefined value stored in the memory and send a stop signal (S A) to the electric motor when the weight of the ground coffee contained in the filter reaches the predefined value stored in the memory in such manner to stop the electric motor and consequently the grinder unit and the dispensing of ground coffee from the dispensing duct, characterized in that said load cell is disposed inside said frame. - a grinder unit intended to grind coffee beans, - a container or hopper to feed the coffee beans to the grinder unit; - an electric motor connected to the grinder unit in order to actuate or stop said grinder unit; - a dispensing duct connected to the grinder unit to dispense coffee into a filter supported by a filter-holder; - a support platform disposed under said dispensing duct and intended to support the filter-holder in such manner to dispense the ground coffee into the filter; - a load cell connected to the support platform to weigh the quantity of ground coffee dispensed from the dispensing duct and contained into the filter of the filter-holder; - a control unit electrically connected to the load cell to receive an indicative value of the weight of the ground coffee contained in the filter, - a frame that contains the grinder unit, the electric motor and the control unit. - a memory wherein a predefined weight value of ground coffee that corresponds to one dose is stored; and - comparison means that compare the weight of the ground coffee contained in the filter with the predefined value stored in the memory and send a stop signal (S A) to the electric motor when the weight of the ground coffee contained in the filter reaches the predefined value stored in the memory in such manner to stop the electric motor and consequently the grinder unit and the dispensing of ground coffee from the dispensing duct,