mhurhangee/ep-ind-claims huggingface dataset:
Gas-turbine balancing device with at least one annular groove provided on the outer circumference of at least one intermediate or high-pressure rotor of an intermediate or high-pressure compressor (13 or 14, respectively), with at least one balancing element being arranged in the annular groove, said balancing element being moveable in the circumferential direction along the annular groove, where the balancing element is provided with a fixing device, characterized in that the annular groove is designed at a joint region between two adjacent, bolted components (31a, 31b) of the high-pressure rotor.
An oxygenator with a hollow-fibre film bundle (13, 36) which at least in sections is surrounded by a bubble retention filter, wherein between hollow-fibre film bundle (13, 36) and bubble retention filter a gas-permeable supporting structure is arranged, wherein the supporting structure is flexible and exerts a compression pressure on the hollow-fibre film bundle (13, 36) so that an intermediate space is present between the supporting structure and the bubble retention filter.
A method for producing an electrolytic copper foil, the method comprising forming an electrolytic copper foil by: using, as an electrolytic solution, a sulfuric acid-copper sulfate aqueous solution not containing a heavy metal other than a copper metal; using an insoluble anode having a surface of a substrate covered with at least one of a platinum group metal and/or an oxide thereof, and a cathode drum facing the insoluble anode; and passing a direct current between these electrodes, characterized in that in the electrolytic solution, the following five types of additives of to are contained each in an amount described below, and the additive and the additive are each added in a ratio such that / is 0.2 to 0.7; the additive: a soluble type or dispersible type nonionic organic compound having a molecular weight of 200000 to 500000 in an amount of 5 to 15 ppm, wherein the additive is at least any one selected from the group consisting of hydroxyethyl cellulose, polyglycerin, and acetylene glycol; the additive: a collagen peptide as a low-molecular-weight organic compound having a molecular weight of 7000 or lower and 2000 or higher in an amount of 6.5 to 15 ppm; the additive: a sulfonate salt of an active organic sulfur compound in an amount of 2 to 10 ppm, wherein the additive is selected from the group consisting of sodium 3-mercapto-1-propanesulfonate or disodium bis(3-sulfopropyl)disulfide; the additive: a thiourea-based compound in an amount of 2.5 to 15 ppm, wherein the additive is at least any one selected from the group consisting of thiourea, ethylene thiourea, N,N'-diethyl thiourea, N,N'-dibutyl thiourea, and trimethyl thiourea; and the additive: a chlorine ion in an amount of 5 to 30 ppm. in the electrolytic solution, the following five types of additives of to are contained each in an amount described below, and the additive and the additive are each added in a ratio such that / is 0.2 to 0.7; the additive: a soluble type or dispersible type nonionic organic compound having a molecular weight of 200000 to 500000 in an amount of 5 to 15 ppm, wherein the additive is at least any one selected from the group consisting of hydroxyethyl cellulose, polyglycerin, and acetylene glycol; the additive: a collagen peptide as a low-molecular-weight organic compound having a molecular weight of 7000 or lower and 2000 or higher in an amount of 6.5 to 15 ppm; the additive: a sulfonate salt of an active organic sulfur compound in an amount of 2 to 10 ppm, wherein the additive is selected from the group consisting of sodium 3-mercapto-1-propanesulfonate or disodium bis(3-sulfopropyl)disulfide; the additive: a thiourea-based compound in an amount of 2.5 to 15 ppm, wherein the additive is at least any one selected from the group consisting of thiourea, ethylene thiourea, N,N'-diethyl thiourea, N,N'-dibutyl thiourea, and trimethyl thiourea; and the additive: a chlorine ion in an amount of 5 to 30 ppm.
Element including a body (11, 18,18') including at least one recess forming the pattern cavity of a decoration, said at least one recess being entirely filled by a galvanic deposition so as to form an element inlaid of at least one metallic decoration with improved visual quality, characterized in that the element includes a device for fixedly securing said at least one metallic decoration comprising at least one hole through said element, communicating with said at least one recess and being at least partially filled with said galvanic deposition so as to improve the securing of said at least decoration against said element.
Electrical Machine of the type having a housing and a terminal box fastened to the housing, wherein the housing has a receiving portion and the terminal box is configured as a closing cover having a top wall, the receiving portion comprises a perimetric wall and a screw connecting hole; the terminal box comprises a perimetric lateral wall; wherein the top wall of the closing cover has a first hole for receiving a cable passage fixture and a second hole with a cylindrical wall projection forming a screw reception hole; wherein the perimetric lateral wall of the terminal box has an inferior edge with a recess configured for receiving the perimetric wall of the receiving portion, in a fitting manner; the fastening of the terminal box to the housing being performed by fitting the perimetric wall of the receiving portion with the recess of inferior edge of the perimetric lateral wall of the terminal box, and by inserting a single screw in the screw reception hole; the screw being received by the screw reception hole of the closing cover and connected to the screw connecting hole of the receiving portion of the housing.
A fuel filter including: a case; and a filter medium disposed in the case, comprising: a fuel discharge guidance member that forms a space between the filter medium and a fuel discharge opening for discharging a fuel filtered by the filter medium to outside the fuel filter, characterized in that the fuel discharge guidance member has inside the space a sloped surface in which the fuel discharge opening is disposed at a highest position and which is sloped downward from the fuel discharge opening, and a) wherein the fuel filter comprises a cap that closes an upper open portion of the case and that has a fuel outlet opening, wherein: the fuel discharge guidance member comprises a filter medium-holding member that holds an upper portion of the filter medium; the fuel discharge opening comprises a fuel discharge passage hole provided in an upper surface portion of the filter medium-holding member, and guides the fuel filtered by the filter medium to the fuel outlet opening; and the fuel discharge passage hole is at the highest position in the upper surface portion of the filter medium-holding member, and the upper surface portion is sloped downward from the fuel discharge passage hole, or b) wherein the fuel discharge guidance member comprises a cap that closes the upper open portion of the case; the fuel discharge opening comprises a fuel outlet opening provided in the cap; and the filter medium is held by the cap, and the fuel outlet opening is at the highest position in a bottom surface of the cap that faces an upper surface of the filter medium, and the bottom surface of the cap is sloped downward from the fuel outlet opening. a fuel discharge guidance member that forms a space between the filter medium and a fuel discharge opening for discharging a fuel filtered by the filter medium to outside the fuel filter, a) wherein the fuel filter comprises a cap that closes an upper open portion of the case and that has a fuel outlet opening, wherein: the fuel discharge guidance member comprises a filter medium-holding member that holds an upper portion of the filter medium; the fuel discharge opening comprises a fuel discharge passage hole provided in an upper surface portion of the filter medium-holding member, and guides the fuel filtered by the filter medium to the fuel outlet opening; and the fuel discharge passage hole is at the highest position in the upper surface portion of the filter medium-holding member, and the upper surface portion is sloped downward from the fuel discharge passage hole, or b) wherein the fuel discharge guidance member comprises a cap that closes the upper open portion of the case; the fuel discharge opening comprises a fuel outlet opening provided in the cap; and the filter medium is held by the cap, and the fuel outlet opening is at the highest position in a bottom surface of the cap that faces an upper surface of the filter medium, and the bottom surface of the cap is sloped downward from the fuel outlet opening.
A method of shutting down a dehydrogenation reactor, the dehydrogenation reactor housing a catalyst bed containing a chromium-containing catalyst, the catalyst bed operating at a first elevated temperature under standard dehydrogenation conditions, the method comprising: (a) cooling the catalyst bed with a first cooling gas from the first elevated temperature to a second elevated temperature lower than the first elevated temperature; (b) removing the first cooling gas from the catalyst bed while maintaining the catalyst bed at about said second elevated temperature; (c) treating the catalyst bed with a reducing gas for a period of time sufficient to cause chemical reduction of at least some of the chromium in the catalyst to a reduced oxidation state; (d) cooling the catalyst bed with a second cooling gas from the second elevated temperature to a third elevated temperature lower than the second elevated temperature; (e) removing the reducing gas from the catalyst bed; (f) cooling the catalyst bed with a third cooling gas from the third elevated temperature to a fourth elevated temperature lower than the third elevated temperature; and (g) cooling the catalyst bed with a fourth cooling gas from the fourth elevated temperature to ambient temperature, whereupon the reactor is shut down, and wherein at least some of the chromium in the catalyst is at the reduced oxidation state. (a) cooling the catalyst bed with a first cooling gas from the first elevated temperature to a second elevated temperature lower than the first elevated temperature; (b) removing the first cooling gas from the catalyst bed while maintaining the catalyst bed at about said second elevated temperature; (c) treating the catalyst bed with a reducing gas for a period of time sufficient to cause chemical reduction of at least some of the chromium in the catalyst to a reduced oxidation state; (d) cooling the catalyst bed with a second cooling gas from the second elevated temperature to a third elevated temperature lower than the second elevated temperature; (e) removing the reducing gas from the catalyst bed; (f) cooling the catalyst bed with a third cooling gas from the third elevated temperature to a fourth elevated temperature lower than the third elevated temperature; and (g) cooling the catalyst bed with a fourth cooling gas from the fourth elevated temperature to ambient temperature, whereupon the reactor is shut down, and wherein at least some of the chromium in the catalyst is at the reduced oxidation state.
A pile formation apparatus for a pile fabric loom that changes a cloth fell position of a cloth to form a pile, the pile formation apparatus including: a terry motion member which generates a terry motion by pivoting back and forth about a center axis of a first pivot shaft; a movable body which supports a fell plate and which is directly connected to the terry motion member in a relatively pivotal manner about a center axis of a second pivot shaft; a guide including a guide portion (291, 293) which guides the movable body so that the movable body moves toward the front or rear of the loom; a roller (31A, 31 B) attached to the movable body, which rolls along the guide portion (291, 293), the movable body being pivotal about a center axis of the roller (31A, 31 B), the pile formation apparatus being characterized in that: the guide portion (291, 293) has a form that displaces the movable body in a direction opposite to a height displacement of the fell plate when the movable body is pivoted about the center axis of the roller (31A, 31 B). a terry motion member which generates a terry motion by pivoting back and forth about a center axis of a first pivot shaft; a movable body which supports a fell plate and which is directly connected to the terry motion member in a relatively pivotal manner about a center axis of a second pivot shaft; a guide including a guide portion (291, 293) which guides the movable body so that the movable body moves toward the front or rear of the loom; a roller (31A, 31 B) attached to the movable body, which rolls along the guide portion (291, 293), the movable body being pivotal about a center axis of the roller (31A, 31 B), the pile formation apparatus being characterized in that: the guide portion (291, 293) has a form that displaces the movable body in a direction opposite to a height displacement of the fell plate when the movable body is pivoted about the center axis of the roller (31A, 31 B).
A network node for scheduling a paging message, the network node being a first network node, characterized by the network node comprising: an acquisition unit, configured to acquire radio frequency bandwidth capabilities of at least two terminal devices to be paged, an radio frequency bandwidth capability refers to a maximum radio frequency bandwidth supported by a terminal device; and a sending unit, configured to: select a minimum radio frequency bandwidth capability from the radio frequency bandwidth capabilities of the at least two terminal devices; and send the paging message to the at least two terminal devices according to the minimum radio frequency bandwidth capability. an acquisition unit, configured to acquire radio frequency bandwidth capabilities of at least two terminal devices to be paged, an radio frequency bandwidth capability refers to a maximum radio frequency bandwidth supported by a terminal device; and a sending unit, configured to: select a minimum radio frequency bandwidth capability from the radio frequency bandwidth capabilities of the at least two terminal devices; and send the paging message to the at least two terminal devices according to the minimum radio frequency bandwidth capability.
A blade outer air seal for a gas turbine engine, comprising: a body extending between a forward edge and an aft edge, and including: an outer radial surface; an inner radial surface including a plurality of seal sections (34,36,38,40,42,58), and a plurality of risers (44,46), wherein each riser extends radially between axially adjacent seal sections; characterised by a plurality of cooling air apertures (62,88,90,92), where each cooling air aperture extends between the outer radial surface and a respective riser, where an exit (73, 101, 103) of each cooling air aperture is configured to direct cooling air substantially parallel to a respective downstream adjacent seal section of the inner radial surface. an outer radial surface; an inner radial surface including a plurality of seal sections (34,36,38,40,42,58), and a plurality of risers (44,46), wherein each riser extends radially between axially adjacent seal sections; characterised by a plurality of cooling air apertures (62,88,90,92), where each cooling air aperture extends between the outer radial surface and a respective riser, where an exit (73, 101, 103) of each cooling air aperture is configured to direct cooling air substantially parallel to a respective downstream adjacent seal section of the inner radial surface.
Process for producing LPG from a hydrocarbon feed comprising polyaromatics, the process comprising contacting the feed in the presence of hydrogen with a M/zeolite catalyst at a pressure of 65-150 bara, a temperature of 350-500 °C, a WHSV of 0.1-10 h -1 and a H 2 /HC ratio of 1-20, wherein said M/zeolite catalyst comprises: 0.05-2.5 wt-% of element M, wherein said element M is one or more elements selected from Group 10 of the Periodic Table of Elements; and an aluminosilicate zeolite having a pore size of 6-8Å and a SiO 2 /Al 2 O 3 ratio of 50-120. 0.05-2.5 wt-% of element M, wherein said element M is one or more elements selected from Group 10 of the Periodic Table of Elements; and an aluminosilicate zeolite having a pore size of 6-8Å and a SiO 2 /Al 2 O 3 ratio of 50-120.
Method for operating a speech dialog system, comprising the following steps: - determining a vehicle context and - determining information which is stored in a control unit and is associated with the vehicle context, characterized by - checking whether the information has a period of validity less than a predefined reference value and should thus be classified as urgent, and, if the information is urgent, - checking whether, for a vehicle user, the information has an importance value, manually stored or learned from a user behavior, that exceeds a predetermined threshold value, - wherein, if the threshold value is also exceeded, a speech output adapted to a current communication status of the speech dialog system is automatically output (S11, S17, S19) to the vehicle user, wherein, if there is a communication status in which there is no communication between the vehicle user and the speech dialog system, the speech output is automatically output as a prosodically stressed first speech output, which is different from the information, in order to attract the attention of and establish the readiness to listen of the vehicle user. - determining a vehicle context and - determining information which is stored in a control unit and is associated with the vehicle context, characterized by - checking whether the information has a period of validity less than a predefined reference value and should thus be classified as urgent, and, if the information is urgent, - checking whether, for a vehicle user, the information has an importance value, manually stored or learned from a user behavior, that exceeds a predetermined threshold value, - wherein, if the threshold value is also exceeded, a speech output adapted to a current communication status of the speech dialog system is automatically output (S11, S17, S19) to the vehicle user, wherein, if there is a communication status in which there is no communication between the vehicle user and the speech dialog system, the speech output is automatically output as a prosodically stressed first speech output, which is different from the information, in order to attract the attention of and establish the readiness to listen of the vehicle user.
A method performed by a terminal in a wireless communication system, the method comprising: identifying a transmission of a first sidelink signal associated with a first radio access technology, RAT, for a long term evolution, LTE, and a transmission of a second sidelink signal associated with a second RAT for a new radio, NR; identifying whether the transmission of the first sidelink signal overlaps with the transmission of the second sidelink signal on a time domain; and transmitting one sidelink signal among the first sidelink signal or the second sidelink signal based on a first priority associated with the first sidelink signal and a second priority associated with the second sidelink signal, in case that the transmission of the first sidelink signal overlaps with the transmission of the second sidelink signal, wherein, in case that the first sidelink signal corresponds to a first physical sidelink shared channel, PSSCH, using the first RAT, the first priority is obtained based on sidelink control information, SCI, scheduling the first PSSCH, and wherein, in case that the second sidelink signal corresponds to a physical sidelink feedback channel, PSFCH, using the second RAT, the second priority is obtained based on SCI scheduling a second PSSCH corresponding to the PSFCH. identifying a transmission of a first sidelink signal associated with a first radio access technology, RAT, for a long term evolution, LTE, and a transmission of a second sidelink signal associated with a second RAT for a new radio, NR; identifying whether the transmission of the first sidelink signal overlaps with the transmission of the second sidelink signal on a time domain; and transmitting one sidelink signal among the first sidelink signal or the second sidelink signal based on a first priority associated with the first sidelink signal and a second priority associated with the second sidelink signal, in case that the transmission of the first sidelink signal overlaps with the transmission of the second sidelink signal, wherein, in case that the first sidelink signal corresponds to a first physical sidelink shared channel, PSSCH, using the first RAT, the first priority is obtained based on sidelink control information, SCI, scheduling the first PSSCH, and wherein, in case that the second sidelink signal corresponds to a physical sidelink feedback channel, PSFCH, using the second RAT, the second priority is obtained based on SCI scheduling a second PSSCH corresponding to the PSFCH.
A device for the temporary storage of gaseous substances, in particular gas storage device, at least comprising - a gas storage space, - an inner membrane, which inner membrane spatially delimits the gas storage space with an inner side facing the gas storage space, as well as - an outer membrane, which outer membrane is arranged at least in sections around an outer side of the inner membrane, which outer side is facing away from the gas storage space, wherein an intermediate space is formed between the outer side of the inner membrane and an inner side of the outer membrane that is facing the outer side of the inner membrane, wherein it is provided that within the outer membrane, in particular within at least one outer membrane segment of the outer membrane, at least one spatially limited cavity is provided, which cavity is fluidically coupled to the intermediate space, characterised in that the at least one cavity is formed by at least two material sections, in particular by a first material section and by a second material section, the first material section being designed to be fluid-permeable at least in sections, and wherein the first material section comprising a grid structure, a grid network or a similar perforated structure having a multiplicity of openings, and wherein the first material section is integrated into the respective outer membrane segment. - a gas storage space, - an inner membrane, which inner membrane spatially delimits the gas storage space with an inner side facing the gas storage space, as well as - an outer membrane, which outer membrane is arranged at least in sections around an outer side of the inner membrane, which outer side is facing away from the gas storage space, wherein an intermediate space is formed between the outer side of the inner membrane and an inner side of the outer membrane that is facing the outer side of the inner membrane, wherein it is provided that within the outer membrane, in particular within at least one outer membrane segment of the outer membrane, at least one spatially limited cavity is provided, which cavity is fluidically coupled to the intermediate space, characterised in that the at least one cavity is formed by at least two material sections, in particular by a first material section and by a second material section, the first material section being designed to be fluid-permeable at least in sections, and wherein the first material section comprising a grid structure, a grid network or a similar perforated structure having a multiplicity of openings, and wherein the first material section is integrated into the respective outer membrane segment.