mhurhangee/patent-ind-claim-en huggingface dataset:
Method for damping oscillations of a tower of a wind turbine during the erection of the tower and of the wind turbine , wherein the tower comprises a plurality of tower sections which each have a lower and an upper connection element , wherein at least one force-absorbing element , preferably two, particularly preferably four force-absorbing elements , are arranged on at least one tower section , preferably adjacent to the upper connection element , with the following steps: a) erecting a tower with a plurality of tower sections , b) fastening a first end of a first steel cable , namely a spiral cable , to the first force-absorbing element of a predetermined tower section , c) connecting the second end of the first steel cable to one end of a second steel cable , namely a round strand cable , d) guiding the second steel cable through a deflecting unit of a damping apparatus with at least one deflecting means , wherein the damping apparatus is positioned on a terrain surface outside the tower and in a manner spaced apart from the tower , and e) connecting the other end of the second steel cable to a ballast mass of the damping apparatus . a) erecting a tower with a plurality of tower sections , b) fastening a first end of a first steel cable , namely a spiral cable , to the first force-absorbing element of a predetermined tower section , c) connecting the second end of the first steel cable to one end of a second steel cable , namely a round strand cable , d) guiding the second steel cable through a deflecting unit of a damping apparatus with at least one deflecting means , wherein the damping apparatus is positioned on a terrain surface outside the tower and in a manner spaced apart from the tower , and e) connecting the other end of the second steel cable to a ballast mass of the damping apparatus .
A dialysis acid precursor composition for use during preparation of a dialysis acid concentrate solution and for mixing with water and a bicarbonate containing concentrate into a ready-for-use dialysis solution, wherein said dialysis acid precursor composition consists of powder components comprising sodium chloride, at least one dry acid selected from the group of citric acid and glucono-δ-lactone and at least one calcium salt selected from the group of anhydrous calcium chloride and calcium gluconate, and magnesium chloride hexahydrate, and optionally potassium salt, and glucose, wherein said optional glucose is present as anhydrous component in said dialysis acid precursor composition, and wherein said dialysis acid precursor composition is sealed in a moisture-resistant container with a water vapour transmission rate less than 0.3 g/m 2 /d at 38°C/90%RH.
A layered diesel oxidation catalyst for treatment of exhaust gas emissions from a diesel engine comprising a flow-through monolith substrate having a honeycomb structure and comprising a front zone and a rear zone, wherein the front zone of the substrate comprises a combination of layers, one on top of another and comprising two or more of layers A, B and C; and the rear zone comprises Layer D, wherein: i. Layer A comprises platinum, palladium, or combinations thereof on a molecular sieve; ii. Layer B comprises 1) platinum, palladium, or combinations thereof on a refractory metal oxide support; and 2) an alkaline earth metal, preferably barium, strontium or combinations thereof; iii. Layer C comprises 1) a platinum group metal, which is platinum or a combination of both platinum and palladium on a refractory metal oxide support; and 2) a promoter metal, which is bismuth, wherein layer C is a bottom layer coated on the substrate; and layer D comprises 1) platinum or a combination of both platinum and palladium on a refractory metal oxide support; and 2) manganese (Mn),, wherein the combination of layers in the front zone comprises: (i) Layer A and Layer C; (ii) Layer B and Layer C; or (iii) Layer A, Layer B, and Layer C. i. Layer A comprises platinum, palladium, or combinations thereof on a molecular sieve; ii. Layer B comprises 1) platinum, palladium, or combinations thereof on a refractory metal oxide support; and 2) an alkaline earth metal, preferably barium, strontium or combinations thereof; iii. Layer C comprises 1) a platinum group metal, which is platinum or a combination of both platinum and palladium on a refractory metal oxide support; and 2) a promoter metal, which is bismuth, wherein layer C is a bottom layer coated on the substrate; and
A method for generating a shared risk link group, comprising the steps of: determining (S200) a list of information of paths to be analyzed according to currently calculated first path information of a service layer and existing second path information, and initializing a Shared Risk Link Group SRLG value of each determined path to be analyzed; and determining (S201) whether the paths to be analyzed in the list of information of paths to be analyzed coincide, and according to SRLG values of a plurality of paths to be analyzed which paths are determined to be coincident, updating the SRLG value of each path to be analyzed in the plurality of paths to be analyzed which paths are determined to be coincident, chracterized in that 2. said determining information of paths to be analyzed comprises: initializing the list of information of paths to be analyzed by using the second path information, and if the second path information is empty, respectively identifying each path in the first path information as a new path, and initializing a virtual SRLG value of each path identified as a new path; determining, according to a protection attribute of each path identified as a new path in the first path information, a position where each path identified as a new path is inserted into the list of information of paths to be analyzed, so as to form the list of information of paths to be analyzed. determining (S200) a list of information of paths to be analyzed according to currently calculated first path information of a service layer and existing second path information, and initializing a Shared Risk Link Group SRLG value of each determined path to be analyzed; and determining (S201) whether the paths to be analyzed in the list of information of paths to be analyzed coincide, and according to SRLG values of a plurality of paths to be analyzed which paths are determined to be coincident, updating the SRLG value of each path to be analyzed in the plurality of paths to be analyzed which paths are determined to be coincident, chracterized in that 2. said determining information of paths to be analyzed comprises: initializing the list of information of paths to be analyzed by using the second path information, and if the second path information is empty, respectively identifying each path in the first path information as a new path, and initializing a virtual SRLG value of each path identified as a new path; determining, according to a protection attribute of each path identified as a new path in the first path information, a position where each path identified as a new path is inserted into the list of information of paths to be analyzed, so as to form the list of information of paths to be analyzed.
A conjugate comprising a synthetic isolated small activating RNA (saRNA) and a carbohydrate moiety, wherein the saRNA up-regulates the expression of CEBPA by at least 5% in the presence of the saRNA compared to the expression of CEBPA in the absence of the saRNA, wherein the saRNA is: (i) SEQ ID Nos. 14 and 15; (ii) SEQ ID Nos. 18 and 19; or (iii) SEQ ID Nos. 20 and 21. (i) SEQ ID Nos. 14 and 15; (ii) SEQ ID Nos. 18 and 19; or (iii) SEQ ID Nos. 20 and 21.
Propellant portioning device for a propellant formed from a plurality of individual propellant modules having a propellant axis (A), with at least two module holders (4.1, 4.2) characterized in the module holders (4.1, 4.2) each having at least one expandable holding element for holding one of the propellant modules , wherein the center axis of the at least two module holders (4.1, 4.2) are offset relative to each other, such that a radial movement with respect to the propellant axis (A) can take place during portioning of the propellant charge.
Toilet paper that is three or four-ply toilet paper, wherein a basis weight per ply of the toilet paper is 14.9 g/m 2 or more and 16.2 g/m 2 or less, an overall paper thickness is 297 μm or more and 435 μm or less, a dry tensile strength in a longitudinal direction is 451 cN/25 mm or more and 1001 cN/25 mm or less, and a ratio of a wet tensile strength in a horizontal direction to a dry tensile strength in a horizontal direction is 0.09 or more, wherein the basis weight per ply is measured according to JIS P 8124 , the paper thickness is measured by conditioning a test piece according to JIS P 8111 and then measuring the thickness of the test piece using a "PEACOCK G type" dial thickness gauge, the dry tensile strength is measured according to JIS P 8113 , and the wet tensile strength is measured according to JIS P 8135 . wherein a basis weight per ply of the toilet paper is 14.9 g/m 2 or more and 16.2 g/m 2 or less, an overall paper thickness is 297 μm or more and 435 μm or less, a dry tensile strength in a longitudinal direction is 451 cN/25 mm or more and 1001 cN/25 mm or less, and a ratio of a wet tensile strength in a horizontal direction to a dry tensile strength in a horizontal direction is 0.09 or more, wherein the basis weight per ply is measured according to JIS P 8124 , the paper thickness is measured by conditioning a test piece according to JIS P 8111 and then measuring the thickness of the test piece using a "PEACOCK G type" dial thickness gauge, the dry tensile strength is measured according to JIS P 8113 , and the wet tensile strength is measured according to JIS P 8135 .
A liquid for absorbing and recovering carbon dioxide from a carbon dioxide-containing gas, the liquid consisting essentially of: a secondary amine compound (A) represented by Formula R-NH-(CH 2 ) n -OH wherein R represents a C 1-4 alkyl group, and n represents an integer of 2 to 5; a polyamine compound (B) represented by Formula R 1 R 2 N-(X) m -NR 3 R 4 wherein R 1 , R 2 , R 3 , and R 4 each independently represent a hydrogen atom or a C 1-2 alkyl group, Xs each represent -CH 2 -, -O-, -NH-, or -N(CH 3 )-, and m represents an integer of 5 to 20, with the proviso that at least one of m Xs is -O-, -NH-, or -N(CH 3 )-, and two consecutive Xs adjacent to X representing -O-, -NH-, or -N(CH 3 )- each represent -CH 2 -; and water (C), wherein the content of the secondary amine compound (A) is 50 to 70 wt%, the content of the polyamine compound (B) is 0.1 to 5 wt%, based on the total weight of the liquid, and the remaining liquid is water (C). a secondary amine compound (A) represented by Formula R-NH-(CH 2 ) n -OH wherein R represents a C 1-4 alkyl group, and n represents an integer of 2 to 5; a polyamine compound (B) represented by Formula R 1 R 2 N-(X) m -NR 3 R 4 wherein R 1 , R 2 , R 3 , and R 4 each independently represent a hydrogen atom or a C 1-2 alkyl group, Xs each represent -CH 2 -, -O-, -NH-, or -N(CH 3 )-, and m represents an integer of 5 to 20, with the proviso that at least one of m Xs is -O-, -NH-, or -N(CH 3 )-, and two consecutive Xs adjacent to X representing -O-, -NH-, or -N(CH 3 )- each represent -CH 2 -; and water (C), wherein the content of the secondary amine compound (A) is 50 to 70 wt%, the content of the polyamine compound (B) is 0.1 to 5 wt%, based on the total weight of the liquid, and the remaining liquid is water (C).
Rail vehicle component group for generating an electronic life history of a machine component , comprising a machine component having a storage unit and at least one control unit , wherein the control unit is adjusted for bidirectional communication with the machine component and the control unit is adjusted so that operating data can be generated, and wherein the storage unit is adjusted at least for bidirectional communication with the control unit , wherein, during operation of the machine component , storage of the operating data generated is provided to generate an electronic life history of the machine component and wherein the storage unit also has an electronic nameplate of the machine component , wherein the machine component has at least one sensor for generating sensor data , wherein the control unit is adjusted, by bidirectional communication with the machine component during operation of the machine component in the control unit , to detect the sensor data and wherein the control unit is adjusted to generate the operating data at least partially using the acquired sensor data , and wherein the storage unit is incorporated in the sensor , and wherein the sensor is mounted on the machine component .
A computerized method of inspecting an array of cells on a substrate , the method comprising: obtaining a first cell image that was previously determined to be defect free; generating an array image by tiling and stitching copies of the first cell image; generating a reference contour image by defining a second cell image within the array image by a user, extracting contours from the second cell image and tiling and stitching copies of the extracted second cell image contours, so that the reference contour image includes contours extracted from the second cell image ; and using the reference contour image to detect defects in the array of cells on the substrate . obtaining a first cell image that was previously determined to be defect free; generating an array image by tiling and stitching copies of the first cell image; generating a reference contour image by defining a second cell image within the array image by a user, extracting contours from the second cell image and tiling and stitching copies of the extracted second cell image contours, so that the reference contour image includes contours extracted from the second cell image ; and using the reference contour image to detect defects in the array of cells on the substrate .
A method for discovering a Wi-Fi peer to peer, P2P, device capable of performing P2P communication in a wireless communication network, the method comprising: transmitting a probe request frame including a message requesting user identification information including a phone number from a second P2P device to a first P2P device; receiving a probe response frame including the user information including the phone number at the second P2P device from the first P2P device; displaying , at the second P2P device, contact point information including a name associated with the received phone number if the received phone number included in the user identification information is the same as a phone number pre-stored in a phone book in a memory of the second P2P device; and establishing a connection between the second P2P device and the first P2P device when the displayed contact point information is selected. transmitting a probe request frame including a message requesting user identification information including a phone number from a second P2P device to a first P2P device; receiving a probe response frame including the user information including the phone number at the second P2P device from the first P2P device; displaying , at the second P2P device, contact point information including a name associated with the received phone number if the received phone number included in the user identification information is the same as a phone number pre-stored in a phone book in a memory of the second P2P device; and establishing a connection between the second P2P device and the first P2P device when the displayed contact point information is selected.
A method of transmitting data from a first station to a second station on a contention-based radio channel, wherein the first station is a wireless device and the second station is a base station, the method comprising the following steps performed by the first station: obtaining a transmit identifier for the first station from a set of transmit identifiers, wherein obtaining the transmit identifier includes receiving from the second station the set of transmit identifiers; wherein obtaining the transmit identifier further includes generating, as the transmit identifier for the first station , at least one of a pseudo-random number from the set of transmit identifiers and a hash value in the set of transmit identifiers; transmitting control information including the transmit identifier to the second station; and transmitting the data to the second station according to the control information , wherein the data includes a station identifier for the first station , the station identifier or a combination of the station identifier and the transmit identifier being indicative of the first station , characterized in that the transmitted data is encoded according to a first redundancy version indicated in the transmitted control information . obtaining a transmit identifier for the first station from a set of transmit identifiers, wherein obtaining the transmit identifier includes receiving from the second station the set of transmit identifiers; wherein obtaining the transmit identifier further includes generating, as the transmit identifier for the first station , at least one of a pseudo-random number from the set of transmit identifiers and a hash value in the set of transmit identifiers; transmitting control information including the transmit identifier to the second station; and transmitting the data to the second station according to the control information , wherein the data includes a station identifier for the first station , the station identifier or a combination of the station identifier and the transmit identifier being indicative of the first station , characterized in that the transmitted data is encoded according to a first redundancy version indicated in the transmitted control information .
A cover assembly for removably covering a hub of a wheel rim , the hub including a hub inner peripheral wall that defines a hub central hole and that has a first internal thread , a hub outer peripheral wall spaced apart from the hub inner peripheral wall , and a radial peripheral wall that is connected between the hub inner peripheral wall and the hub outer peripheral wall and that is formed with a plurality of bolt holes surrounding the hub central hole , said cover assembly comprising: a ring-shaped outer cover defining a cover central hole and configured to cover the bolt holes ; a connector including a connector outer annular wall , a connector inner annular wall connected to and extending inwardly from said connector outer annular wall , and an annular flange extending outwardly and radially from a junction of said connector inner annular wall and said connector outer annular wall , said connector inner annular wall extending through said cover central hole for connection with the hub inner peripheral wall , and having an outer wall surface provided with a first external thread for threadedly connecting with the first internal thread , characterised in that said annular flange abuts, when mounted, against said ring-shaped outer cover at a side opposite to the bolt holes ; and in that the cover assembly further comprises a first elastic ring sleeved on said connector inner annular wall and configured to be disposed between and abut against said connector inner annular wall and the hub inner peripheral wall . a ring-shaped outer cover defining a cover central hole and configured to cover the bolt holes ; a connector including a connector outer annular wall , a connector inner annular wall connected to and extending inwardly from said connector outer annular wall , and an annular flange extending outwardly and radially from a junction of said connector inner annular wall and said connector outer annular wall , said connector inner annular wall extending through said cover central hole for connection with the hub inner peripheral wall , and having an outer wall surface provided with a first external thread for threadedly connecting with the first internal thread , characterised in that said annular flange abuts, when mounted, against said ring-shaped outer cover at a side opposite to the bolt holes ; and in that the cover assembly further comprises a first elastic ring sleeved on said connector inner annular wall and configured to be disposed between and abut against said connector inner annular wall and the hub inner peripheral wall .
Device for sorting parcels , comprising a sorting conveyor , sorting outlets distributed along said conveyor and a control unit which is capable of controlling the sorting conveyor for sorting the parcels in the sorting outlets on the basis of a certain piece of parcel sorting information, each sorting outlet being arranged to store a plurality of sorting receptacles each associated with a piece of parcel sorting information in the memory of the control unit, characterized in that the device also comprises, at each sorting outlet, a device for permutating receptacles comprising a shaft which is rotatable about a first horizontal axis of rotation (A1), the shaft being provided with supports which are each designed to store and vertically rotate about the first axis of rotation a receptacle for parcels, and in that the control unit controls the permutation device for immobilizing a receptacle of which the piece of parcel sorting information associated in the memory of the control unit corresponds to the piece of information regarding sorting the current parcel to be sorted, into a filling position in which the receptacle is positioned under the sorting outlet for receiving a parcel.
A fluid ejection device comprising: a fluid ejection die molded into a molding ; and a number of fluid actuators within the fluid ejection die , characterised in that the fluid ejection device further comprises a number of heat exchangers at least partially molded into the molding and thermally coupled to an ejection side of the fluid ejection die ; and a number of cooling channels defined in the molding thermally coupled to the heat exchangers . a fluid ejection die molded into a molding ; and a number of fluid actuators within the fluid ejection die , characterised in that the fluid ejection device further comprises a number of heat exchangers at least partially molded into the molding and thermally coupled to an ejection side of the fluid ejection die ; and a number of cooling channels defined in the molding thermally coupled to the heat exchangers .
A sheet manufacturing apparatus comprising: a shredder that separates feedstock containing at least fiber into shreds in air; a defibrating unit that defibrates at least the shreds in air; a forming unit that forms a sheet using defibrated material defibrated by the defibrating unit; characterized by a separator that separates the defibrated material into passed material that passes through multiple apertures, and remnants that do not pass; and a first conveyance path that conveys the remnants to the defibrating unit; wherein the defibration capacity, which is the amount defibrated per unit time by the defibrating unit, is greater than or equal to the sum of the amount passing through the first conveyance path per unit time and the shredding capacity, which is the amount shredded per unit time by the shredder. a shredder that separates feedstock containing at least fiber into shreds in air; a defibrating unit that defibrates at least the shreds in air; a forming unit that forms a sheet using defibrated material defibrated by the defibrating unit; characterized by a separator that separates the defibrated material into passed material that passes through multiple apertures, and remnants that do not pass; and a first conveyance path that conveys the remnants to the defibrating unit; wherein the defibration capacity, which is the amount defibrated per unit time by the defibrating unit, is greater than or equal to the sum of the amount passing through the first conveyance path per unit time and the shredding capacity, which is the amount shredded per unit time by the shredder.