mhurhangee/ep-ind-claims huggingface dataset:
Method for acoustically monitoring the existence of loose objects inside the wind turbine, whereby a sound generated by a loose object repeatedly falling within a rotating part of the wind turbine is monitored during operation of the wind turbine, which sound is analyzed with respect to specific parameter values of the sound within at least one specific frequency range (F sel) in which sounds are not expected, and if such specific parameter values are detected within such a specific frequency range (F sel) or ranges (F sel), a signal (Sig) for possible further actions is generated, whereby frequencies within the specific frequency range (F sel) or ranges (F sel) are at least partially filtered to limit the analysis to high frequencies in sound caused by loose objects falling within the rotating part.
A method of using a measurement apparatus for measuring at least one property of a web of material as said web is being manufactured and is moving in a machine direction, MD, said measurement apparatus comprising a source of radiation appropriate for measuring said at least one property that is directed toward said web, at least first and second sensors that receive measuring radiation from said web at an absorption wavelength of said at least one property and a reference wavelength, respectively, and at least one pyrometer that measures a temperature of said web, said method comprising: receiving radiation representative of said at least one property of said web from consecutive points in a cross direction, CD, of said web; measuring temperature at said consecutive points in the CD of said web; interrupting said measuring radiation at an edge of said web; sensing radiation at said edge of said web while said measuring radiation is interrupted; measuring temperature of said edge of said web while measuring radiation is interrupted; developing correction factors for said at least one property from said radiation received from said web while said measuring radiation is interrupted, said web edge temperature measured while said measuring radiation is interrupted and the measured temperatures of said consecutive points for each of said consecutive points of said web; and applying said correction factors at each of said consecutive points across said web to correct for Planckian radiation contained in radiation representative of said at least one property of said web received at said consecutive points across said web, the method further comprising scanning the measurement apparatus back and forth across said web in the CD. receiving radiation representative of said at least one property of said web from consecutive points in a cross direction, CD, of said web; measuring temperature at said consecutive points in the CD of said web; interrupting said measuring radiation at an edge of said web; sensing radiation at said edge of said web while said measuring radiation is interrupted; measuring temperature of said edge of said web while measuring radiation is interrupted; developing correction factors for said at least one property from said radiation received from said web while said measuring radiation is interrupted, said web edge temperature measured while said measuring radiation is interrupted and the measured temperatures of said consecutive points for each of said consecutive points of said web; and applying said correction factors at each of said consecutive points across said web to correct for Planckian radiation contained in radiation representative of said at least one property of said web received at said consecutive points across said web, the method further comprising scanning the measurement apparatus back and forth across said web in the CD.
Flashlight having integrated rolling protection, comprising a rod-shaped housing, at the first end of which a light body is arranged and at the opposite, second end of which a cap is arranged, wherein the light body has a light outlet opening and a circumferential wall surrounding the light outlet opening and having a rounded outer contour, and the circumferential wall is designed as having at least one rolling protection surface (9a, 9b, 9c) that cuts the cross-section of the circumferential wall in the manner of a secant, characterized in that a support ring raised relative to the rod-shaped housing is formed on the second end or the cap, the outer contour of said support ring lying in a common plane with the at least one rolling protection surface (9a, 9b, 9c).
A method of making a paper product having enhanced brightness and resistance to thermal yellowing comprising i) providing bleached pulp; ii) forming an aqueous stock suspension comprising the bleached pulp; iii) draining the stock suspension to form a sheet; and iv) drying the sheet, wherein a) 0.0005 to 2 weight percent, based on oven-dried pulp, of one or more oxidizing agents including organic peroxyacids, and one or more optical brightening agents, are added on to the sheet. i) providing bleached pulp; ii) forming an aqueous stock suspension comprising the bleached pulp; iii) draining the stock suspension to form a sheet; and iv) drying the sheet, wherein a) 0.0005 to 2 weight percent, based on oven-dried pulp, of one or more oxidizing agents including organic peroxyacids, and one or more optical brightening agents, are added on to the sheet. a) 0.0005 to 2 weight percent, based on oven-dried pulp, of one or more oxidizing agents including organic peroxyacids, and one or more optical brightening agents, are added on to the sheet.
An apparatus for connecting to the end of a duct, the apparatus comprising: an outer ring having a central axis and an inner surface extending between a first axial end and a second axial end of the outer ring; and an inner ring positioned within said outer ring and having said central axis and an outer surface extending between a first and second axial end of said inner ring, wherein a gap is provided between said outer surface of said inner ring at its first end and said inner surface of said outer ring at its first end, said gap extending in the direction of said second ends (12b, 30b) of the inner and outer rings (12, 30); said gap at said first ends being configured to receive said duct; and wherein said gap decreases in width as it extends away from said first ends (12a, 30b) and in the direction of said second ends (12b, 30b); and further wherein said apparatus comprises an axial positioning means provided at said second ends of said outer and inner rings, that is configured to retain said inner and outer rings in a fixed axial position relative to each other; and characterised in that said axial positioning means comprises a groove being provided on said outer surface of said inner ring and a groove provided on said inner surface of said outer ring, and further comprising a snap ring configure to sit in and between said grooves (22, 38) to thereby hold the rings (12,30) in said fixed axial position relative to one another, or in that said axial positioning means comprises said outer ring being sized relative to said inner ring so as to form an interference fit around the inner ring. an outer ring having a central axis and an inner surface extending between a first axial end and a second axial end of the outer ring; and an inner ring positioned within said outer ring and having said central axis and an outer surface extending between a first and second axial end of said inner ring, wherein a gap is provided between said outer surface of said inner ring at its first end and said inner surface of said outer ring at its first end, said gap extending in the direction of said second ends (12b, 30b) of the inner and outer rings (12, 30); said gap at said first ends being configured to receive said duct; and wherein said gap decreases in width as it extends away from said first ends (12a, 30b) and in the direction of said second ends (12b, 30b); and further wherein said apparatus comprises an axial positioning means provided at said second ends of said outer and inner rings, that is configured to retain said inner and outer rings in a fixed axial position relative to each other; and characterised in that said axial positioning means comprises a groove being provided on said outer surface of said inner ring and a groove provided on said inner surface of said outer ring, and further comprising a snap ring configure to sit in and between said grooves (22, 38) to thereby hold the rings (12,30) in said fixed axial position relative to one another, or in that said axial positioning means comprises said outer ring being sized relative to said inner ring so as to form an interference fit around the inner ring.
A data transmission method, comprising: receiving, by a radio unit, RU, first uplink scheduling information sent by a digital unit, DU; sending, by the RU, a pilot signal to a terminal; receiving, by the RU, a pilot signal estimation result of uplink data sent by the terminal; predicting, by the RU based on the pilot signal estimation result of the uplink data sent by the terminal, a decoding result of uplink data received by a base station; obtaining, by the RU, second uplink scheduling information based on the predicted decoding result and the first uplink scheduling information; sending, by the RU, the predicted decoding result and the second uplink scheduling information to the terminal, wherein transmission of the uplink data from the terminal to the DU is based on the received second uplink scheduling information; and sending, by the RU, the predicted decoding result to the DU; wherein the predicted decoding result comprises a positive acknowledgment ACK or a negative acknowledgment NACK, and the obtaining, by the RU, second uplink scheduling information based on the predicted decoding result and the first uplink scheduling information comprises: determining, by the RU, that the second uplink scheduling information is the first uplink scheduling information if the predicted decoding result is the ACK; and modifying, by the RU, the first uplink scheduling information to obtain the second uplink scheduling information if the predicted decoding result is the NACK. receiving, by a radio unit, RU, first uplink scheduling information sent by a digital unit, DU; sending, by the RU, a pilot signal to a terminal; receiving, by the RU, a pilot signal estimation result of uplink data sent by the terminal; predicting, by the RU based on the pilot signal estimation result of the uplink data sent by the terminal, a decoding result of uplink data received by a base station; obtaining, by the RU, second uplink scheduling information based on the predicted decoding result and the first uplink scheduling information; sending, by the RU, the predicted decoding result and the second uplink scheduling information to the terminal, wherein transmission of the uplink data from the terminal to the DU is based on the received second uplink scheduling information; and sending, by the RU, the predicted decoding result to the DU; wherein the predicted decoding result comprises a positive acknowledgment ACK or a negative acknowledgment NACK, and the obtaining, by the RU, second uplink scheduling information based on the predicted decoding result and the first uplink scheduling information comprises: determining, by the RU, that the second uplink scheduling information is the first uplink scheduling information if the predicted decoding result is the ACK; and modifying, by the RU, the first uplink scheduling information to obtain the second uplink scheduling information if the predicted decoding result is the NACK.
A semiconductor optical modulation element having an optical waveguide formed in a laminated structure having a pin junction in which at least a first cladding layer (105; 106) that is an n-type or p-type cladding layer, a non-doped core and cladding layer, and a second cladding layer that is a p-type or n-type cladding layer are laminated in this order on a semi-insulating substrate, the semiconductor optical modulation element comprising: a feeding electrode installation section formed on the laminated structure; and at least two feeding electrodes formed on the feeding electrode installation section, wherein the at least two feeding electrodes are connected to a modulation electrode installed on the optical waveguide, in the feeding electrode installation section, the second cladding layer and the non-doped core and cladding layer of the laminated structure are electrically isolated for each of the feeding electrodes so that the feeding electrodes are electrically isolated from each other, and the at least two feeding electrodes are electrically connected to each other via the first cladding layer (105; 106) of the laminated structure, and the optical waveguide and the feeding electrode installation section are electrically isolated in terms of the laminated structure, characterized in that the feeding electrode has a feeding pad formed to contact the semi-insulating substrate. a feeding electrode installation section formed on the laminated structure; and at least two feeding electrodes formed on the feeding electrode installation section, wherein the at least two feeding electrodes are connected to a modulation electrode installed on the optical waveguide, in the feeding electrode installation section, the second cladding layer and the non-doped core and cladding layer of the laminated structure are electrically isolated for each of the feeding electrodes so that the feeding electrodes are electrically isolated from each other, and the at least two feeding electrodes are electrically connected to each other via the first cladding layer (105; 106) of the laminated structure, and the optical waveguide and the feeding electrode installation section are electrically isolated in terms of the laminated structure, characterized in that the feeding electrode has a feeding pad formed to contact the semi-insulating substrate.
Aqueous formulation which comprises: a) - One or more proteolytic enzymes, wherein the total quantity of the component a), relative to the weight of the formulation, amounts to from 0.03 to 1.0% by weight, b) - One or more anionic surfactants, wherein the total quantity of the component b), relative to the weight of the formulation, amounts to from 0.5 to 15% by weight, c) - One or more non-ionic surfactants, wherein the total quantity of the component c), relative to the weight of the formulation, amounts to from 0.1 to 12% by weight, d) - One or more corrosion inhibitors, wherein the total quantity of the component d), relative to the weight of the formulation, amounts to from 0.050 to 1.0% by weight, e) - One or more multivalent aliphatic alcohols, wherein the total quantity of the component e), relative to the weight of the formulation, amounts to from 5.0 to 60% by weight, f) - One or more complexing agents, wherein the total quantity of the component f), relative to the weight of the formulation, amounts to from 0.1 to 15% by weight, and g) - one or more of para-hydroxybenzoic acid and the esters thereof, wherein the total quantity of the component g), relative to the weight of the formulation, amounts to from 0.05 to 3.0% by weight, wherein the pH value of said aqueous formulation is in the range of from 9.5 to 12.5. a) - One or more proteolytic enzymes, wherein the total quantity of the component a), relative to the weight of the formulation, amounts to from 0.03 to 1.0% by weight, b) - One or more anionic surfactants, wherein the total quantity of the component b), relative to the weight of the formulation, amounts to from 0.5 to 15% by weight, c) - One or more non-ionic surfactants, wherein the total quantity of the component c), relative to the weight of the formulation, amounts to from 0.1 to 12% by weight, d) - One or more corrosion inhibitors, wherein the total quantity of the component d), relative to the weight of the formulation, amounts to from 0.050 to 1.0% by weight, e) - One or more multivalent aliphatic alcohols, wherein the total quantity of the component e), relative to the weight of the formulation, amounts to from 5.0 to 60% by weight, f) - One or more complexing agents, wherein the total quantity of the component f), relative to the weight of the formulation, amounts to from 0.1 to 15% by weight, and g) - one or more of para-hydroxybenzoic acid and the esters thereof, wherein the total quantity of the component g), relative to the weight of the formulation, amounts to from 0.05 to 3.0% by weight,
An apparatus, comprising: a qubit, wherein the qubit operates over a qubit frequency spectrum with a first flux-insensitive point and a second flux-insensitive point; a readout resonator, wherein the readout resonator operates at a readout resonator frequency in-between the first flux insensitive point and the second flux-insensitive point; a frequency controller configured to control the frequency of the qubit such that during a reset operation the frequency of the qubit is set at the readout resonator frequency and the qubit is reset. a qubit, wherein the qubit operates over a qubit frequency spectrum with a first flux-insensitive point and a second flux-insensitive point; a readout resonator, wherein the readout resonator operates at a readout resonator frequency in-between the first flux insensitive point and the second flux-insensitive point; a frequency controller configured to control the frequency of the qubit such that during a reset operation the frequency of the qubit is set at the readout resonator frequency and the qubit is reset.
Injection device for injecting liquid medicine to a patient, comprising a medicine container an end of which is connectable to a needle, and further comprising a magnetic sensor means (12, 21, 22) for sensing connection of the needle to the medicine container, wherein the magnetic sensor means comprise: - a lever actuable by connecting the needle to the medicine container and comprising a magnetic element, the lever comprising first and second ends (15, 17); and - a sensor element sensitive to a magnetic field generated by the magnetic element. - a lever actuable by connecting the needle to the medicine container and comprising a magnetic element, the lever comprising first and second ends (15, 17); and - a sensor element sensitive to a magnetic field generated by the magnetic element.
A block data storage method, comprising: obtaining a block generated by a blockchain node in a blockchain; storing the block into a local storage space of the blockchain node; determining an access frequency of the block; in response to the access frequency of the block being lower than a frequency threshold, transferring the block from the local storage space to an external storage space, wherein the external storage space comprises at least one of the following: a cloud storage server and a distributed storage device; in response to the access frequency of the block being greater than the frequency threshold, copying, by the blockchain node, the block to the external storage space of the blockchain node so that the block is stored in both the local storage space and the external storage space; recording a storage location of the block in a block index table; and adjusting the storage location of the block according to changes in the access frequency of the block, wherein if the access frequency has been lower than the frequency threshold and if the block is stored in both the local storage space and the external storage space, the block is deleted from the local storage space without transferring the block from the local storage space to the external storage space. obtaining a block generated by a blockchain node in a blockchain; storing the block into a local storage space of the blockchain node; determining an access frequency of the block; in response to the access frequency of the block being lower than a frequency threshold, transferring the block from the local storage space to an external storage space, wherein the external storage space comprises at least one of the following: a cloud storage server and a distributed storage device; in response to the access frequency of the block being greater than the frequency threshold, copying, by the blockchain node, the block to the external storage space of the blockchain node so that the block is stored in both the local storage space and the external storage space; recording a storage location of the block in a block index table; and adjusting the storage location of the block according to changes in the access frequency of the block, wherein if the access frequency has been lower than the frequency threshold and if the block is stored in both the local storage space and the external storage space, the block is deleted from the local storage space without transferring the block from the local storage space to the external storage space.
A linkage assembly for a gas turbine engine comprising: a link (102a-102d) having a first end, a second end, and a rod extending therebetween, the first end having a first sliding bearing disposed within a first sliding bearing housing, a fastener comprising a first flange and a second flange, a pin extending between the first flange and the second flange, wherein the first sliding bearing is pivotally connected to the pin; and a biasing member (136a, 136b) secured between the first flange and the sliding bearing housing, the biasing member contacting the sliding bearing housing and biasing the link against rotation about a center axis for the rod of the link, characterised in that the first flange has a first elongated C-groove and the second flange has a second elongated C-groove, each elongated C-groove opening towards the first sliding bearing housing, and the biasing member comprises a plurality of biasing members, including: a first elongated C-brace seated in the first elongated C-groove and contacting the first sliding bearing housing, and a second elongated C-brace seated in the second elongated C-groove and contacting the first sliding bearing housing. a link (102a-102d) having a first end, a second end, and a rod extending therebetween, the first end having a first sliding bearing disposed within a first sliding bearing housing, a fastener comprising a first flange and a second flange, a pin extending between the first flange and the second flange, wherein the first sliding bearing is pivotally connected to the pin; and a biasing member (136a, 136b) secured between the first flange and the sliding bearing housing, the biasing member contacting the sliding bearing housing and biasing the link against rotation about a center axis for the rod of the link, characterised in that the first flange has a first elongated C-groove and the second flange has a second elongated C-groove, each elongated C-groove opening towards the first sliding bearing housing, and the biasing member comprises a plurality of biasing members, including: a first elongated C-brace seated in the first elongated C-groove and contacting the first sliding bearing housing, and a second elongated C-brace seated in the second elongated C-groove and contacting the first sliding bearing housing. a first elongated C-brace seated in the first elongated C-groove and contacting the first sliding bearing housing, and a second elongated C-brace seated in the second elongated C-groove and contacting the first sliding bearing housing.