mhurhangee/patent-ind-claim-en huggingface dataset:
A wind turbine blade assembly comprising a wind turbine blade having a tip end and a root end, and a leading edge and a trailing edge with a chord length extending therebetween, wherein the wind turbine blade comprises an inboard part and an outboard part, wherein the inboard part of the wind turbine blade is formed as a load-carrying structure having a substantially circular, elliptical or oval cross-section,wherein the wind turbine blade assembly further comprises an aeroshell extender piece comprising: a body for attachment to a trailing edge side of a profile of a wind turbine blade, the body having a first end for attachment to the trailing edge side of the profile, and a second trailing edge end to form an extended airfoil trailing edge profile for a portion of the profile of the wind turbine blade, and comprising a pressure-side panel and a suction-side panel; characterised by the fact that the aeroshell extender piece is attached to the inboard part of the wind turbine blade at least partly using at least a first profile wedge to a first side of the wind turbine blade and a second profile wedge to a second side of the wind turbine blade, wherein said at least first and second profile wedges are shaped to compensate for the geometry of the wind turbine blade, and wherein the first and the second profile wedge comprise an inner attachment surface for attachment to the surface of wind turbine blade and an outer surface for attachment to the aeroshell extender, wherein the outer attachment surface has a larger surface than the inner attachment surface. a body for attachment to a trailing edge side of a profile of a wind turbine blade, the body having a first end for attachment to the trailing edge side of the profile, and a second trailing edge end to form an extended airfoil trailing edge profile for a portion of the profile of the wind turbine blade, and comprising a pressure-side panel and a suction-side panel; characterised by the fact that the aeroshell extender piece is attached to the inboard part of the wind turbine blade at least partly using at least a first profile wedge to a first side of the wind turbine blade and a second profile wedge to a second side of the wind turbine blade, wherein said at least first and second profile wedges are shaped to compensate for the geometry of the wind turbine blade, and wherein the first and the second profile wedge comprise an inner attachment surface for attachment to the surface of wind turbine blade and an outer surface for attachment to the aeroshell extender, wherein the outer attachment surface has a larger surface than the inner attachment surface.
A hair treatment method for curling a lock of hair (H) using a hair holder including a tubular body , the tubular body having: a first opening located at a first end of the tubular body; and a second opening located at a second end of the tubular body, and being configured to allow a lock of hair (H) to be inserted from the first opening toward the second opening and to be capable of being rolled up, the method comprising: an insertion step of inserting a lock of hair (H) into the tubular body ; a rolling-up step of rolling up the tubular body together with the lock of hair (H) inserted in the tubular body thereby to form a roll-shaped, lock-of-hair holding body in which the second opening is located on the center side of the roll-shaped, lock-of-hair holding body ; characterized in that the method further comprises: a deforming step of deforming the tubular body into a helix form by pulling out a portion of the lock-of-hair holding body , the portion being located on the center side, toward a lateral side of the lock-of-hair holding body ; and a curling treatment step of performing a curling treatment of the lock of hair (H) while maintaining the tubular body in the helix form. an insertion step of inserting a lock of hair (H) into the tubular body ; a rolling-up step of rolling up the tubular body together with the lock of hair (H) inserted in the tubular body thereby to form a roll-shaped, lock-of-hair holding body in which the second opening is located on the center side of the roll-shaped, lock-of-hair holding body ; characterized in that the method further comprises: a deforming step of deforming the tubular body into a helix form by pulling out a portion of the lock-of-hair holding body , the portion being located on the center side, toward a lateral side of the lock-of-hair holding body ; and a curling treatment step of performing a curling treatment of the lock of hair (H) while maintaining the tubular body in the helix form. a deforming step of deforming the tubular body into a helix form by pulling out a portion of the lock-of-hair holding body , the portion being located on the center side, toward a lateral side of the lock-of-hair holding body ; and a curling treatment step of performing a curling treatment of the lock of hair (H) while maintaining the tubular body in the helix form.
A wireless earphone , comprising an earbud part , an earbud stem part , and an antenna unit disposed in the earbud part and the earbud stem part , wherein the antenna unit comprises: a first antenna radiator , wherein the first antenna radiator comprises a first end ; a first feeding unit , wherein the first feeding unit is electrically connected to the first end , to feed the first antenna radiator ; a second antenna radiator , wherein the second antenna radiator comprises a second end , and the second end of the second antenna radiator and the first end of the first antenna radiator are disposed at intervals; a second feeding unit , wherein the second feeding unit is electrically connected to the second end , to feed the second antenna radiator ; and a third antenna radiator , wherein the third antenna radiator comprises a first ground point, at least a part of the third antenna radiator is located in the earbud part , the third antenna radiator comprises a third end , the third end is configured with a first distance from the first end , and the third end is configured with a second distance from the second end , wherein at least a part of one of the first antenna radiator and the second antenna radiator is located in the earbud part , and the other is located in the earbud stem part ; or at least a part of the first antenna radiator and at least a part of the second antenna radiator both are located in the earbud stem part . a first antenna radiator , wherein the first antenna radiator comprises a first end ; a first feeding unit , wherein the first feeding unit is electrically connected to the first end , to feed the first antenna radiator ; a second antenna radiator , wherein the second antenna radiator comprises a second end , and the second end of the second antenna radiator and the first end of the first antenna radiator are disposed at intervals; a second feeding unit , wherein the second feeding unit is electrically connected to the second end , to feed the second antenna radiator ; and a third antenna radiator , wherein the third antenna radiator comprises a first ground point, at least a part of the third antenna radiator is located in the earbud part , the third antenna radiator comprises a third end , the third end is configured with a first distance from the first end , and the third end is configured with a second distance from the second end , wherein at least a part of one of the first antenna radiator and the second antenna radiator is located in the earbud part , and the other is located in the earbud stem part ; or at least a part of the first antenna radiator and at least a part of the second antenna radiator both are located in the earbud stem part .
Distance measuring device comprising a first magnetic field sensor , wherein the first magnetic field sensor provides a first measurement signal in dependence on the strength of the magnetic field, at least one permanent magnet with a first magnetic pole with a first pole surface and a second magnetic pole with a second pole surface, a semiconductor body with a monolithically integrated evaluating circuit, wherein the evaluating circuit is in electrically operative connection with the first magnetic field sensor and the semiconductor body has a surface formed in the X-Y plane, a second magnetic field sensor based on the same physical operative principle as the first magnetic field sensor , wherein the second magnetic field sensor provides a second measurement signal in dependence on the strength of the magnetic field and the second magnetic field sensor is in operative connection with the evaluating circuit and the evaluating circuit for suppression of magnetic constant fields determines a difference signal and provides an output signal as a result of the determination, wherein the value of the output signal based on neutralisation of a region free of magnetic flux depends on a spacing of a ferromagnetic transmitter from the two magnetic field sensors and the two magnetic field sensors are connected with the surface of the semiconductor body by frictional couple and in order to measure the same component of the magnetic field have the same arrangement, wherein in order to measure the magnitude of the flux change in the case of the first transmitter acting with the same strength on the two semiconductor sensors the semiconductor body is arranged between U-shaped pole limbs of the magnet magnetised in Y direction, wherein the first magnet field sensor is arranged in a region lying between two mutually opposite limbs of the first pole and the second magnetic field sensor is arranged in a region lying between two mutually opposite limbs of the second pole, and a base area is formed between the pole limbs and the semiconductor body is arranged in Z direction above the base region .
A method of detecting the presence of an OFDM signal in a received input signal, the method comprising: calculating, for each block of a plurality of blocks of samples of the received input signal, an auto-correlation value at each of a plurality of lags-of-interest; characterized in that the method further comprises: determining, for each of the plurality of lags-of-interest, a rate of growth value across a group of two or more blocks of data samples based on the auto-correlation values; normalising the determined rate of growth values using a normalisation factor to generate normalised rate of growth values; and determining whether an OFDM signal is present in the received input signal based on the normalised rate of growth values. calculating, for each block of a plurality of blocks of samples of the received input signal, an auto-correlation value at each of a plurality of lags-of-interest; characterized in that the method further comprises: determining, for each of the plurality of lags-of-interest, a rate of growth value across a group of two or more blocks of data samples based on the auto-correlation values; normalising the determined rate of growth values using a normalisation factor to generate normalised rate of growth values; and determining whether an OFDM signal is present in the received input signal based on the normalised rate of growth values. determining, for each of the plurality of lags-of-interest, a rate of growth value across a group of two or more blocks of data samples based on the auto-correlation values; normalising the determined rate of growth values using a normalisation factor to generate normalised rate of growth values; and determining whether an OFDM signal is present in the received input signal based on the normalised rate of growth values.
A method in a distributed and nonhierarchical node for synchronizing a set of data items between said node and one or more distributed and nonhierarchical nodes communicatively coupled to form a cluster, wherein the set of data items are locally replicated at each node, the method comprising: determining that the set of data items in said node is not synchronized with the set of data items in the other nodes in the cluster; exchanging information in the form of metadata regarding missing or changed data items with all other nodes in the cluster; generating a data items send list for one or more nodes in the cluster; and synchronizing the set of data items in said node with the set of data items in the other nodes in the cluster by sending the data items on the data items send list to the one or more nodes in the cluster that are comprised in the data items send list, thereby distributing the actual missing or changed data items between the nodes, wherein the information regarding missing or changed data items that has been received in the form of metadata from the other nodes in the cluster is used to, for a limited period of time during the distribution of the actual missing or changed data items between the nodes, operate said node as if it has already been synchronized, for determinations of whether said node is synchronized with the other nodes in the cluster. determining that the set of data items in said node is not synchronized with the set of data items in the other nodes in the cluster; exchanging information in the form of metadata regarding missing or changed data items with all other nodes in the cluster; generating a data items send list for one or more nodes in the cluster; and synchronizing the set of data items in said node with the set of data items in the other nodes in the cluster by sending the data items on the data items send list to the one or more nodes in the cluster that are comprised in the data items send list, thereby distributing the actual missing or changed data items between the nodes,
A screw comprising: a screw head and a screw shaft which protrudes from an underside of the screw head and has a self-forming or self-tapping thread , wherein the underside of the screw head has a bearing area and at least one annular recess extending around the shaft between the bearing area and the shaft , wherein a coating made of a non-reactive, elastic and super-tough sealant is attached to the underside of the screw head .
Tap, including: a body ; and a spout , mounted to swivel with respect to the body , wherein the spout includes an outer tube and at least one internal tube , arranged within the outer tube and extending over at least part of a length of the spout , wherein a series of passages is defined in the tap to lead liquid from a passage in the body through at least the internal tube to a passage leading to an outlet at an end of the spout , wherein the internal tube is connected at at least one end by a tube connector to a tap part defining one of the series of passages, the tube connector placing that passage in sealed liquid communication with an interior of the internal tube , wherein the tube connector includes a first component fixed to the internal tube , and wherein the tube connector includes a second component , fixed to the tap part and rotatably connected to the first component , whereby the tap part is the body , characterised in that a section of the first component is inserted into the passage defined by the tap part and at least one annular sealing element is provided between the inserted section and the tap part . a body ; and a spout , mounted to swivel with respect to the body , wherein the spout includes an outer tube and at least one internal tube , arranged within the outer tube and extending over at least part of a length of the spout , wherein a series of passages is defined in the tap to lead liquid from a passage in the body through at least the internal tube to a passage leading to an outlet at an end of the spout , wherein the internal tube is connected at at least one end by a tube connector to a tap part defining one of the series of passages, the tube connector placing that passage in sealed liquid communication with an interior of the internal tube , wherein the tube connector includes a first component fixed to the internal tube , and wherein the tube connector includes a second component , fixed to the tap part and rotatably connected to the first component , whereby the tap part is the body , characterised in that a section of the first component is inserted into the passage defined by the tap part and at least one annular sealing element is provided between the inserted section and the tap part .
Ion-sensitive structure (10; 20) comprising: a semiconductor structure ; and a layer stack (18; 18') disposed on the semiconductor structure with a doped intermediate layer (14; 28) comprising a doping material and a first metal oxide material doped with the doping material ; wherein the semiconductor structure is configured to change an electric characteristic based on a contact of the ion-sensitive structure (10; 20) with an electrolyte comprising ions; wherein the layer stack (18; 18') comprises a sensor layer (16; 34) comprising a second metal oxide material, wherein the intermediate layer (14; 28) is disposed between the semiconductor structure and the sensor layer (16; 34), and wherein the sensor layer (16; 34) is configured to be contacted with the electrolyte; wherein a proportion of the doping material in the doped intermediate layer is greater than or equal to 0.03 % and less than or equal to 20 %. a semiconductor structure ; and a layer stack (18; 18') disposed on the semiconductor structure with a doped intermediate layer (14; 28) comprising a doping material and a first metal oxide material doped with the doping material ; wherein the semiconductor structure is configured to change an electric characteristic based on a contact of the ion-sensitive structure (10; 20) with an electrolyte comprising ions; wherein the layer stack (18; 18') comprises a sensor layer (16; 34) comprising a second metal oxide material, wherein the intermediate layer (14; 28) is disposed between the semiconductor structure and the sensor layer (16; 34), and wherein the sensor layer (16; 34) is configured to be contacted with the electrolyte; wherein a proportion of the doping material in the doped intermediate layer is greater than or equal to 0.03 % and less than or equal to 20 %.
A method for reducing quantification errors caused by reaction volume deviations in digital polymerase chain reaction (dPCR), wherein the amount or concentration of a nucleic acid of interest is quantified in an array of reaction areas, the method comprising a) adding a fill control marker to each reaction area of the array of reaction areas used in dPCR; b) quantifying the reaction volume in each reaction area; and c) calculating the amount or concentration of the nucleic acid of interest as number of nucleic acid as determined by dPCR in a or per volume, wherein the volume is the sum of the reaction volumes as determined in step b). a) adding a fill control marker to each reaction area of the array of reaction areas used in dPCR; b) quantifying the reaction volume in each reaction area; and c) calculating the amount or concentration of the nucleic acid of interest as number of nucleic acid as determined by dPCR in a or per volume, wherein the volume is the sum of the reaction volumes as determined in step b).
A pouched product comprising: a water-permeable fabric pouch (320; 520; 520') formed so as to define a cavity therein; a composition (315; 515; 515') contained within the cavity of the water-permeable fabric pouch (320; 520; 520'), the composition (315; 515; 515') comprising particulate non-tobacco material treated to contain nicotine and one or more flavoring agents and thus providing one or more releasable components that are released from the composition under mouth conditions and that are capable of movement through the water-permeable fabric pouch (320; 520; 520'); and a release modifying agent adapted to react with a component selected from the group consisting of acetaldehyde, arsenic, benzo[a]pyrene, cadmium, crotonaldehyde, formaldehyde, nicotine-derived nitrosamine ketone (NNK), N-nitrosonornicotine (NNN), derivatives thereof, decomposition products thereof, precursors thereof, and combinations thereof and thereby modify release thereof from the water-permeable fabric pouch (320; 520; 520'), the release modifying agent being admixed with the composition (315; 515; 515') contained within the cavity of the water-permeable fabric pouch (320; 520; 520'). a water-permeable fabric pouch (320; 520; 520') formed so as to define a cavity therein; a composition (315; 515; 515') contained within the cavity of the water-permeable fabric pouch (320; 520; 520'), the composition (315; 515; 515') comprising particulate non-tobacco material treated to contain nicotine and one or more flavoring agents and thus providing one or more releasable components that are released from the composition under mouth conditions and that are capable of movement through the water-permeable fabric pouch (320; 520; 520'); and a release modifying agent adapted to react with a component selected from the group consisting of acetaldehyde, arsenic, benzo[a]pyrene, cadmium, crotonaldehyde, formaldehyde, nicotine-derived nitrosamine ketone (NNK), N-nitrosonornicotine (NNN), derivatives thereof, decomposition products thereof, precursors thereof, and combinations thereof and thereby modify release thereof from the water-permeable fabric pouch (320; 520; 520'), the release modifying agent being admixed with the composition (315; 515; 515') contained within the cavity of the water-permeable fabric pouch (320; 520; 520').
A method for narrowband service announcement playback over an IP network, comprising: transparently transmitting (S101), by a mobile switching center, MSC, a narrowband call request to a narrowband service module of a service control point, SCP, through a signaling interface unit, SILT; receiving (S102) and analyzing, by the MSC, an establishing temporary connection, ETC, message of an announcement playback auxiliary route returned by the SCP; in response to the ETC message carrying information indicating that narrowband announcement playback over the IP network is required, converting (S103), by the MSC, the ETC message into a Session Initiation Protocol, SIP, request message; and sending directly (S 104), by the MSC, the SIP request message to a broadband service module of the SCP, establishing, by the broadband service module, an association with the narrowband service module of the SCP according to the SIP request message, and controlling, by the broadband service module through a broadband protocol adaptation module of the SCP, a media server to play back an announcement. transparently transmitting (S101), by a mobile switching center, MSC, a narrowband call request to a narrowband service module of a service control point, SCP, through a signaling interface unit, SILT; receiving (S102) and analyzing, by the MSC, an establishing temporary connection, ETC, message of an announcement playback auxiliary route returned by the SCP; in response to the ETC message carrying information indicating that narrowband announcement playback over the IP network is required, converting (S103), by the MSC, the ETC message into a Session Initiation Protocol, SIP, request message; and sending directly (S 104), by the MSC, the SIP request message to a broadband service module of the SCP, establishing, by the broadband service module, an association with the narrowband service module of the SCP according to the SIP request message, and controlling, by the broadband service module through a broadband protocol adaptation module of the SCP, a media server to play back an announcement.