mhurhangee/patent-ind-claim-en huggingface dataset:
A method for operating a wireless link in a local area network (LAN) including a LAN access point , a wireless bridge (B1, B2) linked with the LAN access point and a receiver linked with the wireless bridge, the wireless bridge including a bridge access point (B1) and a bridge station (B2) for providing the wireless link, wherein a multicast data connection is established between the LAN access point and the receiver via the wireless bridge, comprising: receiving by the bridge station (B2), through the wireless link , a multicast data stream, from the LAN access point , sending a query message by the bridge station (B2) to the receiver , when the wireless link is restored after a connection loss of the wireless link , and on condition that the receiver is still interested in the multicast data stream, receiving by the bridge station (B2) a join request message from the receiver to renew the multicast data stream. receiving by the bridge station (B2), through the wireless link , a multicast data stream, from the LAN access point , sending a query message by the bridge station (B2) to the receiver , when the wireless link is restored after a connection loss of the wireless link , and on condition that the receiver is still interested in the multicast data stream, receiving by the bridge station (B2) a join request message from the receiver to renew the multicast data stream.
A method of wireless communication performed by a user equipment, UE, comprising: receiving system information for a first cell on a second cell, wherein the UE is camped on the second cell, and wherein the system information for the first cell is received with system information for the second cell; performing a random access channel, RACH, procedure using the first cell and the second cell while the UE acquires a synchronization signal block for the first cell, wherein the performing the RACH procedure includes accessing , based at least in part on whether a channel measurement of the first cell or the second cell satisfies a threshold, an uplink of the first cell using the system information for the first cell, to transmit at least one RACH message, associated with the RACH procedure, on the first cell; and a downlink of the second cell to receive at least another RACH message, associated with the RACH procedure, on the second cell; and establishing a connection on the first cell as a serving cell. receiving system information for a first cell on a second cell, wherein the UE is camped on the second cell, and wherein the system information for the first cell is received with system information for the second cell; performing a random access channel, RACH, procedure using the first cell and the second cell while the UE acquires a synchronization signal block for the first cell, wherein the performing the RACH procedure includes accessing , based at least in part on whether a channel measurement of the first cell or the second cell satisfies a threshold, an uplink of the first cell using the system information for the first cell, to transmit at least one RACH message, associated with the RACH procedure, on the first cell; and a downlink of the second cell to receive at least another RACH message, associated with the RACH procedure, on the second cell; and establishing a connection on the first cell as a serving cell.
A method of mass spectrometry having a first mode comprising: providing a source of precursor ions and reagent ions for reacting with said precursor ions; providing a reaction region downstream of said source ; providing an ion mobility separator between said source and said reaction region ; and providing a bypass cell between said source and said reaction region for guiding ions from said source to said reaction region without the ions passing through said ion mobility separator; guiding said precursor ions from said source , through said ion mobility separator so that said precursor ions separate according to their ion mobility and into said reaction region; and guiding said reagent ions from said source , through said bypass cell and into said reaction region ; wherein the reagent ions react with the precursor ions within the reaction region to produce product ions. providing a source of precursor ions and reagent ions for reacting with said precursor ions; providing a reaction region downstream of said source ; providing an ion mobility separator between said source and said reaction region ; and providing a bypass cell between said source and said reaction region for guiding ions from said source to said reaction region without the ions passing through said ion mobility separator; guiding said precursor ions from said source , through said ion mobility separator so that said precursor ions separate according to their ion mobility and into said reaction region; and guiding said reagent ions from said source , through said bypass cell and into said reaction region ; wherein the reagent ions react with the precursor ions within the reaction region to produce product ions.
A covering panel for external building faces, characterized in that it comprises a support molded from synthetic material and provided with a base having a polygonal profile and a perimetric wall which rises from one side of the base so as to define a seat in which is accommodated thermally insulating material , and at least one ventilated chamber which is superimposed on said base on the opposite side with respect to said seat and has substantially the same polygonal profile arranged offset along at least two adjacent sides of the perimetric wall for the interlocking coupling of a plurality of identical panels fixed to a face to be covered (W).
A composition for use in preventing infestation and infection of a Salmonidae by a parasite of the family Caligidae, wherein the composition comprises IgY extracted from a specific pathogen free (SPF) hen without vaccination with any antigen and the composition is administrated to the Salmonidae.
A compound of Formula (I): wherein R is a -CH 2 -R 1 group with R 1 being a substituted or unsubstituted monocyclic aryl or a substituted or unsubstituted monocyclic aromatic heterocycle; or a corresponding salt, solvate, hydrate or oxide thereof.
Concrete screw having a screw head and a shank which extends along a longitudinal axis (L) from the screw head to an insertion end , wherein on the shank there is formed a threaded portion , with a core and a thread running helically around the core , and wherein the threaded portion comprises a tapping portion for tapping into a mineral anchoring substrate and a load-bearing portion arranged between the tapping portion and the screw head , the diameter (D 10 ) of the tapping portion being a maximum of 5 % larger than the diameter (D 11 ) of the load-bearing portion , wherein the ratio of the diameter (D 10 ) of the thread in the tapping portion to the diameter (D 8 ) of the core in the tapping portion is from 1.20 to 1.45, and wherein the ratio of the diameter (D 10 ) of the thread in the tapping portion to the pitch (p) of the thread in the tapping portion is from 1.30 to 1.50, characterised in that the concrete screw , both in the tapping portion and in the load-bearing portion , has a constant diameter (D 10 , D 11 ), with the diameter (D 10 ) of the tapping portion being larger than the diameter (D 11 ) of the load-bearing portion , and the thread , in relation to the lateral surface of a test cylinder surrounding the core , has in the tapping portion a width (B 10 ), measured in the direction of the longitudinal axis (L), that is constant in the tapping portion and is at least 10 % larger than its width (B 11 ) in the load-bearing portion , the width (B 11 ) in the load-bearing portion likewise being constant, and the diameter (D 14 ) of the test cylinder being the same as the nominal diameter of the concrete screw .
A composite material component manufacturing method comprising: a first thermoforming step (ST102) for creating a first three-dimensional prepreg sheet (P3) by thermoforming a thermoplastic first prepreg sheet (P2-1) into a three dimensional shape; a laminate body creating step (ST103) for creating a prepreg sheet laminate body (P4) by layering the first three-dimensional prepreg sheet (P3) and a second prepreg sheet; a laminate body molding step (ST106) for molding the prepreg sheet laminate body (P4) by applying heat and a pressing force to the prepreg sheet laminate body with a pressing device ; characterized in that the method comprises a connecting step (ST104) of connecting an end portion of the prepreg sheet laminate body (P4) and an end portion of another prepreg sheet laminate body. a first thermoforming step (ST102) for creating a first three-dimensional prepreg sheet (P3) by thermoforming a thermoplastic first prepreg sheet (P2-1) into a three dimensional shape; a laminate body creating step (ST103) for creating a prepreg sheet laminate body (P4) by layering the first three-dimensional prepreg sheet (P3) and a second prepreg sheet; a laminate body molding step (ST106) for molding the prepreg sheet laminate body (P4) by applying heat and a pressing force to the prepreg sheet laminate body with a pressing device ; characterized in that the method comprises a connecting step (ST104) of connecting an end portion of the prepreg sheet laminate body (P4) and an end portion of another prepreg sheet laminate body.
Apparatus for connecting high-voltage conductors (20, 21, 22; 30) comprising at least one first high-voltage conductor , at least one second high-voltage conductor , a device for receiving the first high-voltage conductor and second high-voltage conductor and at least one connecting device for the current-conducting connection of the at least one first high-voltage conductor to the at least one second high-voltage conductor , wherein the connecting device comprises at least one contact bolt pretensioned by means of at least one spring for pressing together the at least one first high-voltage conductor with the at least one second high-voltage conductor , wherein the connecting device comprises at least one receiving space for at least one of the high-voltage conductors and at least one abutment and at least one abutment for the spring , wherein the contact bolt comprises at one end a pressure piece adapted to abut against one of the high-voltage conductors (20, 21, 22; 30).
An inlet spring (1; 31; 51) for supporting in a spring-loaded manner an inlet (2; 32; 52) in an inlet receiving channel of a guide rail of a vertical awning having an awning cloth, the two side edges thereof passing through a through slot of the corresponding inlet (2; 32; 52) and being guided by means of a thickened edge in the inlet (2; 32; 52) and thereby applying to the inlet (2; 32; 52) a cloth tension force acting inward in a plane toward the awning cloth, the inlet spring (1; 31; 51) being suitable for applying to the inlet (2; 32; 52) a counter-tension force drawing outward, opposite the cloth tension force in a plane parallel to the awning cloth, and comprising: a mounting segment for mounting the inlet spring (1; 31; 51) at the inlet (2; 32; 52), a counterholder segment for supporting the inlet spring (1; 31; 51) in the guide rail, and a spring segment connecting the mounting segment to the counterholder segment in a spring-loaded manner, the spring segment comprising an inlet end for connecting to the mounting segment and an outer end for connecting to the counterholder segment , the spring segment being suitable for tensioning in response to the cloth tension force acting on the mounting segment when the counterholder segment is supported, in that the inlet end travels inward away from the outer end along a spring path in the plane parallel to the awning cloth, characterized in that the counterholder segment comprises a plurality of support feet , wherein each of the plurality of support feet protrudes inward in the plane parallel to the awning cloth, that is, in the direction toward the awning cloth, in order to be supported by the same when the spring segment is tensioned. a mounting segment for mounting the inlet spring (1; 31; 51) at the inlet (2; 32; 52), a counterholder segment for supporting the inlet spring (1; 31; 51) in the guide rail, and a spring segment connecting the mounting segment to the counterholder segment in a spring-loaded manner, the spring segment comprising an inlet end for connecting to the mounting segment and an outer end for connecting to the counterholder segment , the spring segment being suitable for tensioning in response to the cloth tension force acting on the mounting segment when the counterholder segment is supported, in that the inlet end travels inward away from the outer end along a spring path in the plane parallel to the awning cloth, characterized in that the counterholder segment comprises a plurality of support feet , wherein each of the plurality of support feet protrudes inward in the plane parallel to the awning cloth, that is, in the direction toward the awning cloth, in order to be supported by the same when the spring segment is tensioned.
A re-wireable electrical connector having a terminal socket and comprising a locking mechanism to enable the pin of a complementary connector to be retained in the terminal socket and released therefrom, wherein said connector further comprises a housing top and a housing base securable together to house a primary chassis member in a sandwich type arrangement in which the primary chassis member is secured in position between the housing top and the housing base , wherein said primary chassis member comprises at least one terminal to which a cable conductor may be secured, wherein said primary chassis member is removable from the housing top and the housing base for access to said at least one terminal , said at least one terminal being configured to be in electrically conductive contact with the terminal socket into which the pin of the complementary connector may be inserted, wherein the locking mechanism comprises release means operable by a handle formation which is slidably supported relative to the housing top and the housing base , wherein the handle formation is secured to or integral with a secondary chassis member that is slidable relative to the housing top and the housing base , characterized in that the primary chassis member comprises a support surface for the cable conductor, said support surface facing one of the housing top and the housing base , and wherein said secondary chassis member is positioned between the primary chassis member and the other of said housing top and housing base .
A computer-implemented method for analysis of a tissue sample, the method comprising: receiving a first image and a second image , wherein the first image is a biomarker image and the second image is an H&E image; performing an analysis of the first image, including deriving features from the first image ; receiving an input that identifies at least a portion of the first image; registering at least the portion of the first image to the second image to form a registered image, the registered image comprising a portion of the second image corresponding to the registered portion of the first image ; performing an analysis of the registered image, including deriving features from the registered image ; merging the features derived from the first image and the features derived from the registered image, wherein the features include probability features derived from the registered image ; and classifying nuclei within the first image based on the merged features . receiving a first image and a second image , wherein the first image is a biomarker image and the second image is an H&E image; performing an analysis of the first image, including deriving features from the first image ; receiving an input that identifies at least a portion of the first image; registering at least the portion of the first image to the second image to form a registered image, the registered image comprising a portion of the second image corresponding to the registered portion of the first image ; performing an analysis of the registered image, including deriving features from the registered image ; merging the features derived from the first image and the features derived from the registered image, wherein the features include probability features derived from the registered image ; and classifying nuclei within the first image based on the merged features .
A system comprising a hearing aid and a Bluetooth Low Energy "BLE" device for managing communication for the hearing aid wherein the BLE device is configured to receive from and transmit data to the hearing aid through a wireless link having a plurality of wireless communication channels using BLE wireless communication technology, the system comprising: a BLE tester configured to communicate with the hearing aid via a channel of the plurality of wireless communication channels of the wireless link using the BLE wireless communication technology and to produce at least one channel metric indicative of quality of data transmission performed via the channel according to a BLE wireless test mode in response to a test command; and an analysis initiator configured to generate the test command in response to a request generated by the hearing aid that automatically determines a need to invoke the BLE wireless test mode. a BLE tester configured to communicate with the hearing aid via a channel of the plurality of wireless communication channels of the wireless link using the BLE wireless communication technology and to produce at least one channel metric indicative of quality of data transmission performed via the channel according to a BLE wireless test mode in response to a test command; and an analysis initiator configured to generate the test command in response to a request generated by the hearing aid that automatically determines a need to invoke the BLE wireless test mode.
An annealing separator for manufacturing a grain-oriented silicon steel with good magnetic performance, which consists of a composition as follows: 77∼98% by weight of Al 2 O 3 powder; 1∼8% by weight of an alkaline earth metal oxide powder; wherein the alkaline earth metal oxide comprises BeO, MgO, CaO, SrO or BaO; 1∼15% by weight of alkali metal chloride and/or alkaline earth metal chloride; wherein the alkali metal chloride comprises LiCl, NaCl, KCl or RbCl, and the alkaline earth metal chloride comprises BeCl 2 , MgCl 2 , CaCl 2 , SrCl 2 or BaCh. 77∼98% by weight of Al 2 O 3 powder; 1∼8% by weight of an alkaline earth metal oxide powder; wherein the alkaline earth metal oxide comprises BeO, MgO, CaO, SrO or BaO; 1∼15% by weight of alkali metal chloride and/or alkaline earth metal chloride;
Rope connection with a rope eye , with a reinforcing part inserted into the rope eye and with a holding element , wherein the holding element extends along a circumferential portion of the reinforcing part and is releasably connected to the reinforcing part , with the result that a rope eye portion is enclosed between the holding element and the reinforcing part , wherein a guiding channel for a rope eye portion is formed on a circumferential surface of the reinforcing part , characterized in that the reinforcing part has a receiving channel , arranged radially outside the guiding channel , for the holding element .
A wind power plant connected to an electric grid with a nominal voltage, comprising a central plant controller and wind turbines , wherein the central plant controller is configured to carry out a method of controlling an electric output of the wind power plant in the event of a grid fault, being a transient low-voltage fault of the electric grid, wherein the wind turbines are configured to operate in a nominal-grid operation mode during which the grid voltage is within a nominal grid operation range and the wind turbines are controlled according to at least one reference value of an electric-production parameter provided by the central plant controller , wherein the wind turbines operate during a fault stage, during which the grid voltage falls below the nominal grid operation range, so as to ride through the grid fault, and wherein during a post-fault-support stage which is entered when the grid fault has cleared such that the grid voltage returns to within the nominal grid operating range, the central plant controller is configured to control the wind power plant to provide only active power, or to perform voltage control, wherein the central plant controller is configured to enter the post-fault-support stage in response to the grid voltage having recovered a predetermined value indicative of clearance of the low-voltage fault, and wherein the central plant controller is configured to resume, after the post-fault support stage, control of the wind power plant according to the nominal-grid operation mode, which prevailed before the low-voltage fault, in a nominal-grid operation stage.
A composition comprising a bacterial strain of the genus Megasphaera, for use in a method of treating or preventing a neurodegenerative disorder, wherein the bacterial strain has a 16s rRNA sequence that is at least 95% identical to SEQ ID NO:2.
A 2-aminoarylthiazole derivative of formula (II): wherein: - R 1 is selected independently from hydrogen, halogen, C 1 -C 10 alkyl, C 3 -C 10 cycloalkyl group, trifluoromethyl, alkoxy, amino, alkylamino, dialkylamino, a solubilizing group, and C 1 -C 10 alkyl substituted by a solubilizing group, wherein the solubilizing group is one of the structures a) to i): and - m is 0-5, or a pharmaceutically acceptable salt or solvate thereof, for use in the treatment of sickle cell disease (SCD) in a patient in need thereof. - R 1 is selected independently from hydrogen, halogen, C 1 -C 10 alkyl, C 3 -C 10 cycloalkyl group, trifluoromethyl, alkoxy, amino, alkylamino, dialkylamino, a solubilizing group, and C 1 -C 10 alkyl substituted by a solubilizing group, wherein the solubilizing group is one of the structures a) to i): and - m is 0-5, or a pharmaceutically acceptable salt or solvate thereof, for use in the treatment of sickle cell disease (SCD) in a patient in need thereof. or a pharmaceutically acceptable salt or solvate thereof, for use in the treatment of sickle cell disease (SCD) in a patient in need thereof.
A method for preparing a super absorbent polymer comprising the steps of: performing crosslinking polymerization of a water-soluble ethylenically unsaturated monomer having an acidic group of which at least a part is neutralized, in the presence of an internal crosslinking agent and a polymerization initiator to form a hydrogel polymer containing a first crosslinked polymer (step 1); drying the hydrogel polymer (step 2); pulverizing the dried polymer so that particles having a diameter of 710 μm or more are equal to or higher than 70.0 wt% based on the total weight of the prepared entire particles, thereby preparing particles (step 3); and subjecting the pulverized particles to secondary pulverization (step 4), wherein in step 4, a reference diameter is determined from a diameter range of 600 μm or more and 850 μm or less, and only the particles having a diameter equal to or greater than the reference diameter among the particles prepared in step 3 are subjected to secondary pulverization. performing crosslinking polymerization of a water-soluble ethylenically unsaturated monomer having an acidic group of which at least a part is neutralized, in the presence of an internal crosslinking agent and a polymerization initiator to form a hydrogel polymer containing a first crosslinked polymer (step 1); drying the hydrogel polymer (step 2); pulverizing the dried polymer so that particles having a diameter of 710 μm or more are equal to or higher than 70.0 wt% based on the total weight of the prepared entire particles, thereby preparing particles (step 3); and subjecting the pulverized particles to secondary pulverization (step 4), wherein in step 4, a reference diameter is determined from a diameter range of 600 μm or more and 850 μm or less, and only the particles having a diameter equal to or greater than the reference diameter among the particles prepared in step 3 are subjected to secondary pulverization.