mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a communication device, the method comprising: determining, based on at least one parameter for communication with a communication node: a plurality of random access channel, RACH, groups, and an association between an individual RACH group of the plurality of RACH groups and a plurality of measured signals, wherein each individual RACH group of the plurality of RACH groups comprises at least one RACH occasion and a number of contention-based RACH preambles per synchronization signal, SS, block, and the at least one parameter indicates the number of contention-based RACH preambles in each individual RACH group and a number of RACH groups per RACH occasion, wherein each RACH occasion corresponds to a time instance in which a contention-based RACH preamble may be transmitted and wherein the plurality of RACH groups are determined based on a RACH group period; obtaining measurement results from the plurality of measured signals, wherein the plurality of measured signals comprises at least one SS block; determining a matching RACH group from the plurality of RACH groups based on the measurement results; and sending a message using at least one resource of the matching RACH group to the communication node. determining, based on at least one parameter for communication with a communication node: a plurality of random access channel, RACH, groups, and an association between an individual RACH group of the plurality of RACH groups and a plurality of measured signals, wherein each individual RACH group of the plurality of RACH groups comprises at least one RACH occasion and a number of contention-based RACH preambles per synchronization signal, SS, block, and the at least one parameter indicates the number of contention-based RACH preambles in each individual RACH group and a number of RACH groups per RACH occasion, wherein each RACH occasion corresponds to a time instance in which a contention-based RACH preamble may be transmitted and wherein the plurality of RACH groups are determined based on a RACH group period; a plurality of random access channel, RACH, groups, and an association between an individual RACH group of the plurality of RACH groups and a plurality of measured signals, wherein each individual RACH group of the plurality of RACH groups comprises at least one RACH occasion and a number of contention-based RACH preambles per synchronization signal, SS, block, and the at least one parameter indicates the number of contention-based RACH preambles in each individual RACH group and a number of RACH groups per RACH occasion, wherein each RACH occasion corresponds to a time instance in which a contention-based RACH preamble may be transmitted and wherein the plurality of RACH groups are determined based on a RACH group period; obtaining measurement results from the plurality of measured signals, wherein the plurality of measured signals comprises at least one SS block; determining a matching RACH group from the plurality of RACH groups based on the measurement results; and sending a message using at least one resource of the matching RACH group to the communication node.
Seal label for a seal , having an outer label layer having an outer supporting layer, and an inner label layer having an inner supporting layer, which, in contact with each other in areas, overlap with each other in an overlap region, and, across the overlap region, form a first piece of initial opening evidence via a colour layer that cracks when the outer label layer is first pulled away from the inner label layer, wherein an information region is provided in the overlap region, which contains information covered so as not to be visible from the outside, which is exposed after an initial opening.
Attachment member for interconnection of a first board and a second board , wherein at least one of the boards is a circuitry board, the attachment member comprising a base portion extending along a base plane , a first pair of legs extending from the base portion in a first direction (D1), wherein the first pair of legs are configured to resiliently flex along a respective flexing direction (DF11, DF12) away from each other thereby allowing a portion of a first board to be inserted between and to lockingly engage the first legs , a second pair of legs extending from the base portion in a second direction (D2), the second direction (D2) being opposite the first direction (D1), wherein the second pair of legs are configured to resiliently flex along a respective flexing direction (DF21, DF22) away from each other thereby allowing a portion of a second board to be inserted between and to lockingly engage the second legs , and a pair of abutment protrusions , each abutment protrusion extending along said base plane from the base portion or from the first or second legs to form an abutment surface outside respective leg of the second pair of legs and with the abutment surface being configured to abut directly or indirectly the second board on a first surface of the second board , the first surface of the second board facing the base portion of the attachment member , and characterized in that each leg of the first pair of legs is provided with an outer shoulder portion forming a shoulder surface facing in the second direction (D2).
A polymer production method comprising: batch-adding a reaction solution including a monomer mixture including a maleimide-based monomer, a vinyl aromatic monomer, and a vinyl cyanide-based monomer and an aqueous solvent to a reactor and initiating polymerization; and carrying out the polymerization while continuously adding the maleimide-based monomer and an aqueous solvent to the reactor, wherein the reaction solution satisfies the following Formula 1: 44 ≤ (Weight of the monomer mixture) / (Total weight of the monomer mixture and the aqueous solvent) × 100 ≤ 56, and wherein the aqueous solvent is ion-exchanged water or deionized water. batch-adding a reaction solution including a monomer mixture including a maleimide-based monomer, a vinyl aromatic monomer, and a vinyl cyanide-based monomer and an aqueous solvent to a reactor and initiating polymerization; and carrying out the polymerization while continuously adding the maleimide-based monomer and an aqueous solvent to the reactor, wherein the reaction solution satisfies the following Formula 1: 44 ≤ (Weight of the monomer mixture) / (Total weight of the monomer mixture and the aqueous solvent) × 100 ≤ 56, and wherein the aqueous solvent is ion-exchanged water or deionized water.
An apparatus comprising: an electrode configured to receive an electromagnetic interference, EMI, signal conducted by a body of a user that is external to the apparatus and coupled capacitively to the electrode through the body ; and one or more processors coupled to the electrode and configured to: receive an input corresponding to an environmental data; compare the received environmental data and an internal environmental profile to recognize an environment surrounding the apparatus; and characterize the EMI signal using the recognized environment; characterised in that the apparatus is configured to determine whether the body is in proximity of the electrode based on the characterized EMI signal. receive an input corresponding to an environmental data; compare the received environmental data and an internal environmental profile to recognize an environment surrounding the apparatus; and characterize the EMI signal using the recognized environment; characterised in that the apparatus is configured to determine whether the body is in proximity of the electrode based on the characterized EMI signal.
A winding machine , which doubles and drafts several fibre bands together to form a lap, wherein the formed lap is wound onto a lap bobbin by means of two winding rolls or at least one winding roll and a belt to form a lap roll for feeding to a combing machine, characterized in that at least one winding roll includes an elastic shell , respectively exterior circumference, wherein the at least one winding roll comprises a rigid non-elastic core or carrier , on which an elastic ring is disposed across the entire working width, and in that the elastic ring includes at least one integral reinforcement extending across the working width.
One-piece healing element which comprises: - an implant part intended to be fixed to a dental implant , of which at least a lower part is oriented along a first axis (A1), - a coronal part intended to be integrated into a gum in order to shape the gum as it heals, of which at least an upper part extends overall along a second axis (A2), the coronal part having a terminal surface and a lateral surface , the terminal surface being intended to remain visible above a gum surface of the gum , the gum being intended to be wholly in contact with the lateral surface and which is such that the first axis (A1) and the second axis (A2) form a non-zero first angle (α). - an implant part intended to be fixed to a dental implant , of which at least a lower part is oriented along a first axis (A1), - a coronal part intended to be integrated into a gum in order to shape the gum as it heals, of which at least an upper part extends overall along a second axis (A2), the coronal part having a terminal surface and a lateral surface , the terminal surface being intended to remain visible above a gum surface of the gum , the gum being intended to be wholly in contact with the lateral surface
Radial shaft sealing ring comprising an elastomeric sleeve and a support body to which the sleeve is fixed, wherein the sleeve and the support body include an axial shaft feedthrough for a shaft cooperating with the radial shaft sealing ring, wherein the sleeve comprises an annular region formed as a disk which extends radially to the shaft feedthrough and has on the radially inner end thereof an inclined sealing lip which extends into shaft feedthrough and which is bent away from the shaft by contact with the shaft when the shaft is passed through the radial shaft sealing ring , wherein expansion forces occur on the side of the sleeve facing in the opposite direction to the bending direction along an expansion zone of the sleeve , wherein the region of the sleeve formed as a disk is supported on the side facing away from the sealing lip by the support body , wherein on the side of the sleeve facing in the opposite direction to the bending direction , a layer of fluoroplastic extending over the entire expansion zone is arranged which is configured as a fluoroplastic coating of the sleeve or consists of a film or a membrane with holes therein or a fabric with holes, characterized in that the layer of fluoroplastic extends along the entire extension of the sealing lip into the region of the sleeve , which is designed as a disc, over a region encompassed by the expansion zone of the sleeve , but does not extend over the entire radial longitudinal extent of the sleeve beyond the region .
A method of detecting suspected data leakage in a network including a plurality of networked devices , comprising: receiving Packets from sampling agents of each of the plurality of networked devices ; determining whether a packet includes sampled traffic data, the sampled traffic data comprising a sample of a packet constituting network traffic through one of the plurality of networked devices , the sample including payload data copied from the packet constituting network traffic; if so, analyzing the payload data of the sampled traffic data; determining, by a data loss detector , whether sensitive data is detected in the payload data of the sampled traffic data based on the analysis; and performing a remedial action in response to determining that sensitive data is detected. receiving Packets from sampling agents of each of the plurality of networked devices ; determining whether a packet includes sampled traffic data, the sampled traffic data comprising a sample of a packet constituting network traffic through one of the plurality of networked devices , the sample including payload data copied from the packet constituting network traffic; if so, analyzing the payload data of the sampled traffic data; determining, by a data loss detector , whether sensitive data is detected in the payload data of the sampled traffic data based on the analysis; and performing a remedial action in response to determining that sensitive data is detected.
Household appliance having a detergent dispenser tray with an inner region for receiving a liquid substance, wherein the detergent dispenser tray comprises a water duct for cooling the liquid substance in the detergent dispenser tray and can be connected to a water circuit of the household appliance , characterised in that the household appliance comprises a water pump for generating a flow of water through the water duct , which is arranged outside of the detergent dispenser tray , wherein the water duct is arranged in a cover and/or on a side wall of the detergent dispenser tray .
An isolated antibody, or an antigen binding fragment thereof, that binds to the antigenic loop region of HBsAg and neutralizes infection with hepatitis B virus and hepatitis delta virus, wherein the antibody or the antigen binding fragment comprises CDRH1, CDRH2, and CDRH3 amino acid sequences and CDRL1, CDRL2, and CDRL3 amino acid sequences (i) according to SEQ ID NOs: 34 - 38 and 40, respectively; or (ii) according to SEQ ID NOs: 34 - 37, 39 and 40, respectively; or (iii) according to SEQ ID NOs: 34 - 38 and 58, respectively; or (iv) according to SEQ ID NOs: 34 - 37, 39 and 58, respectively; or (v) according to SEQ ID NOs: 34, 66, 36 - 38 and 40, respectively; or (vi) according to SEQ ID NOs: 34, 66, 36 - 37, 39 and 40, respectively; or (vii) according to SEQ ID NOs: 34, 66, 36 - 38 and 58, respectively; or (viii) according to SEQ ID NOs: 34, 66, 36 - 37, 39 and 58, respectively.
A manufacturing method of a concave diffraction grating , comprising the steps of: transferring a groove pattern formed on a plane diffraction grating and having an unequal groove interval onto a metal thin film ; forming a first alignment mark on a convex surface of a fixing substrate having the convex surface to fix the metal thin film ; mating a second alignment mark formed on an adhesive surface of the metal thin film with the first alignment mark to perform alignment and bonding the adhesive surface of the metal thin film and the convex surface of the fixing substrate to each other to fabricate a master ; and transferring a groove pattern of the metal thin film of the master to fabricate a concave diffraction grating . transferring a groove pattern formed on a plane diffraction grating and having an unequal groove interval onto a metal thin film ; forming a first alignment mark on a convex surface of a fixing substrate having the convex surface to fix the metal thin film ; mating a second alignment mark formed on an adhesive surface of the metal thin film with the first alignment mark to perform alignment and bonding the adhesive surface of the metal thin film and the convex surface of the fixing substrate to each other to fabricate a master ; and transferring a groove pattern of the metal thin film of the master to fabricate a concave diffraction grating .
Coil former for producing an eddy current sensor (S) having a winding head defining a longitudinal axis (X), in the outer surface of which two circumferential grooves are formed, which each extend around a winding core along the entire circumference of the winding head , wherein the circumferential grooves cross at the top side and the bottom side of the winding head in the longitudinal axis position and serve for receiving a coil wire to be wound around the winding core in the manner of a cross winding, and wherein the circumferential grooves , as seen in the circumferential direction, are delimited by holding webs , which extend in the longitudinal axis direction and in the direction of the two axial end regions of the coil former , and protrude over the winding core in the radial direction, characterized in that a receiving means for sticking in a ball of ferromagnetic material is formed in a top side of the winding core , in particular in a crossing region of the two circumferential grooves .
A compound of the general formula (I) where R 1a and R 1b are each independently C 8 to C 10 alkyl, R 2a and R 2b are each independently H or CH 3 , and n = 0, 1, 2 or 7. R 1a and R 1b are each independently C 8 to C 10 alkyl, R 2a and R 2b are each independently H or CH 3 , and n = 0, 1, 2 or 7.
A control apparatus for a vehicle comprising: a power source of the vehicle, first drive wheels that are connected to the power source , and that are to be driven by the power source ;, a clutch interposed on a transmission path of driving power generated by the power source , and second drive wheels that are connected to the power source via the clutch , and that are capable of being driven by the power source , the control apparatus for the vehicle comprising: a transfer that transfers the driving power generated by the power source to the second drive wheels in accordance with a drive mode; an urging device that is interposed on the transmission path connecting between the transfer and the second drive wheels , and urges the clutch to an engagement direction in accordance to a difference between a rotation speed upstream to the clutch and a rotation speed downstream to the clutch ; and characterised in that it further comprises a controlling device that maintains, when the clutch has been urged to the engagement direction by the urging device before the vehicle stops, an urging state by the urging device during the stoppage, since before the stoppage. a transfer that transfers the driving power generated by the power source to the second drive wheels in accordance with a drive mode; an urging device that is interposed on the transmission path connecting between the transfer and the second drive wheels , and urges the clutch to an engagement direction in accordance to a difference between a rotation speed upstream to the clutch and a rotation speed downstream to the clutch ; and characterised in that it further comprises a controlling device that maintains, when the clutch has been urged to the engagement direction by the urging device before the vehicle stops, an urging state by the urging device during the stoppage, since before the stoppage.
A method for determining whether a compound binds directly to the same site as afidopyropen on one or more Nanchung proteins, comprising: (a) providing one or more Nanchung proteins; (b) contacting the one or more Nanchung proteins with, afidopyropen, (c) contacting the one or more Nanchung proteins with one or more candidate compounds; and (d) determining whether the one or more candidate compounds bind to the same site as afidopyropen and determining the binding affinity of the one or more candidate compounds to the one or more Nanchung proteins. (a) providing one or more Nanchung proteins; (b) contacting the one or more Nanchung proteins with, afidopyropen, (c) contacting the one or more Nanchung proteins with one or more candidate compounds; and (d) determining whether the one or more candidate compounds bind to the same site as afidopyropen and determining the binding affinity of the one or more candidate compounds to the one or more Nanchung proteins.
An armature for an acetabulum bottom comprising a cambered cross including at least four concentric legs distributed around the axis of revolution corresponding to the axis of the half-sphere of the cotyloid cavity, characterized in that at least one of said legs is self-breakable, each of the or of said self-breakable leg(s) including in the region of its free end a narrowed portion enabling the breakage of said leg at the location thereof.
A belt cutter (10; 72; 92; 118; 132; 150) comprising: a main body having a slot (14; 82; 114; 144; 156) for receiving an end portion of a belt having regularly spaced ridges on one side that extend across the width of the belt ; a blade (42; 88; 100; 122; 142; 162) extending from the main body into the slot (14; 82; 114; 144; 156); a guide (24; 80; 98; 120, 121; 138; 152) bounding one side of the slot (14; 82; 114; 144; 156) and having an outer face having one or more grooves (30, 30'; 89, 89'; 146, 147; 158, 159) for receiving one or more of the ridges of the belt and registering the belt relative to the blade (42; 88; 100; 122; 142; 162); a handle (58; 76) for pulling the main body across the width of the belt in a direction (32; 90; 116) parallel to the ridges for the blade (14; 88; 100; 122; 142; 162) to cut through the end portion of the belt and form a butt end parallel to the ridges . a main body having a slot (14; 82; 114; 144; 156) for receiving an end portion of a belt having regularly spaced ridges on one side that extend across the width of the belt ; a blade (42; 88; 100; 122; 142; 162) extending from the main body into the slot (14; 82; 114; 144; 156); a guide (24; 80; 98; 120, 121; 138; 152) bounding one side of the slot (14; 82; 114; 144; 156) and having an outer face having one or more grooves (30, 30'; 89, 89'; 146, 147; 158, 159) for receiving one or more of the ridges of the belt and registering the belt relative to the blade (42; 88; 100; 122; 142; 162); a handle (58; 76) for pulling the main body across the width of the belt in a direction (32; 90; 116) parallel to the ridges for the blade (14; 88; 100; 122; 142; 162) to cut through the end portion of the belt and form a butt end parallel to the ridges .
An organic light emitting diode comprising: an anode ; a cathode ; a light emitting layer including a fluorescent dopant provided between the anode and the cathode; and an organic material layer provided between the cathode and the light emitting layer, characterized in that the organic material layer includes one of the following compounds: Compound 13 Compound 56 Compound 100 an anode ; a cathode ; a light emitting layer including a fluorescent dopant provided between the anode and the cathode; and an organic material layer provided between the cathode and the light emitting layer, characterized in that the organic material layer includes one of the following compounds: Compound 13 Compound 56 Compound 100