mhurhangee/ep-ind-claims huggingface dataset:
A method (100; 200) for positioning multiple drilling pads within a predetermined boundary, which comprises: a) determining (106; 206) a maximum number of rows based on a row spacing and a maximum distance; b) determining (106; 206) a maximum number of columns based on a column spacing and the maximum distance; c) determining (120; 220) a seed point location within the predetermined boundary for each row at a starting position and for each column at a starting position, each seed point location belonging to a set of seed point locations; d) computing (128; 228) a total value for the set of seed point locations using a computer processor; e) adjusting (108, 110, 112, 114; 208, 210, 212, 214) the starting position in each row by a row increment and the starting position in each column by a column increment; f) repeating steps c) - e) for a predetermined number of starting positions in each row and a predetermined number of starting positions in each column; and g) positioning a drilling pad at each location based on a respective seed point location within the set of seed point locations having a greatest total value. a) determining (106; 206) a maximum number of rows based on a row spacing and a maximum distance; b) determining (106; 206) a maximum number of columns based on a column spacing and the maximum distance; c) determining (120; 220) a seed point location within the predetermined boundary for each row at a starting position and for each column at a starting position, each seed point location belonging to a set of seed point locations; d) computing (128; 228) a total value for the set of seed point locations using a computer processor; e) adjusting (108, 110, 112, 114; 208, 210, 212, 214) the starting position in each row by a row increment and the starting position in each column by a column increment; f) repeating steps c) - e) for a predetermined number of starting positions in each row and a predetermined number of starting positions in each column; and g) positioning a drilling pad at each location based on a respective seed point location within the set of seed point locations having a greatest total value.
A pico projector for being installed on a door of a vehicle and comprising: a light source, configured to provide an illumination beam, a digital micromirror device, disposed on a propagation path of the illumination beam and configured to convert the illumination beam to an image beam, a projection lens, disposed on a propagation path of the image beam and configured to project the image beam to the outside of the pico projector, a power supply unit, coupled to the light source and the digital micromirror device, and a processing circuit, coupled to the power supply unit and the digital micromirror device, characterized in that the processing circuit is configured to receive a shutdown warning signal, to transmit a parking signal to the digital micromirror device to perform a parking operation on the digital micromirror device, and to notify the power supply unit of cutting off a first power supplied to the digital micromirror device after a predetermined time interval from transmitting the parking signal. a light source, configured to provide an illumination beam, a digital micromirror device, disposed on a propagation path of the illumination beam and configured to convert the illumination beam to an image beam, a projection lens, disposed on a propagation path of the image beam and configured to project the image beam to the outside of the pico projector, a power supply unit, coupled to the light source and the digital micromirror device, and a processing circuit, coupled to the power supply unit and the digital micromirror device, characterized in that the processing circuit is configured to receive a shutdown warning signal, to transmit a parking signal to the digital micromirror device to perform a parking operation on the digital micromirror device, and to notify the power supply unit of cutting off a first power supplied to the digital micromirror device after a predetermined time interval from transmitting the parking signal.
A compound of formula A1: wherein X is selected from the group consisting of O, S and Se, and wherein the dotted lines represent a substitution by a group selected from the group consisting of:
A method comprising: selecting a variable length coding table for a current video macroblock from a plurality of tables and coding one or more coded block patterns (CBPs) of the current video macroblock using the selected VLC table characterized in that the selecting is based on a number of neighboring video blocks to the current video macroblock that include non zero transform coefficients, wherein the neighboring video blocks are part of macroblocks neighboring the current macroblock. selecting a variable length coding table for a current video macroblock from a plurality of tables and coding one or more coded block patterns (CBPs) of the current video macroblock using the selected VLC table characterized in that the selecting is based on a number of neighboring video blocks to the current video macroblock that include non zero transform coefficients, wherein the neighboring video blocks are part of macroblocks neighboring the current macroblock.
A precision guided firearm comprising: a trigger assembly; and an optical device coupled to the trigger assembly, the optical device configured to predict a time when a distance between a selected location on a target and an aim point corresponding to a ballistic solution of the precision guided firearm is less than a programmable threshold and when the distance will begin to increase and to control the trigger assembly to discharge the precision guided firearm at the time. a trigger assembly; and an optical device coupled to the trigger assembly, the optical device configured to predict a time when a distance between a selected location on a target and an aim point corresponding to a ballistic solution of the precision guided firearm is less than a programmable threshold and when the distance will begin to increase and to control the trigger assembly to discharge the precision guided firearm at the time.
A polyester film for sealant use comprising a polyester resin having ethylene terephthalate as a main structural component and including one or more monomer components that may serve as amorphous components so that the total amount of the monomer components being not less than 15 mol% and not more than 30 mol% among total monomer components, wherein the monomer components are at least one selected from the group of neopentyl glycol, 1,4-cyclohexanedimethanol, 1,4-cyclohexanedicarboxylic acid, 2,6-naphthalenedicarboxylic acid, 2,2-diethyl-1,3-propanediol, 2-n-butyl-2-ethyl-1,3-propanediol, 2,2-isopropyl-1,3-propanediol, 2,2-di-n-butyl-1,3-propanediol and hexanediol, and wherein, the polyester film is uniaxially or biaxially stretched and satisfies the following requirements to: the heat-sealing strength is not less than 2 N/15 mm and not more than 20 N/15 mm when the polyester films are heat-sealed to each other at 130°C; the heat-sealing strength is not less than 2 N/15 mm and not more than 8 N/15 mm when the polyester film is heat-sealed to other biaxially stretched polyester film formed of a crystalline polyester at 130°C; the heat-sealing strength is not less than 2 N/15 mm and not more than 20 N/15 mm when the polyester film is heat-sealed to other unstretched polyester film formed of a crystalline polyester at 130°C, wherein said heat-sealing strength referred to in, and is determined as indicated in the description; and the crystal melting heat capacity ΔHm measured by differential scanning calorimetry as indicated in the description, is not less than 10 (J/g) and not more than 40 (J/g). a polyester resin having ethylene terephthalate as a main structural component and including one or more monomer components that may serve as amorphous components so that the total amount of the monomer components being not less than 15 mol% and not more than 30 mol% among total monomer components, wherein the monomer components are at least one selected from the group of neopentyl glycol, 1,4-cyclohexanedimethanol, 1,4-cyclohexanedicarboxylic acid, 2,6-naphthalenedicarboxylic acid, 2,2-diethyl-1,3-propanediol, 2-n-butyl-2-ethyl-1,3-propanediol, 2,2-isopropyl-1,3-propanediol, 2,2-di-n-butyl-1,3-propanediol and hexanediol, and wherein, the polyester film is uniaxially or biaxially stretched and satisfies the following requirements to: the heat-sealing strength is not less than 2 N/15 mm and not more than 20 N/15 mm when the polyester films are heat-sealed to each other at 130°C; the heat-sealing strength is not less than 2 N/15 mm and not more than 8 N/15 mm when the polyester film is heat-sealed to other biaxially stretched polyester film formed of a crystalline polyester at 130°C; the heat-sealing strength is not less than 2 N/15 mm and not more than 20 N/15 mm when the polyester film is heat-sealed to other unstretched polyester film formed of a crystalline polyester at 130°C, wherein said heat-sealing strength referred to in, and is determined as indicated in the description; and the crystal melting heat capacity ΔHm measured by differential scanning calorimetry as indicated in the description, is not less than 10 (J/g) and not more than 40 (J/g).
A coaxial connector contact for connecting to a coaxial transmission medium to form an electrically conductive path between the transmission medium and the coaxial connector contact, the coaxial connector contact comprising: a main body comprising a proximal portion and a distal portion, a first end and an opposing second end, the first end disposed on the proximal portion and the second end disposed on the distal portion; wherein the main body is of unitary construction, wherein along the proximal portion, the main body comprises electrically conductive material that extends circumferentially about a longitudinal axis said electrically conductive material having an inner surfaces and an outer surface, characterized in that and wherein the main body further comprises a central portion between the proximal portion and the distal portion wherein along the central portion, the main body comprises electrically conductive material that extends circumferentially about a longitudinal axis said electrically conductive material having an inner surface and an outer surface, wherein said electrically conductive material is patterned to define a plurality of openings extending between the inner and outer surfaces at least partially circumferentially around said central portion. said electrically conductive material is patterned to define a plurality of openings (114, 116) extending between the inner and outer surfaces along a longitudinal length of the proximal portion, at least one of said openings extending from the first tend and at least one other of said openings not extending to the first end. a main body comprising a proximal portion and a distal portion, a first end and an opposing second end, the first end disposed on the proximal portion and the second end disposed on the distal portion; wherein the main body is of unitary construction, wherein along the proximal portion, the main body comprises electrically conductive material that extends circumferentially about a longitudinal axis said electrically conductive material having an inner surfaces and an outer surface, characterized in that and wherein the main body further comprises a central portion between the proximal portion and the distal portion wherein along the central portion, the main body comprises electrically conductive material that extends circumferentially about a longitudinal axis said electrically conductive material having an inner surface and an outer surface, wherein said electrically conductive material is patterned to define a plurality of openings extending between the inner and outer surfaces at least partially circumferentially around said central portion. said electrically conductive material is patterned to define a plurality of openings (114, 116) extending between the inner and outer surfaces along a longitudinal length of the proximal portion, at least one of said openings extending from the first tend and at least one other of said openings not extending to the first end.
A method for controlling access to household content, said method performed at a localization hub, said localization hub associated with a subscriber that is authorized to access said content, said method comprising: associating with a network service provider over an ISP interface; receiving a request for network enrollment from a client device over an interface, different from the ISP interface; confirming that said client device is a member of a household network controlled by said localization hub, said household network comprising at least one local area network, by determining whether said client device has an IP address that belongs in a range of IP addresses assigned to the household network and that the client device has a pre-shared secret with the localisation hub; and issuing a credential to said client device if it is confirmed that the client device is a member of the household network, the issuing of said credential allowing said client device to present the credential as part of a request to access household content, wherein upon authorization, the client device is enabled to access said household content when it is enrolled on the household network and has a household IP address. associating with a network service provider over an ISP interface; receiving a request for network enrollment from a client device over an interface, different from the ISP interface; confirming that said client device is a member of a household network controlled by said localization hub, said household network comprising at least one local area network, by determining whether said client device has an IP address that belongs in a range of IP addresses assigned to the household network and that the client device has a pre-shared secret with the localisation hub; and issuing a credential to said client device if it is confirmed that the client device is a member of the household network, the issuing of said credential allowing said client device to present the credential as part of a request to access household content, wherein upon authorization, the client device is enabled to access said household content when it is enrolled on the household network and has a household IP address.
An isolated thermolysin variant, wherein the thermolysin variant is a Geobacillus thermolysin variant having between 1 and 10 differing amino acids from the amino acid sequence set forth as SEQ ID NO: 3, said variant comprising an amino acid substitution at position 151 of the amino acid sequence set forth as SEQ ID NO: 3, chosen from substitutions Y151D, Y151E, Y151H, Y151K, Y151M, Y151N, Y151Q, Y151R, Y151T, Y151V, Y151W, Y151A, Y151C, and Y151S, wherein the thermolysin variant has improved stability and/or performance as compared to the thermolysin of SEQ ID NO: 3.
A surgical bur comprising: a plurality of primary flutes comprising (i) first clearance surfaces, and (ii) first rake surfaces with first cutting edges, wherein the plurality of primary flutes extend from a proximal end of the surgical bur to a distal end of the surgical bur; and a plurality of auxiliary flutes (52, 112, 356) comprising (i) second clearance surfaces, and (ii) second rake surfaces with second cutting edges, wherein at least one of the plurality of auxiliary flutes is located between a pair of adjacent ones of the plurality of primary flutes; characterized in that the plurality of auxiliary flutes are localized in distal regions, or are centrally localized and extending from distal regions to proximal regions of the surgical bur. a plurality of primary flutes comprising (i) first clearance surfaces, and (ii) first rake surfaces with first cutting edges, wherein the plurality of primary flutes extend from a proximal end of the surgical bur to a distal end of the surgical bur; and a plurality of auxiliary flutes (52, 112, 356) comprising (i) second clearance surfaces, and (ii) second rake surfaces with second cutting edges, wherein at least one of the plurality of auxiliary flutes is located between a pair of adjacent ones of the plurality of primary flutes; characterized in that the plurality of auxiliary flutes are localized in distal regions, or are centrally localized and extending from distal regions to proximal regions of the surgical bur.
An alarm generation system for an industrial automation environment, comprising: a packaging component adapted to package contextual data together with a generated alarm; a provision component adapted to relay the alarm packaged together with the contextual data to an appropriate device; characterized in that the appropriate device comprises a user input component adapted to receive additional information from a user, wherein the additional information is appended to the alarm which is provided back to the packaging component for deliverance to another device. a packaging component adapted to package contextual data together with a generated alarm; a provision component adapted to relay the alarm packaged together with the contextual data to an appropriate device; characterized in that the appropriate device comprises a user input component adapted to receive additional information from a user, wherein the additional information is appended to the alarm which is provided back to the packaging component for deliverance to another device.
An intervertebral disc prosthesis comprising at least three pieces including a first plate, a second plate and a core having a curved surface in contact with at least a part of a complementary curved surface of the first plate, and a substantially flat surface in contact with at least a part of a substantially flat surface of the second plate, the top of the curved surface of the core being off centre, in at least one direction, in relation to the geometric centre of this curved surface of the core, characterised in that: - the core is mobile, in rotation, in relation to both the first plate and the second plate and in translation in relation to the second plate, - male and female co-operation means (23, 33), situated near the periphery of the second plate and of the core, limit the movements in translation of the core in relation to the second plate, along an axis substantially parallel to the substantially flat surfaces, and limit the movements in rotation of the core in relation to the second plate, about an axis substantially perpendicular to the substantially flat surfaces. - the core is mobile, in rotation, in relation to both the first plate and the second plate and in translation in relation to the second plate, - male and female co-operation means (23, 33), situated near the periphery of the second plate and of the core, limit the movements in translation of the core in relation to the second plate,
A pole attachment for a skimming tool, comprising a clamp, which comprises a pair of jaws (102, 103) for gripping the skimming tool and a clamping mechanism for applying a clamping force to the jaws (102, 103), characterised in that the clamping mechanism comprises a pair of wings, which extend out beyond opposed transverse edges of the jaws in a width direction of the jaws.
A method of preserving privacy for usage of a lightweight blockchain client in a blockchain network, the method comprising: using, in a full blockchain node of the blockchain network, a secure software guard extensions, SGX, enclave; at initialization of the full blockchain node, scanning a blockchain of the blockchain network and storing the UTXO in a memory of the full blockchain node; receiving a request from the lightweight blockchain client for a setup of a secure network connection; receiving a client unique ID from the lightweight blockchain client, and acknowledging the client unique id sent by the lightweight blockchain client following a successful attestation by the lightweight blockchain client; receiving a request from the lightweight blockchain client for at least one transaction or address of the lightweight blockchain client; loading and searching, by the SGX enclave, unspent transaction outputs, UTXO, from the memory of the full blockchain node and sending a response to the request from the lightweight blockchain client for the at least one transaction or address based on a match from the searching the UTXO; and terminating the secure communication with the lightweight blockchain client. using, in a full blockchain node of the blockchain network, a secure software guard extensions, SGX, enclave; at initialization of the full blockchain node, scanning a blockchain of the blockchain network and storing the UTXO in a memory of the full blockchain node; receiving a request from the lightweight blockchain client for a setup of a secure network connection; receiving a client unique ID from the lightweight blockchain client, and acknowledging the client unique id sent by the lightweight blockchain client following a successful attestation by the lightweight blockchain client; receiving a request from the lightweight blockchain client for at least one transaction or address of the lightweight blockchain client; loading and searching, by the SGX enclave, unspent transaction outputs, UTXO, from the memory of the full blockchain node and sending a response to the request from the lightweight blockchain client for the at least one transaction or address based on a match from the searching the UTXO; and terminating the secure communication with the lightweight blockchain client.
A method of designing metrology targets to be formed by a lithographic process, each target comprising a first periodic structure to be formed in a lower layer on a substrate and a second periodic structure to be formed above the first periodic structure in an upper layer on the substrate, such that overlay performance of the lithographic process can be measured by illuminating each target with radiation and observing asymmetry in certain portions of a resulting diffraction spectrum, the method comprising: - defining one or more metrology recipe parameters representing properties of the illuminating radiation to be used for measuring overlay; - defining one or more design parameters representing the design of the target; - calculating at least one of a relative amplitude and a relative phase between (i) a first radiation component representing the illuminating radiation when diffracted by the second periodic structure and (ii) a second radiation component representing the illuminating radiation when diffracted by the first periodic structure after traveling through the upper layer to the lower layer and returning to the upper layer; - selecting values for the metrology recipe parameters and design parameters based on the calculated relative amplitude and/or relative phase so as to maximize accuracy of measurement of overlay when metrology targets according to the selected values are formed by a lithographic process and measured. - defining one or more metrology recipe parameters representing properties of the illuminating radiation to be used for measuring overlay; - defining one or more design parameters representing the design of the target; - calculating at least one of a relative amplitude and a relative phase between (i) a first radiation component representing the illuminating radiation when diffracted by the second periodic structure and (ii) a second radiation component representing the illuminating radiation when diffracted by the first periodic structure after traveling through the upper layer to the lower layer and returning to the upper layer; - selecting values for the metrology recipe parameters and design parameters based on the calculated relative amplitude and/or relative phase so as to maximize accuracy of measurement of overlay when metrology targets according to the selected values are formed by a lithographic process and measured.