mhurhangee/ep-ind-claims huggingface dataset:
Method for depositing an epitaxial layer on a substrate wafer from a vapour phase, comprising measuring an edge geometry of the substrate wafer that assigns a thickness characteristic value to an edge of the substrate wafer as a function of edge positions, the substrate wafer having a thicker edge section and a thinner edge section which are opposite each other; placing the substrate wafer in a pocket of a susceptor of a device for depositing the epitaxial layer, the pocket being surrounded by a boundary with a circular circumference; heating the substrate wafer; and passing process gas over the substrate wafer; characterized by placing the substrate wafer in the pocket such that the distance from the substrate wafer to the boundary of the pocket is smaller at edge positions of the thicker edge section with greater thickness characteristic value than at edge positions of the thinner edge section with smaller thickness characteristic value, wherein the thickness value is either the ZDD of the front side as defined according to the SEMI standard M68-0720 or the ESFQR as defined according to the SEMI standard M67-0720. placing the substrate wafer in a pocket of a susceptor of a device for depositing the epitaxial layer, the pocket being surrounded by a boundary with a circular circumference; heating the substrate wafer; and passing process gas over the substrate wafer; characterized by placing the substrate wafer in the pocket such that the distance from the substrate wafer to the boundary of the pocket is smaller at edge positions of the thicker edge section with greater thickness characteristic value than at edge positions of the thinner edge section with smaller thickness characteristic value, wherein the thickness value is either the ZDD of the front side as defined according to the SEMI standard M68-0720 or the ESFQR as defined according to the SEMI standard M67-0720.
Axial bearing arrangement for a preferably ringshaped or disc-shaped component, the axial bearing arrangement comprising a first rolling bearing, which is arranged on one side of the component and which has rolling bodies, and a second rolling bearing, which is arranged on the opposite side of the component and which has further rolling bodies, characterized in that the rolling bodies of the two rolling bearings (2, 3) are situated on different pitch circles, and in that the rolling bearings (2, 3) have an identical cage with openings (9, 10) for both pitch circles.
A cryptographic encrypted computation method comprising: - obtaining a ciphertext encrypting a plaintext value; and - performing a blind rotation of the ciphertext according to a test polynomial, wherein the blind rotation results in an encrypted polynomial product of the test polynomial and a bootstrapping monomial modulo a modulus (q) and modulo a quotient polynomial (p), wherein the bootstrapping monomial represents the plaintext value as an exponent; wherein: the quotient polynomial (p) divides an NTT polynomial ( X M - 1) that allows a number-theoretic transform modulo the modulus (q); performing the blind rotation comprises performing a polynomial multiplication using the number-theoretic transform; and the test polynomial is defined such that the polynomial product has a desired output value for the plaintext value as a fixed coefficient. - obtaining a ciphertext encrypting a plaintext value; and - performing a blind rotation of the ciphertext according to a test polynomial, wherein the blind rotation results in an encrypted polynomial product of the test polynomial and a bootstrapping monomial modulo a modulus (q) and modulo a quotient polynomial (p), wherein the bootstrapping monomial represents the plaintext value as an exponent;
A decontamination solution spray device comprising: an atomizer including a first port, a second port, and a nozzle; a first pipe having one end connected to an air compressor and an other end connected to the first port; a second pipe provided lower than the second port, the second pipe having one end connected to the second port and an other end open; a reservoir portion configured to store a decontamination solution; a pump configured to pump up the decontamination solution from the reservoir portion; and a third pipe, having one end connected to the pump, through which the decontamination solution taken in by the pump flows, the atomizer configured to, suck the decontamination solution flowing through the third pipe via the second pipe, by negative pressure produced in the second port by injecting air taken in from the first port from the nozzle; and inject the decontamination solution in an atomized state from the nozzle, mixing the decontamination solution with air, characterised in that an other end of the third pipe joins the second pipe at a junction on a path of the second pipe. an atomizer including a first port, a second port, and a nozzle; a first pipe having one end connected to an air compressor and an other end connected to the first port; a second pipe provided lower than the second port, the second pipe having one end connected to the second port and an other end open; a reservoir portion configured to store a decontamination solution; a pump configured to pump up the decontamination solution from the reservoir portion; and a third pipe, having one end connected to the pump, through which the decontamination solution taken in by the pump flows, the atomizer configured to, suck the decontamination solution flowing through the third pipe via the second pipe, by negative pressure produced in the second port by injecting air taken in from the first port from the nozzle; and inject the decontamination solution in an atomized state from the nozzle, mixing the decontamination solution with air, characterised in that an other end of the third pipe joins the second pipe at a junction on a path of the second pipe.
A method to label polynucleotide fragments with a barcode, comprising: cross-linking one or more polynucleotides with chromatin or reconstituted chromatin in order to form one or more polynucleotide-polypeptide globs; generating a plurality of sticky ends by digesting the one or more globs using one or more restriction enzymes; contacting the one or more restriction digested globs to one or more sectors of a barcoded oligonucleotide array, wherein the oligonucleotides of the array comprise a nucleotide sequence for a sequencing primer, unique barcode sequence for each sector, and a short sticky end adapter sequence; annealing the sticky ends of one or more restriction digested globs with complementary sticky end adapter sequences of the oligonucleotide array; polymerizing the annealed sticky ends with a strand-displacing polymerase so as to form an extended polynucleotide which comprises sequences for the sequencing primer, unique sector barcode, annealed sticky ends and the polynucleotide from the one or more globs; cleaving the extended polynucleotides from the array to generate barcoded polynucleotide fragments; wherein the term globs refers to compact polypeptide-nucleic acid complexes comprising one or more nucleic acids that have been bound by a polypeptide or polypeptides to form a redundantly bound complex such that cleavage of phosphodiester backbone bonds of the nucleic acid does not immediately result in loss of nucleic acid physical linkage or phase information. cross-linking one or more polynucleotides with chromatin or reconstituted chromatin in order to form one or more polynucleotide-polypeptide globs; generating a plurality of sticky ends by digesting the one or more globs using one or more restriction enzymes; contacting the one or more restriction digested globs to one or more sectors of a barcoded oligonucleotide array, wherein the oligonucleotides of the array comprise a nucleotide sequence for a sequencing primer, unique barcode sequence for each sector, and a short sticky end adapter sequence; annealing the sticky ends of one or more restriction digested globs with complementary sticky end adapter sequences of the oligonucleotide array; polymerizing the annealed sticky ends with a strand-displacing polymerase so as to form an extended polynucleotide which comprises sequences for the sequencing primer, unique sector barcode, annealed sticky ends and the polynucleotide from the one or more globs; cleaving the extended polynucleotides from the array to generate barcoded polynucleotide fragments; wherein the term globs refers to compact polypeptide-nucleic acid complexes comprising one or more nucleic acids that have been bound by a polypeptide or polypeptides to form a redundantly bound complex such that cleavage of phosphodiester backbone bonds of the nucleic acid does not immediately result in loss of nucleic acid physical linkage or phase information.
A method for forming a thermal spray coating film, comprising: forming a thermal spray coating film of an Al-Fe based intermetallic compound, on the surface of a metal substrate a constituent material of which is iron or an iron-based alloy, from a mixture of an Al-Fe based intermetallic compound powder composed of FeAl 2 in a proportion of at least 75 weight% and a metal powder composed of Fe in a proportion of at least 70 weight%, as feedstock, wherein a weight ratio Al/Fe of Al to Fe in the mixture is from 0.55 to 0.85, and wherein a blend ratio of the intermetallic compound powder to the metal powder is from 70/30 to 80/20 by the weight ratio. forming a thermal spray coating film of an Al-Fe based intermetallic compound, on the surface of a metal substrate a constituent material of which is iron or an iron-based alloy, from a mixture of an Al-Fe based intermetallic compound powder composed of FeAl 2 in a proportion of at least 75 weight% and a metal powder composed of Fe in a proportion of at least 70 weight%, as feedstock, wherein a weight ratio Al/Fe of Al to Fe in the mixture is from 0.55 to 0.85, and wherein a blend ratio of the intermetallic compound powder to the metal powder is from 70/30 to 80/20 by the weight ratio.
A method of controlling the rendering of an audio and/or video program comprising trick play limited parts (5,6) for which skipping during trick play is not desirable, whereby the audio and /or video program can be rendered in a live mode or time shifted mode, whereby in the live mode program information representing the audio and or video program is directly transferred to a rendering device, and whereby in the time shift mode the program information is transferred to the rendering device via a time shift buffer, the program information being stored in the time shift buffer and being read as a time shifted program a time shift later than it is stored, and whereby in a first trick play mode the time shift between the program and the time shifted program is decreased, and whereby in a second trick play mode the time shift between the program and the time shifted program is increased, wherein said second trick play mode is a rewind mode or a scrubbing mode or a mode wherein a pointer is dragged or placed to a new location, and whereby in case that program information representing trick play restricted parts is read from the time shift buffer the first trick play mode is disabled, whereby the second trick play mode is disabled in case the reading from the time shift buffer would lead to read access to program information representing a program part which has not yet been rendered and which follows a trick play restricted part of the program part which has not yet been rendered.
A wall made from a composite material comprising at least two layers of fibers (18, 18') embedded in a resin matrix, a crack being able to spread in said wall in a direction of propagation, characterized in that it comprises at least one metal reinforcement, having ductile properties so as to be able to deform without breaking, longilineal, oriented in a direction secant to the direction of propagation, inserted between two layers of fibers (18, 18') of the wall.
A polymer conjugate of folic acid or a folic acid derivative selected from methotrexate, aminopterin, pralatrexate, plevitrexed, edatrexate, pemetrexed, raltitrexed and lometrexol or a pharmacologically acceptable salt thereof, which is a block copolymer comprising a polyethylene glycol and a polymer having a carboxy group in a side chain to which a substituent represented by the following formula is linked:, wherein A represents a monocyclic or fused aromatic group; G represents a (C1-C6) alkylene group which may be substituted; Y represents a hydrogen atom or a substituent; and E represents a residue of folic acid or a folic acid derivative.
A spectrometer, comprising: an active multiplier chain light source including a radio-frequency input and a mm-wave output; a frequency source including an output (125A, 125B) in communication with the RF input of the light source; and a pulse modulator configured to pulse-modulate the output of the frequency source, wherein an output frequency of the frequency source is specified to provide an integral number of oscillation cycles during a measurement cycle, the measurement cycle established at least in part using the pulse modulator, wherein the frequency source is a frequency-agile pulse modulated frequency source, wherein the frequency-agile pulse modulated frequency source includes a tunable synthesizer. an active multiplier chain light source including a radio-frequency input and a mm-wave output; a frequency source including an output (125A, 125B) in communication with the RF input of the light source; and a pulse modulator configured to pulse-modulate the output of the frequency source, wherein an output frequency of the frequency source is specified to provide an integral number of oscillation cycles during a measurement cycle, the measurement cycle established at least in part using the pulse modulator, wherein the frequency source is a frequency-agile pulse modulated frequency source, wherein the frequency-agile pulse modulated frequency source includes a tunable synthesizer.
An IOL injection system including: an IOL injection instrument having an axis; and a holder to hold the IOL injection instrument, the IOL injection instrument includes a lens storage part to store an IOL, said lens storage part being configured with a holding part to hold the unused IOL and a release part to release restriction of the IOL by the holding part, said release part being attached to the holding part and allowed to be pushed in the holding part, and the holder includes side surfaces and a bottom surface surrounding the injection instrument, and a restriction member to restrict movement of said lens storage part, said restriction member having a columnar portion including columnar restriction portions (211 a to d) extending from said bottom surface, wherein the movement of the release part in the pushing direction is restricted by contact regions (121 a to d) of the lens storage part contacting with restriction portions (211a to d), and wherein the restriction by the restriction member can be released only by detaching the injector from the holder.
A refrigeration apparatus for transport, comprising: a condenser having a rectangular tubular shape, and having an outward surface serving as an air entrance surface and an inward surface serving as an air exit surface, the condenser configured to allow air to flow from the air entrance surface toward the air exit surface; and a box arranged on a lateral side of the condenser and houses an inverter board, wherein, the condenser includes a first flat portion and a second flat portion each extending in a horizontal direction and includes a third flat portion and a fourth flat portion each extending in a vertical direction, the box has an opposing plate that faces a portion of the air entrance surface of the condenser, the portion being formed by the fourth flat portion, and the refrigeration apparatus for transport includes a heat sink that is provided on the opposing plate and exposed to an outside of the box to cool a heat-producing component on the inverter board. a condenser having a rectangular tubular shape, and having an outward surface serving as an air entrance surface and an inward surface serving as an air exit surface, the condenser configured to allow air to flow from the air entrance surface toward the air exit surface; and a box arranged on a lateral side of the condenser and houses an inverter board, wherein, the condenser includes a first flat portion and a second flat portion each extending in a horizontal direction and includes a third flat portion and a fourth flat portion each extending in a vertical direction, the box has an opposing plate that faces a portion of the air entrance surface of the condenser, the portion being formed by the fourth flat portion, and the refrigeration apparatus for transport includes a heat sink that is provided on the opposing plate and exposed to an outside of the box to cool a heat-producing component on the inverter board.
Method for receiving data packets, each data packet being sent via at least two client stations (11 to 13) to a base station, said at least two client stations (11 to 13) belonging to a group comprising several client stations, characterised in that the method comprises: - a transmission via said base station of at least a first acknowledgement (804, 805) of each data packet, said packet being received at least once correctly, said at least first acknowledgement being sent to each client station of said at least two client stations (11 to 13), and - a transmission via at least one client station of said at least two client stations (11 to 13) of at least a second acknowledgement (806, 807) to the other client stations of said at least two client stations (11 to 13) upon receipt of said at least a first acknowledgement (804, 805), the data packets being from at least one service packet unit, the division and numbering of said at least one data packet by each of said at least two client stations (11 to 13) being identical. - a transmission via said base station of at least a first acknowledgement (804, 805) of each data packet, said packet being received at least once correctly, said at least first acknowledgement being sent to each client station of said at least two client stations (11 to 13), and - a transmission via at least one client station of said at least two client stations (11 to 13) of at least a second acknowledgement (806, 807) to the other client stations of said at least two client stations (11 to 13) upon receipt of said at least a first acknowledgement (804, 805),
A cutting drum for earth moving equipment, comprising: a drum portion comprising a plurality of ring segments (26, 28, 30); a plurality of cutting tools disposed on an outwardly facing surface of the drum portion, the cutting tools forming a cutting tool lacing design, each ring segment (26, 28, 30) comprising at least one cutting tool; wherein the rotational position of at least one ring segment is adjustable relative to at least one other ring segment (26, 30) such that the cutting tool lacing design is adjustable. a drum portion comprising a plurality of ring segments (26, 28, 30); a plurality of cutting tools disposed on an outwardly facing surface of the drum portion, the cutting tools forming a cutting tool lacing design, each ring segment (26, 28, 30) comprising at least one cutting tool; wherein the rotational position of at least one ring segment is adjustable relative to at least one other ring segment (26, 30) such that the cutting tool lacing design is adjustable.
A voice switching method performed by a target, Mobile Switching Centre, MSC, wherein the method comprises: receiving a voice switching request that is sent by a source mobility management entity, MME, and that carries a network identifier of a first communications network currently used by a to-be-switched terminal, a terminal identifier of the terminal, and a target base station identifier; if the first communications network is a preset communications network, sending, to an Internet Protocol multimedia subsystem, IMS, a query request that is used to query whether the terminal currently has a voice switching capability from the first communications network to a locally used second communications network, wherein the query request carries the terminal identifier, the voice switching capability includes voice switching before ringing or voice switching during ringing; and performing voice switching of a voice call from the first communications network to the second communications network according to the target base station identifier and the terminal identifier if a notification message is received that is sent by the IMS and that indicates that the terminal has the voice switching capability in a current call state of the terminal, wherein the performing voice switching comprises sending a resource allocation request to the target base station; and sending a switching failure notification message to the source MME if the notification message indicates that the terminal does not have the voice switching capability in the current call state of the terminal. receiving a voice switching request that is sent by a source mobility management entity, MME, and that carries a network identifier of a first communications network currently used by a to-be-switched terminal, a terminal identifier of the terminal, and a target base station identifier; if the first communications network is a preset communications network, sending, to an Internet Protocol multimedia subsystem, IMS, a query request that is used to query whether the terminal currently has a voice switching capability from the first communications network to a locally used second communications network, wherein the query request carries the terminal identifier, the voice switching capability includes voice switching before ringing or voice switching during ringing; and performing voice switching of a voice call from the first communications network to the second communications network according to the target base station identifier and the terminal identifier if a notification message is received that is sent by the IMS and that indicates that the terminal has the voice switching capability in a current call state of the terminal, wherein the performing voice switching comprises sending a resource allocation request to the target base station; and sending a switching failure notification message to the source MME if the notification message indicates that the terminal does not have the voice switching capability in the current call state of the terminal.
A method for subsequently cladding pipe fittings, in which the pipe fitting is clad by means of a shrink-on sleeve which shrinks when heat is applied, wherein a plastic pipe material expanded under pressure and heat is first cut into axial segment elements, these segment elements (12a, 12b, 12c 12d) are then fitted together again at the angles corresponding to the pipe fitting to be produced so as to form a segmented shrink-on sleeve, the segmented shrink-on sleeve is separated in the longitudinal direction, is placed around the pipe fitting to be subsequently clad, the longitudinal seam is closed and the segmented shrink-on sleeve is then shrunk by applying heat.