mhurhangee/ep-ind-claims huggingface dataset:
A system for drilling small holes, the system comprising: a first station with a drilling tool configured to drill a step hole having a first width; a second station, wherein the second station is configured with a second drilling unit; characterised by: the first station further being configured with a measuring tool configured to measure a step hole of a raw part; and a computer system configured to operate the first station and the second station, wherein the controlling comprises: causing the first station to perform at least one of (i) measuring the step hole of the raw part surface and (ii) drilling the step hole; and causing the second station to create a through hole having a smaller diameter than a diameter of the step hole; and a pre-determining station, wherein the pre-determining station is configured to determine if the first station should operate with the drilling tool or if the first station should operate with the measuring tool. a first station with a drilling tool configured to drill a step hole having a first width; a second station, wherein the second station is configured with a second drilling unit; the first station further being configured with a measuring tool configured to measure a step hole of a raw part; and a computer system configured to operate the first station and the second station, wherein the controlling comprises: causing the first station to perform at least one of (i) measuring the step hole of the raw part surface and (ii) drilling the step hole; and causing the second station to create a through hole having a smaller diameter than a diameter of the step hole; causing the first station to perform at least one of (i) measuring the step hole of the raw part surface and (ii) drilling the step hole; and causing the second station to create a through hole having a smaller diameter than a diameter of the step hole; and a pre-determining station, wherein the pre-determining station is configured to determine if the first station should operate with the drilling tool or if the first station should operate with the measuring tool.
A method of determining an optical surface model for an optical tissue system of an eye of a patient, the method comprising: inputting optical data from the optical tissue system of the eye, wherein the optical data corresponds to a wavefront sensor image of the eye obtained from a wavefront sensor device, wherein the optical data provides a displacement map; calculating, from the displacement map, a surface gradient map across the optical tissue of the eye; applying a first transform reconstruction algorithm to the surface gradient map to provide a wavefront elevation map, wherein the first transform reconstruction algorithm comprises a Fourier transform reconstruction algorithm; and determining the optical surface model for the optical tissue system of the eye based on the wavefront elevation map. inputting optical data from the optical tissue system of the eye, wherein the optical data corresponds to a wavefront sensor image of the eye obtained from a wavefront sensor device, wherein the optical data provides a displacement map; calculating, from the displacement map, a surface gradient map across the optical tissue of the eye; applying a first transform reconstruction algorithm to the surface gradient map to provide a wavefront elevation map, wherein the first transform reconstruction algorithm comprises a Fourier transform reconstruction algorithm; and determining the optical surface model for the optical tissue system of the eye based on the wavefront elevation map.
Explosion-proof device (1, 36), comprising a deformable inner body which has at least one cable duct (30, 31) extending along a longitudinal axis through the inner body, wherein a cable (9 to 12) can be introduced into the at least one cable duct (30, 31), wherein the inner body is enclosed by a housing, wherein the housing has an inlet portion for at least one cable (9 to 12), an output portion for the at least one cable (9 to 12) and a middle portion arranged between the input portion and the output portion, wherein a spring element is further provided, and the spring element is arranged in the middle portion and exerts a pressure on the inner body, the pressure being large enough to deform the inner body, wherein a first support disc with at least one lead-through (15 to 18) extending along the longitudinal axis for a cable (9 to 12) and a second support disc with at least one lead-through (32, 33) extending along the longitudinal axis for a cable (9 to 12) are provided, and wherein the two supporting discs (14, 21) surround the inner body along a transversal axis, characterized in that an adapter sleeve movable along the longitudinal axis is arranged between the second supporting disc and the spring element.
Microvascular blood flow decreasing agent comprising an immune checkpoint inhibitor for use in a method of treating inflammation, wherein said microvascular blood flow decreasing agent is administered by injection into a nutrient artery to selectively and significantly decrease blood flow through a microvasculature.
Pressing cylinder (100, 200) for a material conveying device, in particular for a roller feed, comprising: a piston rod which is configured to come into engagement with a movable component (2, 5) of the material conveying device; a cylinder chamber which is configured to at least partially guide the piston rod; a piston which is arranged in the cylinder chamber and which is connected to the piston rod; and a motor; characterized in that the piston rod comprises a first piston rod element and a second piston rod element which are configured such that a rotational movement of the first piston rod element causes a translational movement of the second piston rod element relative to the piston; wherein the motor is configured to cause the rotational movement of the first piston rod element. a piston rod which is configured to come into engagement with a movable component (2, 5) of the material conveying device; a cylinder chamber which is configured to at least partially guide the piston rod; a piston which is arranged in the cylinder chamber and which is connected to the piston rod; and a motor;
A soluble complement receptor type 1 variant for use in a method of inhibiting complement activity in a subject, the method comprising administering a soluble complement receptor type 1 variant to the subject, the sCR1 variant comprising an amino acid sequence corresponding to amino acids 42 to 1392 of SEQ ID NO: 1, wherein the sCR1 variant comprises long homologous repeat regions LHR-A, LHR-B and LHR-C, but is lacking LHR-D.
A valve assembly for a braking system, comprising: - a valve body, which at least partially delimits a master cylinder side opening, at least one caliper side opening, and at least one valve pipe, which puts said master cylinder side opening and said caliper side opening into fluid communication; - a shutter element housed in said valve pipe; wherein said caliper side opening is fluidically opposite to said master cylinder side opening with respect to said shutter element; and wherein said shutter element comprises a shutter body which is movable with respect to the valve body between: - a valve closing position, wherein said shutter body abuts against a first abutment portion of the valve body, - and at least one valve opening position, wherein said shutter body, moved away from said first abutment portion of the valve body, delimits with said valve body at least one main fluid passage which laps on said shutter body; and wherein, when said shutter body is in the valve closing position, it interrupts said at least one main fluid passage and defines a master cylinder side pipe stretch facing said master cylinder side opening and a caliper side pipe stretch facing said caliper side opening in said valve pipe; and wherein said shutter body at least partially delimits at least one secondary fluid passage, so that, when said shutter body is in valve closing position, said caliper side pipe stretch is in fluid communication with said master cylinder side pipe stretch only through said secondary fluid passage; and wherein said at least one secondary fluid passage is a through hole made in said shutter body. - a valve body, which at least partially delimits a master cylinder side opening, at least one caliper side opening, and at least one valve pipe, which puts said master cylinder side opening and said caliper side opening into fluid communication; - a shutter element housed in said valve pipe; - a valve closing position, wherein said shutter body abuts against a first abutment portion of the valve body, - and at least one valve opening position, wherein said shutter body, moved away from said first abutment portion of the valve body, delimits with said valve body at least one main fluid passage which laps on said shutter body;
A method for operating a communication system comprising a transponder having at least one antenna, in particular in the form of a portable data carrier, and a reading device having at least one antenna, wherein the reading device is configured to exchange data with the transponder, wherein an exchange of data between the transponder and the reading device is possible within a predetermined range, having the method steps of: - sending a command from the reading device to the transponder; - processing the command in the transponder with generating a response to the command by the transponder; - receiving the response of the transponder in the reading device; - measuring the length of time (T') between the step of sending and the step of receiving in the reading device, wherein the step of processing is effected within a card-individual length of time (T_icc), and the card-individual length of time (T_icc) specifies how long the transponder takes for the receipt and the processing of a command received from the reading device and the sending of a corresponding response; characterized in that the card-individual length of time (T_icc) is transmitted in the response of the transponder to the reading device and - the measured length of time (T') is evaluated in the reading device, wherein the card-individual time (T_icc) is employed for evaluating the measured time (T'). - sending a command from the reading device to the transponder; - processing the command in the transponder with generating a response to the command by the transponder; - receiving the response of the transponder in the reading device; - measuring the length of time (T') between the step of sending and the step of receiving in the reading device, wherein the step of processing is effected within a card-individual length of time (T_icc), and the card-individual length of time (T_icc) specifies how long the transponder takes for the receipt and the processing of a command received from the reading device and the sending of a corresponding response; - the measured length of time (T') is evaluated in the reading device, wherein the card-individual time (T_icc) is employed for evaluating the measured time (T').
A handheld information processing apparatus comprising: a computer, a microcomputer, a switcher which switches said information processing apparatus between an unused state and a used state; wherein the unused state is a power-saving mode where the computer is in an inactive state, and the used state is a normal mode, a switch determiner (50, 68, S13, S27) which determines whether or not said used state switches to said unused state; an acceleration sensor connected to the microcomputer and the acceleration sensor and the microcomputer are made to function as a pedometer (S203, S205) which measures step counts of a user when said information processing apparatus is switched to said unused state; a first memory unit storing a plurality of applications; a second memory unit incorporated in the microcomputer for storing step count values measured during a first unit of time in the unused state and for moving the step count values to the first memory unit at every second unit of time longer than the first unit of time, wherein the microcomputer is configured to activate the computer at the second unit of time to store the step count value; an accumulator (50, 56, S3, S61, S63, S67, S69, S85, S87, S91, S93, S97, S101) provided on the computer which converts the step counts measured by said pedometer (68, 88, S203, S205) into a step count correlation value in correlation with said step counts when said switch determiner determines that said unused state is switched to said used state and accumulates the same to be commonly usable for the plurality of applications; an application executor (50, S7, S11) provided on the computer which executes any one of the applications out of said plurality of applications stored in said memory unit (56, 68a); and a utilizer (50, S119, S123, S125, S155, S157, S159) provided on the computer which utilizes the step count correlation value accumulated by said accumulator (50, 56, S3, S61, S63, S67, S69, S85, S87, S91, S93, S97, S101) in each of the applications to be executed by said application executor (50, S7, S11).
An orthopaedic surgical instrument comprising: an anchor having a longitudinal axis, and a shaft coupled to the anchor, the shaft having a longitudinal axis extending orthogonal to the longitudinal axis of the anchor, a separator coupled to the shaft, characterised in that the separator has a pair of arms (170, 172) and a slot defined between them, and is configured to move along the longitudinal axis of the shaft between (i) a first position in which the anchor is spaced apart from the slot of the separator and (ii) a second position in which the anchor is received in the slot defined between the pair of arms. an anchor having a longitudinal axis, and a shaft coupled to the anchor, the shaft having a longitudinal axis extending orthogonal to the longitudinal axis of the anchor, a separator coupled to the shaft, characterised in that the separator has a pair of arms (170, 172) and a slot defined between them, and is configured to move along the longitudinal axis of the shaft between (i) a first position in which the anchor is spaced apart from the slot of the separator and (ii) a second position in which the anchor is received in the slot defined between the pair of arms.
A computer readable storage medium (108, 812, 900) having stored therein instructions, which when executed by a computing device (100, 700, 802, 900) cause the computing device to perform a method of generating a pseudonym, the method comprising the steps of: - receiving a user selected secret from a user interface; - storing the user selected secret in a memory; - computing (202, 204) a private key by applying an embedding and randomizing function onto the user selected secret; - storing the private key in a memory, wherein the private key is an input valuewhich can be used for calculating at least one public key to form at least one asymmetric cryptographic key pair; - calculating (206, 502, 602) a first public key using the input value and a first base point using elliptic curve cryptography; - outputting (604, 208) the first public key as the pseudonym. - calculating a second public key using the input value and a second base point using elliptic curve cryptography, wherein the second base point is different from the first base point; and - outputting the second public key as a public key for the encryption of data - erasing the secret and the private key from the memory. wherein the embedding and randomization function comprises a binary Cantor pairing function for embedding the secret. - receiving a user selected secret from a user interface; - storing the user selected secret in a memory; - computing (202, 204) a private key by applying an embedding and randomizing function onto the user selected secret; - storing the private key in a memory, wherein the private key is an input valuewhich can be used for calculating at least one public key to form at least one asymmetric cryptographic key pair; - calculating (206, 502, 602) a first public key using the input value and a first base point using elliptic curve cryptography; - outputting (604, 208) the first public key as the pseudonym. - calculating a second public key using the input value and a second base point using elliptic curve cryptography, wherein the second base point is different from the first base point; and - outputting the second public key as a public key for the encryption of data - erasing the secret and the private key from the memory. wherein the embedding and randomization function comprises a binary Cantor pairing function for embedding the secret.
A method for determining the presence or level of a biologic in a sample, the method comprising: (a) contacting the sample with an unlabeled soluble antigen that binds to the biologic to form an unlabeled complex between the antigen and the biologic in the sample; (b) contacting the sample from step (a) with a labeled form of the biologic to form a labeled complex between the antigen and the labeled biologic; (c) subjecting the unlabeled and labeled complexes to size exclusion chromatography to separate the unlabeled and labeled complexes from free labeled biologic and to detect an amount of the free labeled biologic; and (d) comparing the amount of the free labeled biologic detected in step (c) to a standard curve of known amounts of the biologic, thereby determining the presence or level of the biologic in the sample. (a) contacting the sample with an unlabeled soluble antigen that binds to the biologic to form an unlabeled complex between the antigen and the biologic in the sample; (b) contacting the sample from step (a) with a labeled form of the biologic to form a labeled complex between the antigen and the labeled biologic; (c) subjecting the unlabeled and labeled complexes to size exclusion chromatography to separate the unlabeled and labeled complexes from free labeled biologic and to detect an amount of the free labeled biologic; and (d) comparing the amount of the free labeled biologic detected in step (c) to a standard curve of known amounts of the biologic, thereby determining the presence or level of the biologic in the sample.
A method for beam management in a cell, the method being performed by a network node, the method comprising: dividing the cell into at least two cell parts (110a, 110b); and performing a beam management procedure in a cell served by the network node to find transmission beams of a transmission and reception point of the network node, wherein the network node uses a mutually different number of antenna ports in each of the at least two cell parts (110a, 110b) into which the cell is divided during the beam management procedure in the cell, wherein which number of antenna ports to use in a respective one of the at least two cell parts (110a, 110b) is dependent on which average channel rank is supported by terminal devices (300a, 300b, 300c) served by the network node in said respective one of the at least two cell parts (110a, 110b). dividing the cell into at least two cell parts (110a, 110b); and performing a beam management procedure in a cell served by the network node to find transmission beams of a transmission and reception point of the network node, wherein the network node uses a mutually different number of antenna ports in each of the at least two cell parts (110a, 110b) into which the cell is divided during the beam management procedure in the cell, wherein which number of antenna ports to use in a respective one of the at least two cell parts (110a, 110b) is dependent on which average channel rank is supported by terminal devices (300a, 300b, 300c) served by the network node in said respective one of the at least two cell parts (110a, 110b).
A multifocal ophthalmic lens, comprising: an ophthalmic lens having an anterior surface and a posterior surface; and a diffractive element disposed on at least one of the anterior surface and the posterior surface, the diffractive element including a plurality of annular diffractive steps and four consecutive diffractive orders, the four consecutive diffractive orders including a lowest diffractive order, a highest diffractive order, and two intermediate diffractive orders; wherein: the ophthalmic lens produces a near focus, an intermediate focus, and a distance focus each corresponding to a different one of the four consecutive diffractive orders; and the plurality of annular diffractive steps of the diffractive element are configured such that one of the four diffractive orders is suppressed and at least a portion of the energy associated with that suppressed diffractive order is redistributed to one of the near focus, the intermediate focus, and the distance focus, the suppressed diffractive order being one of the two intermediate diffractive orders, characterised in that the suppressed diffractive order has a diffraction efficiency of less than 5%. an ophthalmic lens having an anterior surface and a posterior surface; and a diffractive element disposed on at least one of the anterior surface and the posterior surface, the diffractive element including a plurality of annular diffractive steps and four consecutive diffractive orders, the four consecutive diffractive orders including a lowest diffractive order, a highest diffractive order, and two intermediate diffractive orders; wherein: the ophthalmic lens produces a near focus, an intermediate focus, and a distance focus each corresponding to a different one of the four consecutive diffractive orders; and the plurality of annular diffractive steps of the diffractive element are configured such that one of the four diffractive orders is suppressed and at least a portion of the energy associated with that suppressed diffractive order is redistributed to one of the near focus, the intermediate focus, and the distance focus, the suppressed diffractive order being one of the two intermediate diffractive orders, characterised in that the suppressed diffractive order has a diffraction efficiency of less than 5%. the ophthalmic lens produces a near focus, an intermediate focus, and a distance focus each corresponding to a different one of the four consecutive diffractive orders; and the plurality of annular diffractive steps of the diffractive element are configured such that one of the four diffractive orders is suppressed and at least a portion of the energy associated with that suppressed diffractive order is redistributed to one of the near focus, the intermediate focus, and the distance focus, the suppressed diffractive order being one of the two intermediate diffractive orders, characterised in that the suppressed diffractive order has a diffraction efficiency of less than 5%.
A moveable turbine part of a turbine or of a compressor, the moveable turbine part comprising a coupling element, a balancing weight element with a first hole and a second hole, and a fixing element, wherein the first hole and the second hole are formed in such a manner that the fixing element is detachably insertable in either the first hole or the second hole, wherein the first hole is a through-hole and is formed in such a manner that the inserted fixing element in the first hole detachably couples the balancing weight element to the movable turbine part in a spatially fixed position, and characterised in that the second hole is a blind hole and is formed in such a manner that the fixing element is receivable in the second hole, and wherein the balancing weight element is formed in such a manner that the balancing weight element forms a dove tail connection with the coupling element. a coupling element, a balancing weight element with a first hole and a second hole, and a fixing element,
A variant of a parent Termamyl-like alpha-amylase which variant has alpha-amylase activity, said variant comprising the substitutions Y295F and M202L,I,T,V, wherein each position corresponds to a position of the amino acid sequence shown in SEQ ID NO: 12, wherein the variant has increased stability towards oxidation relative to the parent alpha-amylase and wherein the variant alpha-amylase has an identity of at least 90% with the amino acid sequence of SEQ ID NO 12.