mhurhangee/ep-ind-claims huggingface dataset:
A digital rights management device (16A,16B,16C) included in a DRM authorized domain, wherein the DRM device includes: a system for sharing data with other devices in the DRM authorized domain; a storage system for receiving a user key from a user (14A, 14B) when the user joins the authorized domain, the device being configured for exchanging the user key with the devices in the domain, and for storing a user key from each of a plurality of users belonging to the authorized domain; a system for receiving content encrypted with a content key; a system for receiving an encrypted content key; and a decryption system for decrypting the encrypted content key with the user key and for decrypting the encrypted content with the decrypted content key. a system for sharing data with other devices in the DRM authorized domain; a storage system for receiving a user key from a user (14A, 14B) when the user joins the authorized domain, the device being configured for exchanging the user key with the devices in the domain, and for storing a user key from each of a plurality of users belonging to the authorized domain; a system for receiving content encrypted with a content key; a system for receiving an encrypted content key; and a decryption system for decrypting the encrypted content key with the user key and for decrypting the encrypted content with the decrypted content key.
Ophthalmological device for processing eye tissue by means of femtosecond laser pulses comprising: a projection optic configured for the focused projection of the femtosecond laser pulses into the eye tissue, a first beam-deflecting scanner system, disposed upstream of the projection optical unit, configured to scan the eye tissue with the femtosecond laser pulses along a processing line (s), a second beam-deflecting scanner system disposed upstream of the first scanner system, configured to scan the eye tissue with the femtosecond laser pulses on a scanning curve (f) superimposed on the processing line (s), with a comparatively faster scanning speed than the scanning speed of the first scanner system, comprising a first scanning axis and a second scanning axis, and a control module configured to control the deflection (A, b) of the femtosecond laser pulses about the first scanning axis and the deflection of the femtosecond laser pulses about the second scanning axis in accordance with at least one from: defined curve shape, defined curve amplitude and defined curve orientation of the scanning curve (f), characterized in that the control module is designed to control, depending on the direction of the processing line (s), the deflection amplitude of the deflection (b) about the first scanning axis, and the deflection amplitude of the deflection (a) about the second scanning axis. a projection optic configured for the focused projection of the femtosecond laser pulses into the eye tissue, a first beam-deflecting scanner system, disposed upstream of the projection optical unit, configured to scan the eye tissue with the femtosecond laser pulses along a processing line (s), a second beam-deflecting scanner system disposed upstream of the first scanner system, configured to scan the eye tissue with the femtosecond laser pulses on a scanning curve (f) superimposed on the processing line (s), with a comparatively faster scanning speed than the scanning speed of the first scanner system, comprising a first scanning axis and a second scanning axis, and a control module configured to control the deflection (A, b) of the femtosecond laser pulses about the first scanning axis and the deflection of the femtosecond laser pulses about the second scanning axis in accordance with at least one from: defined curve shape, defined curve amplitude and defined curve orientation of the scanning curve (f), characterized in that the control module is designed to control, depending on the direction of the processing line (s), the deflection amplitude of the deflection (b) about the first scanning axis, and the deflection amplitude of the deflection (a) about the second scanning axis.
A tendon-muscle-ligament approximation system comprising: a hollow tube having a distal portion; an inner core, housed within the hollow tube, the inner core being movable within the hollow tube between a first position and a second position, wherein the inner core comprises a distal tip configured to secure biological tissue and wherein placing the inner core in the first position causes the distal tip to be deployed outside of the distal portion of the hollow tube, and wherein placing the inner core in the second position causes the distal tip to be retracted into the interior of the hollow tube; a device control in mechanical communication with the hollow tube and the inner core providing for the inner core to be selectively placed in the first position and the second position; characterized by a stabilizer operatively associated with the hollow tube positioned to abut a patient skin surface when the hollow tube is inserted to a selected depth into biological tissue; wherein the stabilizer is selectively lockable into a position along an exterior surface of the hollow tube. a hollow tube having a distal portion; an inner core, housed within the hollow tube, the inner core being movable within the hollow tube between a first position and a second position, wherein the inner core comprises a distal tip configured to secure biological tissue and wherein placing the inner core in the first position causes the distal tip to be deployed outside of the distal portion of the hollow tube, and wherein placing the inner core in the second position causes the distal tip to be retracted into the interior of the hollow tube; a device control in mechanical communication with the hollow tube and the inner core providing for the inner core to be selectively placed in the first position and the second position; characterized by a stabilizer operatively associated with the hollow tube positioned to abut a patient skin surface when the hollow tube is inserted to a selected depth into biological tissue; wherein the stabilizer is selectively lockable into a position along an exterior surface of the hollow tube.
A method for wireless communication, performed by a receiver, comprising: receiving a transmission symbol at a receiver; determining a signal power level of the transmission symbol; determining a first interference power level for a first portion of the transmission symbol, wherein the determining the first interference power level includes measuring the first interference power level over a time period that is non-overlapping with the transmission symbol; determining a second interference power level for a second portion of the transmission symbol; determining a first weight based on the signal power level and the first interference power level; determining a second weight based on the signal power level and the second interference power level; and scaling the first and second portions of the transmission symbol based on the first and second weights. receiving a transmission symbol at a receiver; determining a signal power level of the transmission symbol; determining a first interference power level for a first portion of the transmission symbol, wherein the determining the first interference power level includes measuring the first interference power level over a time period that is non-overlapping with the transmission symbol; determining a second interference power level for a second portion of the transmission symbol; determining a first weight based on the signal power level and the first interference power level; determining a second weight based on the signal power level and the second interference power level; and scaling the first and second portions of the transmission symbol based on the first and second weights.
Vehicle sandwich component having a layer construction which has a honeycomb structure, characterized in that the honeycomb structure has a first lower honeycomb layer and a second upper honeycomb layer, in that the first lower honeycomb layer has at least one edge section which protrudes laterally beyond the second upper honeycomb layer in the transverse direction, and a central honeycomb layer region or compression region which has a thickness reduced by way of compression relative to the edge section and on which the second upper honeycomb layer is arranged.
A yeast cell modified by overexpression of an aldehyde dehydrogenase and an acetyl-CoA synthetase, wherein an alcohol dehydrogenase and an acetoacetyl-CoA synthase are further overexpressed, and characterized in that a gene encoding a peroxisomal citrate synthase or a gene encoding a cytosolic malate synthase is deleted from the yeast cell genome.
An image generation device comprising at least one processor, wherein the processor is configured to: acquire a plurality of first projection images acquired by imaging an object at a plurality of radiation source positions; acquire a lesion image indicating a lesion; derive a radiation attenuation coefficient for the lesion virtually disposed in the object; combine the lesion image with the plurality of first projection images on the basis of the radiation attenuation coefficient and a geometrical relationship between the plurality of radiation source positions and a position of the lesion virtually disposed in the object to derive a plurality of second projection images; reconstruct the plurality of second projection images to generate a tomographic image including the lesion; wherein the processor generates training data that includes the tomographic image including the lesion and data indicating a position of the lesion in the tomographic image including the lesion and that is used to perform machine learning on a model for detecting the lesion included in a target image in a case in which the target image is input. acquire a plurality of first projection images acquired by imaging an object at a plurality of radiation source positions; acquire a lesion image indicating a lesion; derive a radiation attenuation coefficient for the lesion virtually disposed in the object; combine the lesion image with the plurality of first projection images on the basis of the radiation attenuation coefficient and a geometrical relationship between the plurality of radiation source positions and a position of the lesion virtually disposed in the object to derive a plurality of second projection images; reconstruct the plurality of second projection images to generate a tomographic image including the lesion; wherein the processor generates training data that includes the tomographic image including the lesion and data indicating a position of the lesion in the tomographic image including the lesion and that is used to perform machine learning on a model for detecting the lesion included in a target image in a case in which the target image is input.
A compound which is a perfluoro(poly)ether group containing silane compound of formula: Rf-PFPE-X-CR b 3 wherein: Rf is C 1-16 -alkyl optionally substituted by one or more F; PFPE is a group of the formula: -(OC 4 F 8) a -(OC 3 F 6) b -(OC 2 F 4) c -(OCF 2) d - wherein a, b, c and d each independently are an integer of 0-200 and (a+b+c+d) is ≥ 5, and the order of the units in parentheses with the subscript a, b, c or d is not limited; PFPE binds to Rf via an oxygen atom at its left end and binds to X via a carbon atom at its right end; X is C 1-20 -alkylene or -R 31 -X c -R 31 -, wherein R 31 each independently is a single bond, or -(CH 2) s' -(wherein s' is an integer of 1-20), with the proviso that at least one R 31 is not a single bond; X c is -O-, -CONR 34 -, or -O-CONR 34 -, wherein R 34 is H or C 1-6 -alkyl; and R b each independently is -Y-SiR 5 n R 6 3- n, wherein Y each independently is C 1-6 -alkylene, -(CH 2) g' -O-(CH 2) h' - or -phenylene-(CH 2) i ' -, wherein g', h' and i' each independently are an integer of 0-6); R 5 each independently is -OH, halogen, -OR, -OCOR, -O-N=C 2, -N 2 or -NHR, wherein R is C 1-4 -alkyl; R 6 each independently is H or C 1-20 -alkyl; and n each independently is an integer of 1-3. Rf is C 1-16 -alkyl optionally substituted by one or more F; X is C 1-20 -alkylene or -R 31 -X c -R 31 -, wherein R 31 each independently is a single bond, or -(CH 2) s' -(wherein s' is an integer of 1-20), with the proviso that at least one R 31 is not a single bond; X c is -O-, -CONR 34 -, or -O-CONR 34 -, wherein R 34 is H or C 1-6 -alkyl; and R 31 each independently is a single bond, or -(CH 2) s' -(wherein s' is an integer of 1-20), with the proviso that at least one R 31 is not a single bond; X c is -O-, -CONR 34 -, or -O-CONR 34 -, wherein R 34 is H or C 1-6 -alkyl; and R b each independently is -Y-SiR 5 n R 6 3- n, wherein Y each independently is C 1-6 -alkylene, -(CH 2) g' -O-(CH 2) h' - or -phenylene-(CH 2) i ' -, wherein g', h' and i' each independently are an integer of 0-6); R 5 each independently is -OH, halogen, -OR, -OCOR, -O-N=C 2, -N 2 or -NHR, wherein R is C 1-4 -alkyl; R 6 each independently is H or C 1-20 -alkyl; and n each independently is an integer of 1-3. Y each independently is C 1-6 -alkylene, -(CH 2) g' -O-(CH 2) h' - or -phenylene-(CH 2) i ' -, wherein g', h' and i' each independently are an integer of 0-6); R 5 each independently is -OH, halogen, -OR, -OCOR, -O-N=C 2, -N 2 or -NHR, wherein R is C 1-4 -alkyl; R 6 each independently is H or C 1-20 -alkyl; and n each independently is an integer of 1-3.
A connector in which a terminal fitting is formed by a base material and an electronic device connected to the terminal fitting is at least partly accommodated in a connector housing, comprising: a connecting portion which is provided on the terminal fitting and to be connected to an electrode (21 B) provided on the electronic device by soldering;and a molded portion which is provided in the connector housing to integrally at least partly cover the electrode (21 B) of the electronic device and the connecting portion of the terminal fitting; characterized in further comprising at least one neck portion which is provided on the terminal fitting, narrower than the connecting portion and resiliently deformable and extends from the connecting portion; and in the connecting portion being thinner than the base material. a connecting portion which is provided on the terminal fitting and to be connected to an electrode (21 B) provided on the electronic device by soldering;and a molded portion which is provided in the connector housing to integrally at least partly cover the electrode (21 B) of the electronic device and the connecting portion of the terminal fitting; characterized in further comprising at least one neck portion which is provided on the terminal fitting, narrower than the connecting portion and resiliently deformable and extends from the connecting portion; and in the connecting portion being thinner than the base material.
An arc welding method comprising the steps of: accelerating a feeding speed of a welding wire to cause shorting between the welding wire and a base metal when a welding end signal is input during a period of arcing; retracting the welding wire backward thereafter until a wire retracting speed reaches a predetermined rate; controlling the wire retracting speed to maintain it constant for a predetermined duration of time; then stopping the backward retraction of the welding wire; and then terminating a welding power output after supplying a predetermined amount of welding current for a predetermined duration of welding time starting from a point of time when opening of the shorting occurs during the backward retraction of the welding wire. accelerating a feeding speed of a welding wire to cause shorting between the welding wire and a base metal when a welding end signal is input during a period of arcing; retracting the welding wire backward thereafter until a wire retracting speed reaches a predetermined rate; controlling the wire retracting speed to maintain it constant for a predetermined duration of time; then stopping the backward retraction of the welding wire; and then terminating a welding power output after supplying a predetermined amount of welding current for a predetermined duration of welding time starting from a point of time when opening of the shorting occurs during the backward retraction of the welding wire.
An orthodontic bonding template, comprising a shell having a plurality of cavities shaped to be inserted over a patient's teeth wherein the cavities define an inner surface based on a 3D model of the patient's teeth, the shell having an outer surface comprising a larger scaled version of the inner surface, and at least one opening adapted to receive an orthodontic device positioned on the opening of the shell, the template being a non-articulated template, or an articulated template comprising a flexible pliable layer.
A process for manufacturing a high strength and high thermal conductivity wrought nickel alloy having a thermal conductivity of nearly 90W/m.K, the process comprising: providing a metal powder consisting of a blend of unalloyed nickel powder and an incoherent particle powder selected from the group consisting of metal oxides, metal nitrides, metal carbides and combinations thereof and having thermo-dynamic stability up to the melting point of nickel wherein the incoherent particles resist coarsening over the thermo-mechanical processing range of nickel, or alternatively providing a metal powder by providing a nickel oxide powder with ultra-fine oxide dispersion, that is proportionally blended with a nickel and aluminium alloy powder, wherein the proportion is determined by a need for the nickel oxide powder to react with the nickel and aluminum alloy powder to form nickel metal and aluminium oxide; as incoherent particles; subsequently, forming a composite powder from the metal powder; removing air and absorbed water from the composite powder; and hot extruding the composite powder to full density, wherein the forming the composite powder comprises ball milling the metal powder under a gaseous atmosphere or under a cryoliquid; and wherein the incoherent particles have a particle radius of about 10 to 20 nanometres, an interparticle spacing of about 100 nm or at least two times the particle size, and the nickel alloy has a volume fraction of 0.05 of the incoherent particles. providing a metal powder consisting of a blend of unalloyed nickel powder and an incoherent particle powder selected from the group consisting of metal oxides, metal nitrides, metal carbides and combinations thereof and having thermo-dynamic stability up to the melting point of nickel wherein the incoherent particles resist coarsening over the thermo-mechanical processing range of nickel, or alternatively providing a metal powder by providing a nickel oxide powder with ultra-fine oxide dispersion, that is proportionally blended with a nickel and aluminium alloy powder, wherein the proportion is determined by a need for the nickel oxide powder to react with the nickel and aluminum alloy powder to form nickel metal and aluminium oxide; as incoherent particles; subsequently, forming a composite powder from the metal powder; removing air and absorbed water from the composite powder; and hot extruding the composite powder to full density, wherein the forming the composite powder comprises ball milling the metal powder under a gaseous atmosphere or under a cryoliquid; and wherein the incoherent particles have a particle radius of about 10 to 20 nanometres, an interparticle spacing of about 100 nm or at least two times the particle size, and the nickel alloy has a volume fraction of 0.05 of the incoherent particles.
A bone screw for providing antimicrobial treatment to a bone by galvanically releasing silver ions, the bone screw comprising: a screw rod having a threaded outer region (24, 78), wherein the screw rod is made of titanium coated with platinum; characterised in that the screw rod comprises an elongate cannulated body (26, 76); wherein the bone screw comprises a plurality of openings (30, 74) through the threaded outer region of the cannulated body; and a cartridge (32, 72) configured to insert into the cannulated body of the screw rod, the cartridge comprising a plurality of arms (33, 35, 88) configured to extend from the threaded outer region out of the openings, wherein the arms are ion release members comprising Nitinol coated with silver. a screw rod having a threaded outer region (24, 78), wherein the screw rod is made of titanium coated with platinum; characterised in that the screw rod comprises an elongate cannulated body (26, 76); wherein the bone screw comprises a plurality of openings (30, 74) through the threaded outer region of the cannulated body; and a cartridge (32, 72) configured to insert into the cannulated body of the screw rod, the cartridge comprising a plurality of arms (33, 35, 88) configured to extend from the threaded outer region out of the openings, wherein the arms are ion release members comprising Nitinol coated with silver.
A vacuum pump, in particular a turbomolecular pump or a side channel pump, comprising a rotor which comprises a rotor shaft; a stator; and a magnetic bearing space which is provided in the region of the pump inlet and in which a magnetic bearing is arranged for rotatably supporting the rotor shaft, wherein means (52, 54) are provided to block the magnetic bearing space while using the rotor rotating relative to the stator, characterized in that a blocking stage is provided for blocking the magnetic bearing space, said blocking stage comprising a dynamic labyrinth seal or Siegbahn stage provided between the rotor and the stator.
An article of footwear configured to receive a wearer's foot, the article comprising: an outsole having a flexion region near the toe-joint region of the wearer's foot; a toe-cap of rigid or semi-rigid material enclosing the ends of the wearer's toes; a rigid or semi-rigid skeleton comprising a lateral arch and a longitudinal beam, the lateral arch formed in an arc which together with the outsole surrounds the wearer's foot, and the lateral arch attaching to the outsole on both sides of the wearer's foot at approximately the flexion region of the outsole, and the longitudinal beam extending from above the wearer's tarsal bones to above the wearer's phalanges, and slidably supported by the toe-cap. an outsole having a flexion region near the toe-joint region of the wearer's foot; a toe-cap of rigid or semi-rigid material enclosing the ends of the wearer's toes; a rigid or semi-rigid skeleton comprising a lateral arch and a longitudinal beam, the lateral arch formed in an arc which together with the outsole surrounds the wearer's foot, and the lateral arch attaching to the outsole on both sides of the wearer's foot at approximately the flexion region of the outsole, and the longitudinal beam extending from above the wearer's tarsal bones to above the wearer's phalanges, and slidably supported by the toe-cap.