mhurhangee/ep-ind-claims huggingface dataset:
A method for operating an electronic device comprising: an operation of obtaining phase difference information; an operation of controlling a computation module (320, 604) to compare image data with the phase difference information to identify a subject from the image data in accordance with a block having a continuously similar phase difference, wherein the phase difference information collected through the sensor module comprises information on a distance between a camera module and the subject and calculating a photography parameter corresponding to the distance of the identified subject prior to a photographing command from a user; an operation of providing the calculated photography parameter to the camera module (330, 606) through a control module (300, 600) prior to a photographing command from a user; and an operation of photographing on the basis of the photography parameter in response to the photographing command to capture an image including the identified subject, wherein the photography parameter comprises at least one of exposure time of the sensor, photoelectric efficiency of the sensor, brightness of a flash, and light emitting time of the flash. an operation of obtaining phase difference information; an operation of controlling a computation module (320, 604) to compare image data with the phase difference information to identify a subject from the image data in accordance with a block having a continuously similar phase difference, wherein the phase difference information collected through the sensor module comprises information on a distance between a camera module and the subject and calculating a photography parameter corresponding to the distance of the identified subject prior to a photographing command from a user; an operation of providing the calculated photography parameter to the camera module (330, 606) through a control module (300, 600) prior to a photographing command from a user; and an operation of photographing on the basis of the photography parameter in response to the photographing command to capture an image including the identified subject, wherein the photography parameter comprises at least one of exposure time of the sensor, photoelectric efficiency of the sensor, brightness of a flash, and light emitting time of the flash.
A method comprising: receiving, by a wireless device, at least one message comprising configuration parameters of a plurality of cells comprising a primary cell and one or more secondary cells; and transmitting a power headroom report media access control control element, PHR MAC CE, wherein the PHR MAC CE comprises a Type 2 power headroom field for the primary cell in response to: the one or more secondary cells comprising at least one license assisted access, LAA, cell with an uplink; and the at least one LAA cell being configured and activated. receiving, by a wireless device, at least one message comprising configuration parameters of a plurality of cells comprising a primary cell and one or more secondary cells; and transmitting a power headroom report media access control control element, PHR MAC CE, wherein the PHR MAC CE comprises a Type 2 power headroom field for the primary cell in response to: the one or more secondary cells comprising at least one license assisted access, LAA, cell with an uplink; and the at least one LAA cell being configured and activated. the one or more secondary cells comprising at least one license assisted access, LAA, cell with an uplink; and the at least one LAA cell being configured and activated.
A computing device for managing communications of virtual machines (210, 220) with a virtualized I/O hardware device of the computing device, the computing device comprising, embodied in one or more non-transitory machine accessible storage media: a physical function driver to determine whether communications from virtual function drivers (212, 214, 222, 224) to the physical function driver present a security and/ or performance condition, the physical function driver including means (134;234,236) to: maintain data relating to a plurality of different types of communications from the virtual function drivers to the physical function driver received over time; and determine (318, 320), based on the maintained data, that a communication from a virtual function driver to the physical function driver presents the condition, and in response, disable the virtual function driver; wherein each virtual function driver is associated with a virtual machine and is configured to send communications determined to affect the use of the I/O hardware device by other virtual machines to the physical function driver, and to send other communications directly to the I/O hardware device. a physical function driver to determine whether communications from virtual function drivers (212, 214, 222, 224) to the physical function driver present a security and/ or performance condition, the physical function driver including means (134;234,236) to: maintain data relating to a plurality of different types of communications from the virtual function drivers to the physical function driver received over time; and determine (318, 320), based on the maintained data, that a communication from a virtual function driver to the physical function driver presents the condition, and in response, disable the virtual function driver; maintain data relating to a plurality of different types of communications from the virtual function drivers to the physical function driver received over time; and determine (318, 320), based on the maintained data, that a communication from a virtual function driver to the physical function driver presents the condition, and in response, disable the virtual function driver; wherein each virtual function driver is associated with a virtual machine and is configured to send communications determined to affect the use of the I/O hardware device by other virtual machines to the physical function driver, and to send other communications directly to the I/O hardware device.
Method for protecting a technical installation that enables physical entry by persons to the installation and a computerized access to a computer device of the installation, wherein - persons who have current access to the computer device are registered as persons accessing the computer device with the formation of computer user data, and persons who are present in the installation are registered as persons present on site with the formation of on-site data, and - in the event of a new desired entry or a new desired access, a plausibility check is carried out in which a check is made as to whether the desired entry is plausible using the registered computer user data or whether the desired access is plausible using the registered on-site data, characterized in that, - in the event of an entry attempt of a person into the installation, a check is made as to whether the person is registered at this moment as a person accessing the computer device and, if this is the case, a plausibility problem is deduced, - and in that - the computer device allows remote access, and - in the event of a desired remote access, a check is made as to whether the person is registered at this moment as being present in the installation or was registered during a security interval of predetermined length prior to this moment as being present in the installation and, if this is the case, a plausibility problem is deduced. - persons who have current access to the computer device are registered as persons accessing the computer device with the formation of computer user data, and persons who are present in the installation are registered as persons present on site with the formation of on-site data, and - in the event of a new desired entry or a new desired access, a plausibility check is carried out in which a check is made as to whether the desired entry is plausible using the registered computer user data or whether the desired access is plausible using the registered on-site data, - in the event of an entry attempt of a person into the installation, a check is made as to whether the person is registered at this moment as a person accessing the computer device and, if this is the case, a plausibility problem is deduced, - and in that - the computer device allows remote access, and - in the event of a desired remote access, a check is made as to whether the person is registered at this moment as being present in the installation or was registered during a security interval of predetermined length prior to this moment as being present in the installation and, if this is the case, a plausibility problem is deduced.
A steel alloy that provides a unique combination of strength, toughness, and ductility, said alloy consisting essentially of, in weight percent C 0.3-0.45 Mn 3.5-4.5 Si 1.0-2.0 Cr 0.6-2.5 Ni 0.6-5.0 Mo+1⁄2W Up to 0.5 Cu 0.3-1.0 Co 0.01 max. V+5/9Nb 0.1-0.5 Ti 0.025 max. Al 0.025 max. Ca 0.005 max. N 0.020 max optionally one or both of 0.001-0.025% Y and 0.001-0.01% Mg: and the balance is iron and the usual impurities, wherein said impurities include not more than about 0.03% phosphorus and not more than about 0.003% sulfur; and wherein the elements Si, Cu, V, and Nb are balanced such that 4.5 ≤ % Si + %Cu / % V + 5 / 9 × % Nb ≤ 10.
A pumping device (1, 200) defined relative to a direct orthogonal coordinate system comprising a first direction, a second direction and a third direction, the pumping device including: - a progressive cavity pump comprising a helical rotor having a directing axis parallel to the second direction; - a transmission mechanism fastened to the helical rotor, the transmission mechanism comprising a fastening member among a male member and a female member, the rotor comprising the other member among the male member and the female member; the female member including a casing provided with an axial recess, the axial recess including at least one inner sliding wall extending in a plane containing the second direction; the male member including a base (36, 236) and an axial projection (42, 242) integral with the base; characterised in that the axial projection (42, 242) comprises a first face and a second face opposite to the first face; said first face includes a proximal bearing wall; said second face comprising an outer locking wall (62, 262) inclined by a locking angle (θ) relative to the inner sliding wall, said locking angle (θ) being comprised between 5° and 90°; and in that the axial recess comprises at least one inner locking wall (90, 290) inclined by said locking angle (θ) relative to said at least one inner sliding wall, the outer locking wall (62, 262) being in abutment against the inner locking wall (90, 290), when the male member is coupled to the female member. - a progressive cavity pump comprising a helical rotor having a directing axis parallel to the second direction; - a transmission mechanism fastened to the helical rotor, the transmission mechanism comprising a fastening member among a male member and a female member, the rotor comprising the other member among the male member and the female member;
Nozzle arrangement for applying fluids, in particular thermoplastic adhesives, to a substrate, wherein the nozzle arrangement and the substrate move relative to one another in a first direction, wherein the nozzle arrangement has a main body which is able to be connected, preferably exchangeably, to a mounting region of a distributor and which has an end-side side surface which extends in a second direction, which runs at least substantially perpendicular to the first direction; wherein, in the end-side side surface of the main body, a multiplicity of mutually adjacently arranged first outlet nozzles for the fluid to be applied is formed in a first row extending along the second direction; wherein, in the end-side side surface of the main body, a multiplicity of mutually adjacently arranged second outlet nozzles for a second fluid is furthermore formed in a second row extending along the second direction, wherein the second row runs parallel to the first row; and wherein, in the end-side side surface of the main body, a multiplicity of mutually adjacently arranged third outlet nozzles for a fluid, in particular for the second fluid, is furthermore formed in a third row extending along the second direction, wherein the first row, with the first outlet nozzles, is arranged between the second and third rows, with the second and third outlet nozzles (5, 6), and wherein the effective surface of the nozzle openings of the second and third outlet nozzles (5, 6) is of an equal size or at least substantially of an equal size. characterized in that the nozzle arrangement is in the form of a laminated nozzle assembly which consists of a multiplicity of sheet-like elements which are areally connected to one another. wherein, in the end-side side surface of the main body, a multiplicity of mutually adjacently arranged first outlet nozzles for the fluid to be applied is formed in a first row extending along the second direction; wherein, in the end-side side surface of the main body, a multiplicity of mutually adjacently arranged second outlet nozzles for a second fluid is furthermore formed in a second row extending along the second direction, wherein the second row runs parallel to the first row; and wherein, in the end-side side surface of the main body, a multiplicity of mutually adjacently arranged third outlet nozzles for a fluid, in particular for the second fluid, is furthermore formed in a third row extending along the second direction, wherein the first row, with the first outlet nozzles, is arranged between the second and third rows, with the second and third outlet nozzles (5, 6), and wherein the effective surface of the nozzle openings of the second and third outlet nozzles (5, 6) is of an equal size or at least substantially of an equal size. characterized in that the nozzle arrangement is in the form of a laminated nozzle assembly which consists of a multiplicity of sheet-like elements which are areally connected to one another.
A reactive implantable device configured to be placed in a patient's stomach transorally without surgery to treat and prevent obesity by applying a pressure to the patient's stomach, comprising: a three-dimensional spring structure comprising a plurality of legs each having opposite ends extended between top and bottom junctions (115, 120) of the spring structure defining an axis, each leg having a flexible portion and a rigid portion attached to the flexible portion, wherein the flexible portions of each leg has a relaxed shape which causes the leg to bow laterally outward from the other legs thus maintaining the top and bottom junctions at a first distance apart, and wherein the implantable device is configured to react to inward forces from the stomach such that the flexible portions flex to straighten each leg and cause the axial spacing between the top and bottom junctions to increase from the first distance, wherein the device is formed of materials that permit it to be compressed into a substantially linear transoral delivery configuration and that will resist degradation over a period of at least six months within the stomach. a three-dimensional spring structure comprising a plurality of legs each having opposite ends extended between top and bottom junctions (115, 120) of the spring structure defining an axis, each leg having a flexible portion and a rigid portion attached to the flexible portion, wherein the flexible portions of each leg has a relaxed shape which causes the leg to bow laterally outward from the other legs thus maintaining the top and bottom junctions at a first distance apart, and wherein the implantable device is configured to react to inward forces from the stomach such that the flexible portions flex to straighten each leg and cause the axial spacing between the top and bottom junctions to increase from the first distance, wherein the device is formed of materials that permit it to be compressed into a substantially linear transoral delivery configuration and that will resist degradation over a period of at least six months within the stomach.
A process for the continuous vitrification of fibrous materials, in particular asbestos and/or asbestos-containing materials, characterized in that it comprises the following steps: - a bath of molten glass at a temperature of 1300°C to 1600°C is prepared; - introduced into said bath of molten glass are said fibrous materials and optionally melting additives chosen so that said bath has, after addition of these fibrous materials and melting additives, the following composition: - SiO 2: between 30% and 55% by weight; - FeO: between 25% and 45% by weight; - alkali and alkaline-earth metal oxides: between 15% and 25% by weight; - an oxidizer and a fuel are injected under pressure into said molten bath by means of at least one lance, one end of which is immersed in said bath; said oxidizer being introduced in a molar amount greater than or equal to the molar amount of fuel needed to maintain the temperature of the bath between 1300°C and 1600°C; and - the temperature of at least one portion of the molten glass is lowered so as to render it solid. - a bath of molten glass at a temperature of 1300°C to 1600°C is prepared; - introduced into said bath of molten glass are said fibrous materials and optionally melting additives chosen so that said bath has, after addition of these fibrous materials and melting additives, the following composition: - SiO 2: between 30% and 55% by weight; - FeO: between 25% and 45% by weight; - alkali and alkaline-earth metal oxides: between 15% and 25% by weight; - SiO 2: between 30% and 55% by weight; - FeO: between 25% and 45% by weight; - alkali and alkaline-earth metal oxides: between 15% and 25% by weight; - an oxidizer and a fuel are injected under pressure into said molten bath by means of at least one lance, one end of which is immersed in said bath; said oxidizer being introduced in a molar amount greater than or equal to the molar amount of fuel needed to maintain the temperature of the bath between 1300°C and 1600°C; and - the temperature of at least one portion of the molten glass is lowered so as to render it solid.
A method for predicting the fertility potential of a male mammal, said method comprising the steps of; a) in a semen sample provided from said male mammal, b) determining the expression level of CYP24A1, c) selecting a desired sensitivity and specificity for a reference level, d) determining that said male mammal is likely to have a normal fertility potential, if said determined expression level is equal to or above the reference level and/or determining that said mammal is unlikely to have a normal fertility potential, if said determined expression level is below the reference level. a) in a semen sample provided from said male mammal, b) determining the expression level of CYP24A1, c) selecting a desired sensitivity and specificity for a reference level, d) determining that said male mammal is likely to have a normal fertility potential, if said determined expression level is equal to or above the reference level and/or determining that said mammal is unlikely to have a normal fertility potential, if said determined expression level is below the reference level.
A control system configured to monitor and control a water purification system, comprising: one or more sensors configured to determine realtime total organic carbon and realtime parameters of impure wastewater of a feed stream to the water purification system; a soft sensor configured to determine realtime chemical oxygen demand corresponding to the realtime total organic carbon of the feed stream to the water purification system utilizing a chemical oxygen demand model; an estimator being in operational communication with the soft sensor and configured to: determine a present state of the water purification system utilizing the realtime chemical oxygen demand and the realtime parameters; compare the present state of the water purification system with an expected state of said water purification system; a predictor operatively coupled to the estimator, and configured to predict an event for execution by the water purification system to reach the expected state of said water purification system; and a supervisory control unit operatively coupled to the predictor and the water purification system, and configured to facilitate execution of the predicted event by said water purification system. one or more sensors configured to determine realtime total organic carbon and realtime parameters of impure wastewater of a feed stream to the water purification system; a soft sensor configured to determine realtime chemical oxygen demand corresponding to the realtime total organic carbon of the feed stream to the water purification system utilizing a chemical oxygen demand model; an estimator being in operational communication with the soft sensor and configured to: determine a present state of the water purification system utilizing the realtime chemical oxygen demand and the realtime parameters; compare the present state of the water purification system with an expected state of said water purification system; determine a present state of the water purification system utilizing the realtime chemical oxygen demand and the realtime parameters; compare the present state of the water purification system with an expected state of said water purification system; a predictor operatively coupled to the estimator, and configured to predict an event for execution by the water purification system to reach the expected state of said water purification system; and a supervisory control unit operatively coupled to the predictor and the water purification system, and configured to facilitate execution of the predicted event by said water purification system.
A synthetic resin laminate, which is obtained by laminating a resin layer containing a resin that contains a (meth)acrylate copolymer (al) and a polycarbonate on one surface or both surfaces of a substrate layer containing a polycarbonate, wherein the (meth)acrylate copolymer is a (meth)acrylate copolymer composed of 5 to 80% by mass of an aromatic (meth)acrylate unit and 20 to 95% by mass of a methyl methacrylate unit, the ratio of the (meth)acrylate copolymer with respect to the resin is 5 to 55% by mass, and the ratio of the polycarbonate with respect to the resin is 95 to 45% by mass, and the polycarbonate is a polycarbonate homopolymer or copolymer composed of 20 to 100% by mass of a constituent unit represented by the following formula: and 80 to 0% by mass of a constituent unit represented by the following formula: