mhurhangee/ep-ind-claims huggingface dataset:
A vehicle control system, comprising: at least one imaging device attached to a single vehicle and configured to capture a plurality of images during the vehicle's single flight; and a control circuit configured to generate a composite image from the plurality of images, and to display the composite image on a display unit,wherein the vehicle is operated according to a user's touch operation or user's drag operation, on a portion of the display unit on which the composite image is being displayed; the control circuit is configured to generate a target position information based on an input position of the user's touch operation or the user's drag operation on the display unit relative to a vehicle position displayed on the display unit, the input position representing a target position; the target position information includes a direction from the vehicle position to the target position in a real coordinate system; and the composite image is a stitching image. at least one imaging device attached to a single vehicle and configured to capture a plurality of images during the vehicle's single flight; and a control circuit configured to generate a composite image from the plurality of images, and to display the composite image on a display unit,wherein the vehicle is operated according to a user's touch operation or user's drag operation, on a portion of the display unit on which the composite image is being displayed; the control circuit is configured to generate a target position information based on an input position of the user's touch operation or the user's drag operation on the display unit relative to a vehicle position displayed on the display unit, the input position representing a target position; the target position information includes a direction from the vehicle position to the target position in a real coordinate system; and the composite image is a stitching image.
A method of identifying a subject having cancer who is likely to benefit from treatment with a combination therapy with a RAF inhibitor and a second inhibitor, wherein the subject has cancer cells comprising a B-RAF V600E mutation, the method comprising: (a) assaying a gene copy number, a mRNA or a protein level or phosphorylation of one or more kinase targets selected from the group consisting of MAP3K8 (TPL2/COT), CRKL (CrkL), FGR (Fgr), PRKCE (Prkce), PRKCH (Prkch), ERBB2 (ErbB2), AXL (Axl), or PAK3 in cancer cells obtained from the subject and comparing the gene copy number, the mRNA or the protein level or the phosphorylation with a gene copy number, a mRNA or a protein level or phosphorylation of the target kinase in cells obtained from a subject without the cancer; and (b) correlating increased gene copy number or an alteration in mRNA expression or protein overexpression or phosphorylation of the target kinase in the cancer cells relative to the cells from the subject without the cancer with the subject having the cancer who is likely to benefit from treatment with the combination therapy. (a) assaying a gene copy number, a mRNA or a protein level or phosphorylation of one or more kinase targets selected from the group consisting of MAP3K8 (TPL2/COT), CRKL (CrkL), FGR (Fgr), PRKCE (Prkce), PRKCH (Prkch), ERBB2 (ErbB2), AXL (Axl), or PAK3 in cancer cells obtained from the subject and comparing the gene copy number, the mRNA or the protein level or the phosphorylation with a gene copy number, a mRNA or a protein level or phosphorylation of the target kinase in cells obtained from a subject without the cancer; and (b) correlating increased gene copy number or an alteration in mRNA expression or protein overexpression or phosphorylation of the target kinase in the cancer cells relative to the cells from the subject without the cancer with the subject having the cancer who is likely to benefit from treatment with the combination therapy.
A data transmission method, comprising: sending, by a first device,, a first message to a second device,, wherein the first message is used to instruct the second device to stop sending data of an application to the first device; receiving, by the first device, first indication information from the second device, wherein the first indication information is used to indicate a sequence number of data that is of the application and that has been received by the second device from the first device; and sending, by the first device, second indication information to the second device, wherein the second indication information is used to indicate a second sequence number of data that is of the application and that has been received by the first device from the second device, wherein the first device is a terminal device and the second device is a first server, or the first device is a first server and the second device is a terminal device; and after a connection between the terminal device and a second server is established, the first indication information and the second indication information are used to transmit the data of the application through the connection. sending, by a first device,, a first message to a second device,, wherein the first message is used to instruct the second device to stop sending data of an application to the first device; receiving, by the first device, first indication information from the second device, wherein the first indication information is used to indicate a sequence number of data that is of the application and that has been received by the second device from the first device; and sending, by the first device, second indication information to the second device, wherein the second indication information is used to indicate a second sequence number of data that is of the application and that has been received by the first device from the second device, wherein the first device is a terminal device and the second device is a first server, or the first device is a first server and the second device is a terminal device; and after a connection between the terminal device and a second server is established, the first indication information and the second indication information are used to transmit the data of the application through the connection.
Transformer-core (30, 50, 80, 100, 110), comprising at least three hollow rectangular shaped wound core-parts (10, 42, 44, 46, 52, 54, 56, 82, 84, 102, 104, 112), wherein each core part is wound from a magnetic band-like material (12, 14, 16), wherein two opposed limbs and an upper and lower yoke are formed along a circumferential path (18a, 18b, 18c, 18d), wherein the core-parts (10, 42, 44, 46, 52, 54, 56, 82, 84, 102, 104, 112) comprise one first (60, 64, 90, 94) and at least one second (58, 62, 86) slanted area parallel to the circumferential path (18a, 18b, 18c, 18d) in the respective limb area (20, 22) and wherein the at least three core-parts (10, 42, 44, 46, 52, 54, 56, 82, 84, 102, 104, 112) are connected according to a polygonal layout at their respective first slanted areas (60, 64, 90, 94), which are arranged adjacently face to face, wherein the first slanted area of the upper and lower yokes of the at least three core-parts are forming an upper and lower yoke area, characterized in that polygonal adapter plates (118, 120) with slanted edges fitted to the polygonal layout are foreseen within the upper and lower yoke areas, which are clamped together each to each other, wherein the upper and lower adapter plates are inserted in the respective upper and lower yoke area (114, 116), wherein adapter plates (118, 120) and upper and lower yoke areas (114, 116) are adapted concerning their shapes and wherein due to the shape of the adapter plates (118, 120) a plug is formed therewith within each yoke area (114, 116), so that a pressure is applicable on both yoke area.
A packet relay method comprising: receiving a packet from a transmitting device; relaying the received packet by transmitting the received packet to a receiving device via a wireless link; and receiving feedback information, from the receiving device, including a transmission quality of the packet; characterised by: revising down the transmission quality included in the feedback information (steps S3_1 to S3_3) based on information of resource consumed for maintaining the wireless link included in a transmission path from the transmitting device to the receiving device; and transmitting the feedback information, in which the revised transmission quality is included, to the transmitting device. receiving a packet from a transmitting device; relaying the received packet by transmitting the received packet to a receiving device via a wireless link; and receiving feedback information, from the receiving device, including a transmission quality of the packet; characterised by: revising down the transmission quality included in the feedback information (steps S3_1 to S3_3) based on information of resource consumed for maintaining the wireless link included in a transmission path from the transmitting device to the receiving device; and transmitting the feedback information, in which the revised transmission quality is included, to the transmitting device. revising down the transmission quality included in the feedback information (steps S3_1 to S3_3) based on information of resource consumed for maintaining the wireless link included in a transmission path from the transmitting device to the receiving device; and transmitting the feedback information, in which the revised transmission quality is included, to the transmitting device.
A method for selectively recovering a metal from a metal-bearing raw source material, characterized by: a) mixing with an aqueous medium a metal-bearing raw source material comprising a first metal in an insoluble form, soluble and/or insoluble Cr in a Cr bearing material as a second metal, and organic and inorganic compounds to obtain a slurry comprising the first metal in an insoluble form, soluble and/or insoluble Cr in a Cr bearing material and the organic and inorganic compounds; b) adjusting the pH of the slurry to an alkaline pH sufficient to convert soluble Cr present to an insoluble form; c) adding a first oxidizer to the slurry to facilitate subsequent oxidation steps; d) selectively leaching the Cr by adding a leaching agent in an amount sufficient to convert Cr to a soluble form while the first metal remains in the slurry in an insoluble form; e) filtering the slurry to obtain a filter cake comprising the first metal in an insoluble form and a filtrate comprising Cr in a soluble form; f) recovering the filter cake comprising the first metal in an insoluble form and/or filtrate comprising Cr in a soluble form wherein the said leaching agent is a second oxidizer, wherein the said second oxidizer is MnO 4 -. a) mixing with an aqueous medium a metal-bearing raw source material comprising a first metal in an insoluble form, soluble and/or insoluble Cr in a Cr bearing material as a second metal, and organic and inorganic compounds to obtain a slurry comprising the first metal in an insoluble form, soluble and/or insoluble Cr in a Cr bearing material and the organic and inorganic compounds; b) adjusting the pH of the slurry to an alkaline pH sufficient to convert soluble Cr present to an insoluble form; c) adding a first oxidizer to the slurry to facilitate subsequent oxidation steps; d) selectively leaching the Cr by adding a leaching agent in an amount sufficient to convert Cr to a soluble form while the first metal remains in the slurry in an insoluble form; e) filtering the slurry to obtain a filter cake comprising the first metal in an insoluble form and a filtrate comprising Cr in a soluble form; f) recovering the filter cake comprising the first metal in an insoluble form and/or filtrate comprising Cr in a soluble form
A flame retardant light diffusing fiber comprising: a glass fiber core, the fiber being a RAL fiber having openings within, a primary clear, colorless polymeric coating/cladding over the glass fiber core, the primary coating having a lower refractive index than the fiber core, and a flame retardant polymer coating over the primary coating, the flame retardant coating consisting of 15-65 wt.% of an inorganic, halogen-free filler and 35-85 wt.% polymer. a glass fiber core, the fiber being a RAL fiber having openings within, a primary clear, colorless polymeric coating/cladding over the glass fiber core, the primary coating having a lower refractive index than the fiber core, and a flame retardant polymer coating over the primary coating, the flame retardant coating consisting of 15-65 wt.% of an inorganic, halogen-free filler and 35-85 wt.% polymer.
An end wall of railway vehicle, comprising an external frame and an end wall main body, wherein the external frame is configured to be fixedly connected to the vehicle body of the railway vehicle, and the end wall main body is detachably connected to the external frame through a fastening assembly; the end wall main body is a honeycomb panel, and the honeycomb panel comprises two panels, a honeycomb structure arranged between the two panels, and an edge sealing profile for sealing peripheral parts of the two panels, wherein the fastening assembly is a bolt assembly; the bolt assembly comprises a T-shaped nut and a bolt, the T-shaped nut is fixed on the external frame, and both the external frame and the end wall main body have mounting holes that are configured to align with the threaded holes of the T-shaped nut, and the bolt is configured to pass through the mounting holes of the end wall main body and the mounting holes of the external frame for having threaded connection with the T-shaped nut. the end wall main body is a honeycomb panel, and the honeycomb panel comprises two panels, a honeycomb structure arranged between the two panels, and an edge sealing profile for sealing peripheral parts of the two panels, wherein the fastening assembly is a bolt assembly; the bolt assembly comprises a T-shaped nut and a bolt, the T-shaped nut is fixed on the external frame, and both the external frame and the end wall main body have mounting holes that are configured to align with the threaded holes of the T-shaped nut, and the bolt is configured to pass through the mounting holes of the end wall main body and the mounting holes of the external frame for having threaded connection with the T-shaped nut.
Method for producing a hot-formed steel component made from press-hardenable steel and provided with a metallic anticorrosion coating, wherein for forming the coating an iron-based alloy containing Zn as a further main component and consisting of 50 - 80% by weight Fe, preferably 50-65% by weight Fe, 0 - 30% by weight Mg, 0 - 5% by weight Al, 0 - 5% by weight Ti, 0 - 10% by weight Si, 0 - 10% by weight Li, 0 - 10% by weight Ca, 0 - 30% by weight Mn, remainder Zn and unavoidable impurities, is applied on a steel substrate of press-hardenable steel by means of physical vapor deposition or a combination of physical vapor deposition and electrolytic deposition, wherein Fe and Zn are deposited separately from each other and the electrolytic deposition refers to Zn, wherein preheating of the steel substrate before the application of the iron-based alloy or thermal sealing after the deposition of Fe and Zn is performed to form a first alloy, wherein in the case of preheating the steel substrate has a temperature in the range of 250-350°C during application of the iron-based alloy, and wherein the steel substrate coated with the iron-based alloy undergoes hot forming to obtain the steel component. 50 - 80% by weight Fe, preferably 50-65% by weight Fe, 0 - 30% by weight Mg, 0 - 5% by weight Al, 0 - 5% by weight Ti, 0 - 10% by weight Si, 0 - 10% by weight Li, 0 - 10% by weight Ca, 0 - 30% by weight Mn,
A sunscreen product comprising hydroxyapatite or a salt thereof and at least one organic chemical sunscreening agent, wherein said at least one chemical sunscreening agent and said hydroxyapatite or a salt thereof are in a weight ratio of 10:1 to 1:3.
A method of preparing a gas sensing composition, comprising; diluting a metalloporphyrin dye in solvent to a concentration of 0.1 - 5 mg/mL; dissolving a nanoporous silica carrier material in said solvent; mixing said diluted metalloporphyrin dye with said dissolved nanoporous silica carrier material, wherein said nanoporous silica carrier material having a pore size in the range 3.5-50 nm and a particle size less than 5 μm; evaporating said solvent from said nanoporous silica carrier material for binding of said metalloporphyrin dye to said silica nanoporous carrier material. diluting a metalloporphyrin dye in solvent to a concentration of 0.1 - 5 mg/mL; dissolving a nanoporous silica carrier material in said solvent; mixing said diluted metalloporphyrin dye with said dissolved nanoporous silica carrier material, wherein said nanoporous silica carrier material having a pore size in the range 3.5-50 nm and a particle size less than 5 μm; evaporating said solvent from said nanoporous silica carrier material for binding of said metalloporphyrin dye to said silica nanoporous carrier material.
A system comprising an adapter for a robotic surgical tool autowasher device and a drive housing of said tool, comprising: a frame matable with the drive housing of the robotic surgical tool; a shoulder defined on the frame and at least partially circumscribing a basin defined in the frame; one or more fluid apertures defined in the basin and extending through the frame from a top surface to a bottom surface; and one or more alignment features protruding from the frame and arranged to align with and extend into a corresponding one or more apertures defined in a bottom of the drive housing, wherein the apertures are configured to allow the cleaning solution to enter and drain from the drive housing, wherein at least one of the one or more alignment features only partially plugs an associated aperture of the corresponding one or more apertures. a frame matable with the drive housing of the robotic surgical tool; a shoulder defined on the frame and at least partially circumscribing a basin defined in the frame; one or more fluid apertures defined in the basin and extending through the frame from a top surface to a bottom surface; and one or more alignment features protruding from the frame and arranged to align with and extend into a corresponding one or more apertures defined in a bottom of the drive housing, wherein the apertures are configured to allow the cleaning solution to enter and drain from the drive housing, wherein at least one of the one or more alignment features only partially plugs an associated aperture of the corresponding one or more apertures.
A medical valve assembly for receiving a luer of a needleless syringe comprising: an rigid external housing extending along an axis from an open first housing end to an open second housing end a valve stem disposed in said housing and extending from a first stem end defining a slit to a second stem end; said valve stem presenting a passageway extending from said slit to said second stem end for conveying a fluid therebetween; said valve stem being of a resilient material for compresing in response to pressure from the luer and wherein said slit on said first stem end opens to receive said luer in response to said valve stem being compressed by a predetermined distance; characterized in that said passageway of said valve stem has an hourglass shape for bulging inwardly in response to compression of said valve stem. an rigid external housing extending along an axis from an open first housing end to an open second housing end a valve stem disposed in said housing and extending from a first stem end defining a slit to a second stem end; said valve stem presenting a passageway extending from said slit to said second stem end for conveying a fluid therebetween; said valve stem being of a resilient material for compresing in response to pressure from the luer and wherein said slit on said first stem end opens to receive said luer in response to said valve stem being compressed by a predetermined distance; characterized in that said passageway of said valve stem has an hourglass shape for bulging inwardly in response to compression of said valve stem.
Method of estimating absolute wheel roll radii of wheels of a vehicle comprising the steps of: measuring at least two yaw rate signals, each indicative of a yaw rate of the vehicle; measuring at least two first wheel speed signals, each indicative of an angular velocity of a first wheel of the vehicle; measuring at least two second wheel speed signals, each indicative of an angular velocity of a second wheel of the vehicle; determining a first absolute wheel roll radius of the first wheel and a second absolute wheel roll radius of a second wheel based on the measured yaw rate signals, the measured first wheel speed signals and the measured second wheel speed signals. measuring at least two yaw rate signals, each indicative of a yaw rate of the vehicle; measuring at least two first wheel speed signals, each indicative of an angular velocity of a first wheel of the vehicle; measuring at least two second wheel speed signals, each indicative of an angular velocity of a second wheel of the vehicle; determining a first absolute wheel roll radius of the first wheel and a second absolute wheel roll radius of a second wheel based on the measured yaw rate signals, the measured first wheel speed signals and the measured second wheel speed signals.
Water distribution device comprising a water distribution pipe, an external portion of which is capable of being arranged outside a thermally insulated assembly and of delivering water via an outlet, and an internal portion of which is connected to a first way of a valve-type means with at least three ways (4, 6, 9) adapted to be placed inside the insulated assembly and controlled by a control means operable from outside the insulated assembly, the valve type means comprising a second way capable of being connected to a source of pressurized water and a closing element movable by the control means between an open position in which the first way communicates only with the second way to supply water to the outlet orifice, and a closed position in which the first way does not communicate with the second way, whereby the distribution pipe is adapted to be disposed through a non-horizontal wall, preferably substantially vertical, ensuring thermal insulation of the insulated assembly, and whereby, in the closed position, the first way communicates only and systematically with a third way of the valve type means, so as to allow, in the closed position of the closing element, automatic emptying, by gravity and air intake via the third way, of all or a part of a residual water content in at least the non-thermally insulated part of the distribution pipe, via the outlet.
A composition comprising a recombinant gp120 HIV-1 envelope protein comprising all the consecutive amino acids immediately after the signal peptide MRVMGIQRNYPQWWIWSMLGFWMLMICNG in SEQ ID NOs: 879, 861, 884 or 866, all of the consecutive amino acids immediately after the signal peptide MRVTGIQRNYPQWWIWSMLGLWMLMICNG in SEQ ID NOs: 889 or 871 or all of the consecutive amino acids immediately after the signal peptide MKVRGIQRNYPQWWIWSMLGLWMLMICNG in SEQ ID NOs: 893 or 875.