mhurhangee/ep-ind-claims huggingface dataset:
A wireless tree structured network having a plurality of nodes including a root node and at least one full functionality router node (222, 234, 252), the network configured to: send a message from a source node to one of the root node or one of said full functionality router nodes of the plurality of nodes configured to store routes within the tree structured network, the message requesting path routing to a destination node; determine at one of said full functionality router nodes a communication path whereby determination is based on detailed information on one-hop and/or several hops routes stored on said full functionality router node; send the determined path information to the source node; transmit a message from the source node to the destination node using the path information; process packets heard by the destination node, whereby the packets have been heard by the destination node, the packets are destined to the destination node and the packets have been broadcast from a node on the determined path; and announce from the destination node that a shorter route may be set up for peer-to-peer communication between the source node and the destination node. send a message from a source node to one of the root node or one of said full functionality router nodes of the plurality of nodes configured to store routes within the tree structured network, the message requesting path routing to a destination node; determine at one of said full functionality router nodes a communication path whereby determination is based on detailed information on one-hop and/or several hops routes stored on said full functionality router node; send the determined path information to the source node; transmit a message from the source node to the destination node using the path information; process packets heard by the destination node, whereby the packets have been heard by the destination node, the packets are destined to the destination node and the packets have been broadcast from a node on the determined path; and announce from the destination node that a shorter route may be set up for peer-to-peer communication between the source node and the destination node.
A refrigerator comprising - a body wherein foods and beverages are placed, - a crisper disposed inside the body, - at least one drawer that is disposed into the crisper wherein fruits and vegetables are placed, - a lower cover that covers the upper side of the crisper, - an upper cover that is disposed over the lower cover such that a gap remains therebetween, - an air blowing opening that is arranged on the body and that enables cold air to be blown into the crisper, and - a plate that is situated between the air blowing opening and the crisper and that enables the air flowing from the air blowing opening to be directed to the crisper, characterized by - at least one upper vent hole that is disposed at the upper side of the plate and that enables air to be blown in between the lower cover and the upper cover, - at least two lower vent holes arranged on the lower side of the plate, - a separator that extends from the level of the lower cover to between the upper vent holes and the lower vent holes and that prevents the air blown from the upper vent hole and the lower vent hole from being mixed together, - at least one guiding member that extends from the lower side of the separator towards the crisper and that enables the air blown from the lower vent holes to be directed between the side walls of the crisper and the body. - a body wherein foods and beverages are placed, - a crisper disposed inside the body, - at least one drawer that is disposed into the crisper wherein fruits and vegetables are placed, - a lower cover that covers the upper side of the crisper, - an upper cover that is disposed over the lower cover such that a gap remains therebetween, - an air blowing opening that is arranged on the body and that enables cold air to be blown into the crisper, and - a plate that is situated between the air blowing opening and the crisper and that enables the air flowing from the air blowing opening to be directed to the crisper, - at least one upper vent hole that is disposed at the upper side of the plate and that enables air to be blown in between the lower cover and the upper cover, - at least two lower vent holes arranged on the lower side of the plate, - a separator that extends from the level of the lower cover to between the upper vent holes and the lower vent holes and that prevents the air blown from the upper vent hole and the lower vent hole from being mixed together, - at least one guiding member that extends from the lower side of the separator towards the crisper and that enables the air blown from the lower vent holes to be directed between the side walls of the crisper and the body.
A method of synthesizing a compound, the method comprising: reacting a first mixture comprising: 7,7-dichloro-4-(5-ethoxyhept-1-yl)bicyclo[3.2.0]heptan-6-one and 6,6-dichloro-4-(5-ethoxyhept-1-yl)bicyclo[3.2.0]heptan-7-one with acetic acid and zinc to form a second mixture comprising 4-(5-ethoxyhept-1-yl)bicyclo[3.2.0]heptan-6-one and 4-(5-ethoxyhept-1-yl) bicyclo [3.2.0] heptan-7-one; reacting the second mixture with trimethylsulfonium iodide to form a third mixture comprising 2-(5-ethoxyhept-1-yl)spiro[bicyclo[3.2.0]heptane-6,2'-oxirane] and 4-(5-ethoxyhept-1-yl)-spiro[bicyclo[3.2.0]heptane-6,2'-oxirane]; and reacting the third mixture with a Lewis acid to form 6-(5-ethoxyhept-1-yl)bicyclo [3.3.0] octan-3 -one. 7,7-dichloro-4-(5-ethoxyhept-1-yl)bicyclo[3.2.0]heptan-6-one and 6,6-dichloro-4-(5-ethoxyhept-1-yl)bicyclo[3.2.0]heptan-7-one with acetic acid and zinc to form a second mixture comprising 4-(5-ethoxyhept-1-yl)bicyclo[3.2.0]heptan-6-one and 4-(5-ethoxyhept-1-yl) bicyclo [3.2.0] heptan-7-one; reacting the second mixture with trimethylsulfonium iodide to form a third mixture comprising 2-(5-ethoxyhept-1-yl)spiro[bicyclo[3.2.0]heptane-6,2'-oxirane] and 4-(5-ethoxyhept-1-yl)-spiro[bicyclo[3.2.0]heptane-6,2'-oxirane]; and reacting the third mixture with a Lewis acid to form 6-(5-ethoxyhept-1-yl)bicyclo [3.3.0] octan-3 -one.
A computer-implemented method comprising: receiving a first set of raw data relating to an X-ray image of a subject; determining a first region of interest; determining a second ROI including the first ROI; reconstructing the first set of raw data to obtain a first image on the second ROI by an analytic reconstruction; obtaining a second image by zero padding the first ROI of the first image; performing forward projection on the first image to obtain a first sinogram; performing forward projection on the second image to obtain a second sinogram; applying a first filter on the first sinogram to obtain a third sinogram, followed by subtracting the second sinogram from the third sinogram to obtain a fourth sinogram; applying a second filter on the first set of raw data to obtain a fifth sinogram; and performing, based on the fourth sinogram and the fifth sinogram, iterative reconstruction to generate a third image. receiving a first set of raw data relating to an X-ray image of a subject; determining a first region of interest; determining a second ROI including the first ROI; reconstructing the first set of raw data to obtain a first image on the second ROI by an analytic reconstruction; obtaining a second image by zero padding the first ROI of the first image; performing forward projection on the first image to obtain a first sinogram; performing forward projection on the second image to obtain a second sinogram; applying a first filter on the first sinogram to obtain a third sinogram, followed by subtracting the second sinogram from the third sinogram to obtain a fourth sinogram; applying a second filter on the first set of raw data to obtain a fifth sinogram; and performing, based on the fourth sinogram and the fifth sinogram, iterative reconstruction to generate a third image.
Use of a compound of the formula and of a compound of formula and optionally of a component D, the component D being a UV stabilizer; for the stabilization of polymers, the polymers having been selected from the group consisting of polycarbonates and of blends composed of polycarbonate and of one or more polymers other than polycarbonate.
Mobile suction device, in particular building site or workshop suction device, having a suction device housing in which is mounted a suction unit for generating a suction flow, wherein the suction device housing has a suction inlet for the connection of a suction line, and a filter assembly together with a dirt collecting chamber are located in the suction device housing in front of the suction unit, wherein the suction device housing is designed for the stacking on its top of a container (400, 450) along a stacking direction, wherein the suction device includes a container top unit which may be fitted on the top of the suction device housing in the stacking direction, wherein the suction device housing has a base housing and a cover, by which an interior of the base housing may be closed, and that the container top unit may be mounted on the cover, wherein the cover of the suction device housing may be opened with the container top unit stacked on it, characterised in that the container top unit has connection means to make a connection with at least one vacuum cleaner connection provided on the suction device housing.
A system for sharing a network connection between a connectivity provider and a first connectivity client, wherein the connectivity provider comprises a router for accessing a network and wherein the first connectivity client is configured to connect to the network via a first device-to-device connection between the first connectivity client and the connectivity provider and via the router in the connectivity provider, characterized in that the first connectivity client comprises a first access point and the connectivity provider is configured to send a connection request to the first access point to thereby establish the first device-to-device connection.
A combustion engine comprising: a compressor-combustor array and a radial compressor, wherein the compressor-combustor array is provided radially outward of the radial compressor; both the radial compressor and compressor-combustor array being coaxial with, and rotatable around, a central axis, wherein the compressor-combustor array comprises an array of rotor blades comprising walls, wherein the walls of the blades define a plurality of chambers (28,30), the plurality of chambers (28, 30) comprising: a first pilot combustion chamber and a second pilot combustion chamber, and at least one of the plurality of chambers being provided as a compression flow path chamber; wherein the first pilot combustion chamber is provided with a first fuel injector, and the second pilot combustion chamber is provided with a second fuel injector, the combustion engine comprising: a first fuel reservoir, a second fuel reservoir, and a flow regulator (100, 200, 300); wherein the first fuel injector is in flow communication with the first fuel reservoir, and the second fuel injector is in flow communication with the second fuel reservoir; wherein the first fuel reservoir and the second fuel reservoir are each in fluid communication with the flow regulator, and the flow regulator (100, 200, 300) is operable to vary fuel flow delivery rate to the first fuel reservoir and the second fuel reservoir relative to each other. a compressor-combustor array and a radial compressor, wherein the compressor-combustor array is provided radially outward of the radial compressor; both the radial compressor and compressor-combustor array being coaxial with, and rotatable around, a central axis, wherein the compressor-combustor array comprises an array of rotor blades comprising walls, wherein the walls of the blades define a plurality of chambers (28,30), the plurality of chambers (28, 30) comprising: a first pilot combustion chamber and a second pilot combustion chamber, and a first pilot combustion chamber and a second pilot combustion chamber, and at least one of the plurality of chambers being provided as a compression flow path chamber; wherein the first pilot combustion chamber is provided with a first fuel injector, and the second pilot combustion chamber is provided with a second fuel injector, the combustion engine comprising: a first fuel reservoir, a second fuel reservoir, and a flow regulator (100, 200, 300); a first fuel reservoir, a second fuel reservoir, and a flow regulator (100, 200, 300); wherein the first fuel injector is in flow communication with the first fuel reservoir, and the second fuel injector is in flow communication with the second fuel reservoir; wherein the first fuel reservoir and the second fuel reservoir are each in fluid communication with the flow regulator, and the flow regulator (100, 200, 300) is operable to vary fuel flow delivery rate to the first fuel reservoir and the second fuel reservoir relative to each other.
A pharmaceutical composition comprising: (a) the compound -N-( -1-(2-chlorophenyl)-2-((3,3-difluorocyclobutyl)amino)-2-oxoethyl)-1-(4-cyanopyridin-2-yl)-N-(5-fluoropyridin-3-yl)-5-oxopyrrolidine-2-carboxamide (Compound 1), or a pharmaceutically acceptable salt thereof, as part of a solid dispersion wherein the solid dispersion comprises a water-soluble polymer, optionally wherein the polymer is a cellulose polymer; or a partially water-soluble polymer and optionally (b) one or more pharmaceutically acceptable carrier(s); for use in a method of treating advanced solid tumors in a subject, each characterized by the presence of a mutant allele of IDH1.
Method for applying a captive identifier to a workpiece by modifying at least the surface of the workpiece, wherein a pulsed laser beam engraves a pattern onto the surface of the workpiece, at least one value characterizing the quality of the engraving is automatically determined, and at least one parameter of the laser processing as a function of the determined quality is automatically modified, in order to keep the characterizing value essentially constant, characterized in that the laser is operated in pulsed mode with an output power between 10% and 60% of the maximum power, and in that at least one of the parameters of power and pulse duration is regulated, in real time, as a function of the determined quality of the engraving.
Method of fabrication of a surface acoustic wave device (20, 30) comprising the steps of (a) providing a piezoelectric structure (200, 300); (b) providing a dielectric structure (260, 360); characterized in that step (b) comprises a step of metalizing (S22, S32) the dielectric structure, performed by metal deposition, and in that the step (b) comprises a step of forming a dielectric layer prior to the metal deposition at a formation temperature, the formation temperature being greater than the diffusion temperature of the deposited metal into either the dielectric layer or the piezoelectric structure, and the method further comprising a step of (c) bonding (S24, S34) the metalized dielectric structure (231, 331) to the piezoelectric structure. (a) providing a piezoelectric structure (200, 300); (b) providing a dielectric structure (260, 360); characterized in that step (b) comprises a step of metalizing (S22, S32) the dielectric structure, performed by metal deposition, and in that the step (b) comprises a step of forming a dielectric layer prior to the metal deposition at a formation temperature, the formation temperature being greater than the diffusion temperature of the deposited metal into either the dielectric layer or the piezoelectric structure, and the method further comprising a step of (c) bonding (S24, S34) the metalized dielectric structure (231, 331) to the piezoelectric structure.
A container assembly for holding a substance therewithin comprising: a container member having a first cavity formed therewithin for holding a substance, said container member having side walls and a bottom edge portion, said container member having a second cavity formed adjacent the bottom edge portion thereof and extending upwardly from said bottom edge portion, said second cavity having a top wall portion; a lid member engageable with said container member for closing access to said first cavity, said lid member having side walls, an upper surface, and a raised projection associated with said upper surface, said raised projection being receivable within the second cavity of said container member; and at least one projection associated with the top wall portion of said second cavity, said at least one projection abutting the raised projection of said lid member when said raised projection is inserted into and received by the second cavity of said container member, characterized in that the at least one projection associated with the top wall portion of the second cavity of said container member is formed from a material that is UV curable. a container member having a first cavity formed therewithin for holding a substance, said container member having side walls and a bottom edge portion, said container member having a second cavity formed adjacent the bottom edge portion thereof and extending upwardly from said bottom edge portion, said second cavity having a top wall portion; a lid member engageable with said container member for closing access to said first cavity, said lid member having side walls, an upper surface, and a raised projection associated with said upper surface, said raised projection being receivable within the second cavity of said container member; and at least one projection associated with the top wall portion of said second cavity, said at least one projection abutting the raised projection of said lid member when said raised projection is inserted into and received by the second cavity of said container member, characterized in that the at least one projection associated with the top wall portion of the second cavity of said container member is formed from a material that is UV curable.
A guide for a lifting door wherein a door leaf (6; 6') of the lifting door may be guided and which comprises a vertical section (32; 32') and a lintel section, characterized in that the vertical section (32; 32') is adapted to be displaced relative to the lintel section perpendicularly to the plane of the door leaf in parallel and fixed in the direction of movement of the door leaf (6; 6') at a frame (2; 2').
A compression depth calculating device which is adapted to calculate a compression depth as a size of a recess of a compressed target, the device comprising: a first sensor adapted to detect acceleration of movement of a compressed part of the target due to a compression operation; a second sensor adapted to output information corresponding to a magnitude of compression on the compressed part of the target due to the compression operation; a first calculation section adapted to calculate a correlation between a compression depth and the information corresponding to the magnitude of the compression by using (a) the compression depth calculated based on second-order integration of the acceleration information acquired from the first sensor and (b) the information corresponding to the magnitude of the compression acquired from the second sensor, the correlation between the compression depth and the information corresponding to the magnitude of the compression being modelled non-linearly; and a second calculation section adapted to calculate a compression depth of a compression operation performed after the correlation has been calculated, based on the information corresponding to a magnitude of compression of the compression operation acquired from the second sensor and the correlation. a first sensor adapted to detect acceleration of movement of a compressed part of the target due to a compression operation; a second sensor adapted to output information corresponding to a magnitude of compression on the compressed part of the target due to the compression operation; a first calculation section adapted to calculate a correlation between a compression depth and the information corresponding to the magnitude of the compression by using (a) the compression depth calculated based on second-order integration of the acceleration information acquired from the first sensor and (b) the information corresponding to the magnitude of the compression acquired from the second sensor, the correlation between the compression depth and the information corresponding to the magnitude of the compression being modelled non-linearly; and a second calculation section adapted to calculate a compression depth of a compression operation performed after the correlation has been calculated, based on the information corresponding to a magnitude of compression of the compression operation acquired from the second sensor and the correlation.
An annular fluidic device wearable comprising: - an annular tube delimiting a closed internal volume, - a fluid disposed in the closed internal volume, - a floating system disposed in the closed internal volume and bathed in the fluid, said floating system being arranged to rotate freely around a central axis of the annular tube and relative to said annular tube, and said floating system having a marking with at least one of the four cardinal points, - at least one permanently polarised magnetic element integral with the floating system allowing said floating system to undergo a moment of force causing it to be aligned in the direction of the external magnetic vector by rotating around of said central axis, said annular tube being transparent at least on a portion of its wall so as to visualise the marking of the floating system from the outside of the annular tube, characterised in that it includes a capillary tube in fluid communication with the annular tube to add a function either of barometer or of thermometer to the device. - an annular tube delimiting a closed internal volume, - a fluid disposed in the closed internal volume, - a floating system disposed in the closed internal volume and bathed in the fluid, said floating system being arranged to rotate freely around a central axis of the annular tube and relative to said annular tube, and said floating system having a marking with at least one of the four cardinal points, - at least one permanently polarised magnetic element integral with the floating system allowing said floating system to undergo a moment of force causing it to be aligned in the direction of the external magnetic vector by rotating around of said central axis,