mhurhangee/ep-ind-claims huggingface dataset:
A method for automated reconstruction of a 3D computed tomography volume from one or more X-ray images, comprising: generating a sparse 3D volume from two or more X-ray images of a patient; and generating a final reconstructed 3D CT volume which is a non-sparse CT volume that will appear as if it was reconstructed from a full set of X-ray projection images from the sparse 3D volume using a trained deep neural network, wherein the two or more X-ray images of the patient comprise a first x-ray image and a second x-ray image, and generating the sparse 3D volume from the one or more X-ray images of the patient comprises: generating the sparse 3D volume from the first X-ray image and the second X-ray image using a tomographic reconstruction algorithm, wherein the trained deep neural network is a deep image-to-image network that is trained in a conditional-generative adversarial network together with a discriminator network for distinguishing between synthesized reconstructed 3D CT volumes generated by the deep image-to-image network from input sparse 3D volume training samples and real reconstructed 3D CT volume training samples, conditioned on the input sparse 3D volume training samples, in particular, wherein the conditional-generative adversarial network is integrated with a voxel-wise cost function that computes a voxel-wise error between the synthesized reconstructed 3D CT volumes generated by the deep image-to-image network from input sparse 3D volume training samples and corresponding ground-truth reconstructed 3D CT volume training samples, and the deep image-to-image network and the discriminator network are trained together to optimize, over a plurality of training samples, a minimax objective function that includes a first term that calculates an error using the voxel-wise cost function, a second term that calculates an error of the discriminator network classifying the real reconstructed 3D CT training samples, and a third term that calculates an error of the discriminator network classifying the synthesized reconstructed 3D CT volumes generated by the deep image-to-image network. generating a sparse 3D volume from two or more X-ray images of a patient; and generating a final reconstructed 3D CT volume which is a non-sparse CT volume that will appear as if it was reconstructed from a full set of X-ray projection images from the sparse 3D volume using a trained deep neural network,
Device for mechanically comminuting material conglomerates consisting of materials of varying density and/or consistency, comprising a comminution chamber having a supply side and a discharge side, which comminution chamber is enclosed by an, in particular circular cylindrical and/or conical, downwardly widened comminution chamber wall and has at least two portions in succession in the axial direction, in each of which at least one rotor (26, 28, 30) is arranged coaxial with the comminution chamber, each rotor having a rotor shaft and having striking tools which extend substantially radially into the comminution chamber at least during operation, the rotors (26, 28, 30) having opposite directions of rotation in at least two successive portions, dissipation ribs being arranged annularly on the inside of the comminution chamber wall at axial intervals and/or the radius of the comminution chamber wall increasing from top to bottom, characterised in that a delivery cone is arranged above the comminution chamber on the supply side and covers the central region of the rotors, in that an inlet funnel is arranged above the delivery cone, an inlet region of adjustable size (d) being formed between the inlet funnel and the delivery cone, and in that an air flow device for guiding a particle/air mixture produced in the comminution chamber is arranged connected to the comminution chamber, which air flow device has at least one fan rotor, which is arranged coaxial with the axis of the comminution chamber and has its own shaft, which is driven by its own fan drive so as to rotate the fan rotor independently of the rotors.
An antibody, or antigen binding fragment, which is capable of binding to CTLA-4, having at least one light chain variable region incorporating the following CDRs: LC-CDR1: RATQGISSWLA (SEQ ID NO:5) LC-CDR2: AASSLQS (SEQ ID NO:6) LC-CDR3: QQANTLPLFT (SEQ ID NO:7); and having at least one heavy chain variable region incorporating the following CDRs: HC-CDR1: SNTAAWN (SEQ ID NO:8) HC-CDR2: RTYYRSKWYSDYGLSVKS (SEQ ID NO:9) HC-CDR3: EGSGGTLIY (SEQ ID NO:10).
A method for use in routing Point-to-Multi-Point, P2MP, services in a multi-domain network with a Hierarchical Path Computation Element, H-PCE, architecture comprising, at a Child Path Computation Element, C-PCE, of one of the domains: determining summarised domain topology information about the domain, the summarised domain topology information comprising at least one of: an indication of whether the domain is capable of supporting Point-to-Multi-Point services; an indication of whether a node of the summarised domain topology is capable of supporting a branch point for Point-to-Multi-Point services; and, sending the summarised domain topology information to a Parent Path Computation Element, P-PCE receiving a request from the Parent Path Computation Element to compute an intra-domain path; computing and establishing an intra-domain path according to the capabilities of that domain indicated in the summarised domain topology. determining summarised domain topology information about the domain, the summarised domain topology information comprising at least one of: an indication of whether the domain is capable of supporting Point-to-Multi-Point services; an indication of whether a node of the summarised domain topology is capable of supporting a branch point for Point-to-Multi-Point services; and, an indication of whether the domain is capable of supporting Point-to-Multi-Point services; an indication of whether a node of the summarised domain topology is capable of supporting a branch point for Point-to-Multi-Point services; and, sending the summarised domain topology information to a Parent Path Computation Element, P-PCE receiving a request from the Parent Path Computation Element to compute an intra-domain path; computing and establishing an intra-domain path according to the capabilities of that domain indicated in the summarised domain topology.
Manually operable control device for controlling movable elements (2a, 2b, 2c) of a vehicle and/or for steering or accelerating the vehicle, comprising a control rod element, which is mounted so as to be slidable within a first guide path of a first control disc and within a second guide path of a second control disc, the first guide path being designed differently from the second guide path and the two control discs (4a, 4b) being mounted so as to rotate independently of one another, characterised in that the two control discs (4a, 4b) are mounted so as to rotate independently about a common axis in a continuous manner. the first guide path being designed differently from the second guide path and the two control discs (4a, 4b) being mounted so as to rotate independently of one another, characterised in that the two control discs (4a, 4b) are mounted so as to rotate independently about a common axis in a continuous manner.
An image signal processing apparatus, comprising: image capturing means for performing image capturing based on a colour pattern of colour filters for plural colour components repetitively overlaid on a pixel array of an image sensor; colour change detecting means for generating, on a pixel by pixel basis, a first control signal (th) indicative of a colour change along a predetermined direction with respect to the colour pattern, the first control signal being generated by spatial filtering based on a current pixel from the image capturing means and pixels in its vicinity; luminance change detecting means for generating, on a pixel by pixel basis, a second control signal (in) indicative of a luminance change along the predetermined direction with respect to the colour pattern, the second control signal being generated by spatial filtering based on a current pixel from the image capturing means and pixels in its vicinity; and luminance signal generating means (19, 20) for generating, on a pixel by pixel basis, a luminance signal from a signal obtained from the image capturing means, and for adaptive spatial filtering of the luminance signal by modifying a luminance value of a current pixel by a correction term (out) being a function of the second control signal (in), the function being scalable according to the first control signal (th), to thereby reduce artefacts in the luminance signal which may occur when the image signal has a colour boundary along the predetermined direction with respect to the colour pattern. image capturing means for performing image capturing based on a colour pattern of colour filters for plural colour components repetitively overlaid on a pixel array of an image sensor; colour change detecting means for generating, on a pixel by pixel basis, a first control signal (th) indicative of a colour change along a predetermined direction with respect to the colour pattern, the first control signal being generated by spatial filtering based on a current pixel from the image capturing means and pixels in its vicinity; luminance change detecting means for generating, on a pixel by pixel basis, a second control signal (in) indicative of a luminance change along the predetermined direction with respect to the colour pattern, the second control signal being generated by spatial filtering based on a current pixel from the image capturing means and pixels in its vicinity; and luminance signal generating means (19, 20) for generating, on a pixel by pixel basis, a luminance signal from a signal obtained from the image capturing means, and for adaptive spatial filtering of the luminance signal by modifying a luminance value of a current pixel by a correction term (out) being a function of the second control signal (in), the function being scalable according to the first control signal (th), to thereby reduce artefacts in the luminance signal which may occur when the image signal has a colour boundary along the predetermined direction with respect to the colour pattern.
A flush toilet for discharging waste with flush water supplied from a water supply source, comprising: a bowl portion; a rim portion disposed on a top edge of the bowl portion and having a top surface; a spout portion configured to spout flush water supplied from the water supply source to the bowl portion and to form a circulating flow; a discharge passage for discharging waste in the bowl portion, the discharge passage including an inlet portion being connected at the bottom of the bowl portion; a sanitary washing device disposed at a rear of the bowl portion and having a top surface and sides, the sanitary washing device including a nozzle which sprays the flush water toward a user positioned over the bowl portion; and a skirt portion having an upper portion and configured to cover sides of both the bowl portion and the discharge passage; wherein the skirt portion comprises an upper portion, and a side surface at the rear of the bowl portion of the flush toilet, characterized in that, when viewed from the side of the flush toilet, that side surface of the skirt portion is built upward over the top surface of the rim portion in a manner to cover the sides of the sanitary washing device and the top surface thereof is disposed on the upper portion of the skirt portion. a bowl portion; a rim portion disposed on a top edge of the bowl portion and having a top surface; a spout portion configured to spout flush water supplied from the water supply source to the bowl portion and to form a circulating flow; a discharge passage for discharging waste in the bowl portion, the discharge passage including an inlet portion being connected at the bottom of the bowl portion; a sanitary washing device disposed at a rear of the bowl portion and having a top surface and sides, the sanitary washing device including a nozzle which sprays the flush water toward a user positioned over the bowl portion; and a skirt portion having an upper portion and configured to cover sides of both the bowl portion and the discharge passage; wherein the skirt portion comprises an upper portion, and a side surface at the rear of the bowl portion of the flush toilet, characterized in that, when viewed from the side of the flush toilet, that side surface of the skirt portion is built upward over the top surface of the rim portion in a manner to cover the sides of the sanitary washing device and the top surface thereof is disposed on the upper portion of the skirt portion.
A backplate assembly for a door fitting comprising: a first pair of holes, wherein the first pair of holes is formed by a first slot hole and a first screw hole, wherein the first slot hole extends along a longitudinal median plane of the backplate assembly and wherein the first screw hole is located on the longitudinal median plane, a second pair of holes, wherein the second pair of holes is formed by a second screw hole and a third screw hole, wherein the second screw hole and the third screw hole are opposite each other with respect to the longitudinal median plane, a third pair of holes, wherein the third pair of holes is formed by a fourth screw hole and a fifth screw hole, wherein the fourth screw hole and the fifth screw hole are positioned on the longitudinal median plane and between the first screw hole and the first slot hole, a fourth pair of holes, wherein the fourth pair of holes is formed by a sixth screw hole and a seventh screw hole, wherein the sixth screw hole and the seventh screw hole are opposite each other with respect to the longitudinal median plane, and wherein a distance between the sixth screw hole and the seventh screw hole is smaller than a distance between the second screw hole and the third screw hole, a second slot hole, which extends along the longitudinal median plane of the backplate assembly and is located on a side of the first slot hole opposite the first screw hole. a first pair of holes, wherein the first pair of holes is formed by a first slot hole and a first screw hole, wherein the first slot hole extends along a longitudinal median plane of the backplate assembly and wherein the first screw hole is located on the longitudinal median plane, a second pair of holes, wherein the second pair of holes is formed by a second screw hole and a third screw hole, wherein the second screw hole and the third screw hole are opposite each other with respect to the longitudinal median plane, a third pair of holes, wherein the third pair of holes is formed by a fourth screw hole and a fifth screw hole, wherein the fourth screw hole and the fifth screw hole are positioned on the longitudinal median plane and between the first screw hole and the first slot hole, a fourth pair of holes, wherein the fourth pair of holes is formed by a sixth screw hole and a seventh screw hole, wherein the sixth screw hole and the seventh screw hole are opposite each other with respect to the longitudinal median plane, and wherein a distance between the sixth screw hole and the seventh screw hole is smaller than a distance between the second screw hole and the third screw hole, a second slot hole, which extends along the longitudinal median plane of the backplate assembly and is located on a side of the first slot hole opposite the first screw hole.
A method of increasing energy efficiency of a flexible fabric which is to be heated, the flexible fabric comprising a heating layer which is conductive, a first conductive layer, a second conductive layer, and an electroosmotic liquid transport layer (6, 6a, 6b) between the heating layer and one of the conductive layers (3a, 3b), the method comprising supplying electric power to the heating layer to heat it, and applying an electric field to the electroosmotic liquid transport layer to transport liquid away from the heating layer towards said one of the conductive layers (3a, 3b).
An automated computer-implemented method for restricting accessibility to harmful content on a computer network that includes hosts and connectors between the hosts, the method comprising: exploring, by a browser module (204, 1004) of a system of at least one computer, network pathways to a plurality of investigated hosts from a plurality of diverse entry points into the computer network, exploring thereby multiple different possible pathways to the same network hosts under investigation; checking, by an infection detector module (208, 1008) of the system, for a presence of harmful content on the investigated hosts; for any of the investigated hosts that are malicious hosts determined to contain harmful content as a result of the checking, identifying, by an analysis module of the system, intermediary hosts having connectors to the malicious hosts based on the exploring of the network pathways; associating, by the analysis module of the system, an access restriction with each of the identified intermediary hosts; and providing, by a security configuration module, a host restriction set to a protection mechanism based on associations of the intermediary hosts with corresponding access restrictions, wherein the protection mechanism restricts access to at least the intermediary hosts based on the provided host restriction set. exploring, by a browser module (204, 1004) of a system of at least one computer, network pathways to a plurality of investigated hosts from a plurality of diverse entry points into the computer network, exploring thereby multiple different possible pathways to the same network hosts under investigation; checking, by an infection detector module (208, 1008) of the system, for a presence of harmful content on the investigated hosts; for any of the investigated hosts that are malicious hosts determined to contain harmful content as a result of the checking, identifying, by an analysis module of the system, intermediary hosts having connectors to the malicious hosts based on the exploring of the network pathways; associating, by the analysis module of the system, an access restriction with each of the identified intermediary hosts; and providing, by a security configuration module, a host restriction set to a protection mechanism based on associations of the intermediary hosts with corresponding access restrictions, wherein the protection mechanism restricts access to at least the intermediary hosts based on the provided host restriction set.
A method for controlling viral diseases in plants, which comprises applying to the plants at least one compound of formula: wherein - R1 is a phenyl that may be substituted with one or more halogens; - R2 is a -NR'R" group wherein: - R' and R" are independently selected from the group consisting of (C 1 -C 6)alkyl and (C 3 -C 6)cycloalkyl, or - R' and R" together with the nitrogen atom to which they are attached form a 5- or 6-membered heterocycle chosen from pyrrolidine, piperidine, morpholine, or piperazine, wherein said heterocycle may be substituted with one or more substituents selected from the group consisting of halogen, (C 1 -C 6)alkyl and (C 1 -C 6)cyanoalkyl, or - R' and R" together with the nitrogen atom to which they are attached form an azabicycloalkyl that may be substituted with a (C 1 -C 6)haloalkyl. - R1 is a phenyl that may be substituted with one or more halogens; - R2 is a -NR'R" group wherein: - R' and R" are independently selected from the group consisting of (C 1 -C 6)alkyl and (C 3 -C 6)cycloalkyl, or - R' and R" together with the nitrogen atom to which they are attached form a 5- or 6-membered heterocycle chosen from pyrrolidine, piperidine, morpholine, or piperazine, wherein said heterocycle may be substituted with one or more substituents selected from the group consisting of halogen, (C 1 -C 6)alkyl and (C 1 -C 6)cyanoalkyl, or - R' and R" together with the nitrogen atom to which they are attached form an azabicycloalkyl that may be substituted with a (C 1 -C 6)haloalkyl. - R' and R" are independently selected from the group consisting of (C 1 -C 6)alkyl and (C 3 -C 6)cycloalkyl, or - R' and R" together with the nitrogen atom to which they are attached form a 5- or 6-membered heterocycle chosen from pyrrolidine, piperidine, morpholine, or piperazine, wherein said heterocycle may be substituted with one or more substituents selected from the group consisting of halogen, (C 1 -C 6)alkyl and (C 1 -C 6)cyanoalkyl, or - R' and R" together with the nitrogen atom to which they are attached form an azabicycloalkyl that may be substituted with a (C 1 -C 6)haloalkyl.
A rotary drying apparatus for drying a fibrous or granular material comprising; a first substantially cylindrical drum having a first drum inlet for introducing fibrous or granular material into the drum and a first drum outlet, a second substantially cylindrical drum having a second drum inlet and a second drum outlet through which process gas and dried fibrous or granular material is discharged after passing through the first drum and then the second drum, the first drum and the second drum each having an axis of rotation at an angle to the horizontal and each being arranged to rotate about their respective axes, a mechanical seal apparatus arranged to minimise leakage of air into or out from the dryer, a plenum located between the first and second cylindrical drums and arranged in fluid communication with the first drum outlet and the second drum inlet, the plenum having an air inlet fan located at a plenum inlet and arranged to urge process gas from the plenum into the first and second cylindrical drums, wherein process gas is urged through the first cylindrical drum in a direction counter to the direction of the process product flow and process gas is urged through the second cylindrical drum in a direction co current with the direction of the process product flow.
Method for controlling the water content in a pyrolysis liquid comprising: a) producing a pyrolysis vapour comprising condensable compounds and non-condensable gases at a temperature equal to, or below 70°C and at a pressure equal to or below 1.5 bar; b) introducing the vapour phase in a condenser, condensing the condensable compounds of the pyrolysis vapour to obtain a condensate at a temperature equal to, or below, 70°C and at a pressure equal to or below 1.5 bar, and separating the non-condensable gases from the condensate; c) introducing at least part of the condensate into concentrator and concentrating said condensate by removing a certain amount of water at a temperature equal to, or below 80°C thereby obtaining a concentrate; d) introducing the concentrate obtained after step c) into condenser and mixing it with the condensate present in condenser thereby obtaining a pyrolysis liquid with controlled water content. a) producing a pyrolysis vapour comprising condensable compounds and non-condensable gases at a temperature equal to, or below 70°C and at a pressure equal to or below 1.5 bar; b) introducing the vapour phase in a condenser, condensing the condensable compounds of the pyrolysis vapour to obtain a condensate at a temperature equal to, or below, 70°C and at a pressure equal to or below 1.5 bar, and separating the non-condensable gases from the condensate; c) introducing at least part of the condensate into concentrator and concentrating said condensate by removing a certain amount of water at a temperature equal to, or below 80°C thereby obtaining a concentrate; d) introducing the concentrate obtained after step c) into condenser and mixing it with the condensate present in condenser thereby obtaining a pyrolysis liquid with controlled water content.