mhurhangee/patent-ind-claim-en huggingface dataset:
A power line communications device comprising: a transmitter unit configured to transmit at least two parallel transmit signals via a transmission channel of a power line communications system; and a control unit configured to generate a precode matrix obtained from received channel state information from a predefined location of the power line communications system; a precode unit configured to generate the transmit signals based on beamforming using the precode matrix; characterized in that the power line communications device is configured to select a precoding matrix for a first transmission channel on the basis of (i) first channel state information describing the first transmission channel between a first outlet of the power wiring system, at which the power line communications device is connected, and a second outlet of the power wiring system, and (ii) second channel state information describing a second transmission channel between the first outlet and a third outlet of the power wiring system such that on the one hand a low medium signal level or a low medium signal level in selected frequency bands is ensured at the third outlet and a high SNR is ensured for signals transmitted from the power line communications device to the second outlet, and wherein said second channel state information includes an elimination identifier identifying the respective outlet as an outlet at which signals shall be extinguished at least in a certain frequency range. a transmitter unit configured to transmit at least two parallel transmit signals via a transmission channel of a power line communications system; and a control unit configured to generate a precode matrix obtained from received channel state information from a predefined location of the power line communications system; a precode unit configured to generate the transmit signals based on beamforming using the precode matrix; characterized in that the power line communications device is configured to select a precoding matrix for a first transmission channel on the basis of (i) first channel state information describing the first transmission channel between a first outlet of the power wiring system, at which the power line communications device is connected, and a second outlet of the power wiring system, and (ii) second channel state information describing a second transmission channel between the first outlet and a third outlet of the power wiring system such that on the one hand a low medium signal level or a low medium signal level in selected frequency bands is ensured at the third outlet and a high SNR is ensured for signals transmitted from the power line communications device to the second outlet, and wherein said second channel state information includes an elimination identifier identifying the respective outlet as an outlet at which signals shall be extinguished at least in a certain frequency range.
A process of manufacturing paper or paperboard which comprises adding a filler and a cationic polymer to a mechanical pulp, combining the mechanical pulp comprising the filler and cationic polymer with a chemical pulp to form a mixed pulp comprising no more than 20% by total dry weight of fiber of the mechanical pulp, flowing the mixed pulp as a medium consistency stock containing 2 to 8% papermaking solids in water and combining the medium consistency stock with dilution water to form a low consistency stock containing <2% papermaking solids in water, draining the low consistency stock through a wire or mesh to form a sheet of paper which is dried. adding a filler and a cationic polymer to a mechanical pulp, combining the mechanical pulp comprising the filler and cationic polymer with a chemical pulp to form a mixed pulp comprising no more than 20% by total dry weight of fiber of the mechanical pulp, flowing the mixed pulp as a medium consistency stock containing 2 to 8% papermaking solids in water and combining the medium consistency stock with dilution water to form a low consistency stock containing <2% papermaking solids in water, draining the low consistency stock through a wire or mesh to form a sheet of paper which is dried.
A computer-implemented method of categorizing a scan image containing a brain of a patient, comprising receiving a training data set containing a plurality of training images that contain healthy, unhealthy, and/or a combination of healthy and unhealthy anatomical structures; wherein each training image contains a plurality of symmetrically positioned patches, wherein the plurality of symmetrically positioned patches are a first patch and a second patch symmetrically located about a mid-sagittal plane of the respective training image; generating a neural network using the training data set; receiving a scan image; identifying a first patch centered at a point on a first side of a mid-sagittal plane of the scan image and a second patch centered at a point on a second side of the mid-sagittal plane of the scan image, wherein the first patch and the second patch are symmetrically located about the mid-sagittal plane, determining a distance between the first patch and the second patch of the scan image using the neural network, wherein the neural network is a Siamese network, and categorizing the scan image based on the output score of the neural network by classifying the pair of the first and second patches as healthy or unhealthy based on the distance between the first patch and the second patch of the scan image. wherein each training image contains a plurality of symmetrically positioned patches, wherein the plurality of symmetrically positioned patches are a first patch and a second patch symmetrically located about a mid-sagittal plane of the respective training image; generating a neural network using the training data set; receiving a scan image; identifying a first patch centered at a point on a first side of a mid-sagittal plane of the scan image and a second patch centered at a point on a second side of the mid-sagittal plane of the scan image, wherein the first patch and the second patch are symmetrically located about the mid-sagittal plane, determining a distance between the first patch and the second patch of the scan image using the neural network, wherein the neural network is a Siamese network, and categorizing the scan image based on the output score of the neural network by classifying the pair of the first and second patches as healthy or unhealthy based on the distance between the first patch and the second patch of the scan image.
Wind turbine comprising a rotor comprising a plurality of rotor blades, each rotor blade comprising a tip with a magnetic element arranged in the tip; a main fairing having a circular symmetry around a longitudinal axis, wherein the cross section of the main fairing has a diameter which varies along the longitudinal axis from a main inlet section to a main outlet section; a protective grid arranged at the main inlet section; at least a first supplementary fairing arranged around the main fairing and concentric with the main fairing, wherein each supplementary fairing has a fairing length, wherein one of the supplementary fairings is the outer fairing, wherein the fairing length of the outer fairing is the total length, and wherein the fairing length of each supplementary fairing is equal or greater than the length of the main fairing and equal or lower than the total length, and wherein the total length is greater than 1.32 times the main inlet section; an electrically conductive winding arranged between the exterior surface of the main fairing and the interior surface of the first supplementary fairing, the electrically conductive winding being discontinuous, thus allowing air passing through the space between the exterior surface of the main fairing and the interior surface of the first supplementary fairing; a plurality of discharge valves arranged upstream the rotor, each discharge valve providing a fluid communication between the flow in the main fairing and the outer surface of the last supplementary fairing. a rotor comprising a plurality of rotor blades, each rotor blade comprising a tip with a magnetic element arranged in the tip; a main fairing having a circular symmetry around a longitudinal axis, wherein the cross section of the main fairing has a diameter which varies along the longitudinal axis from a main inlet section to a main outlet section; a protective grid arranged at the main inlet section; at least a first supplementary fairing arranged around the main fairing and concentric with the main fairing, wherein each supplementary fairing has a fairing length, wherein one of the supplementary fairings is the outer fairing, wherein the fairing length of the outer fairing is the total length, and wherein the fairing length of each supplementary fairing is equal or greater than the length of the main fairing and equal or lower than the total length, and wherein the total length is greater than 1.32 times the main inlet section; an electrically conductive winding arranged between the exterior surface of the main fairing and the interior surface of the first supplementary fairing, the electrically conductive winding being discontinuous, thus allowing air passing through the space between the exterior surface of the main fairing and the interior surface of the first supplementary fairing; a plurality of discharge valves arranged upstream the rotor, each discharge valve providing a fluid communication between the flow in the main fairing and the outer surface of the last supplementary fairing.
Particle separating catalytic reactor for hydroprocessing, comprising a particle separator for separating particles from the inlet fluid stream to the reactor, said particle separator comprises a base plate with a circular shape, at least one inlet channel comprising an inlet channel exit located above the centre of the base plate, at least one fluid stream diverter with a circular shape and located in fixed connection to and in the centre on the upper side of the base plate, at least one collection section , at least one transfer chimney located in fixed connection to, and in the periphery of the base plate comprising a transfer chimney inlet located above the base plate and a transfer chimney outlet located below the base plate, wherein each of the at least one inlet channel exits faces one of the at least one fluid stream diverters and the at least one fluid stream diverters is positioned in a level below the at least one transfer chimney inlets, and wherein the at least one inlet channel has a circular cross section and the at least one fluid stream diverter has a concave shape, whereby the particles are separated from the inlet fluid stream as the inlet fluid stream is subjected to an S-shaped flow from the inlet channel exit, via the fluid stream diverter and further to the transfer chimney inlet so that the particles are flung outwards the stream and by gravity settle on the base plate.
A pulmonary diagnostic system comprising: a pulmonary catheter having a proximal end and a distal end, wherein the distal end comprises an inflatable occlusion balloon configured to isolate a lung compartment; a hollow insert configured to be insertable and removable from a lumen of the pulmonary catheter, wherein the hollow insert reduces the inner diameter of the pulmonary catheter such that dead space air that resides within the hollow insert is less than dead space air that resides within the lumen of the pulmonary catheter; a sensor in fluid communication with an airway through the hollow insert, said sensor configured to generate measurement data reflecting a physiological feature of the isolated lung compartment; and a pulmonary diagnostic device configured to transfer fluid from the isolated lung compartment, measure data received from at least one sensor, and process and display measurement data received from the sensor. a pulmonary catheter having a proximal end and a distal end, wherein the distal end comprises an inflatable occlusion balloon configured to isolate a lung compartment; a hollow insert configured to be insertable and removable from a lumen of the pulmonary catheter, wherein the hollow insert reduces the inner diameter of the pulmonary catheter such that dead space air that resides within the hollow insert is less than dead space air that resides within the lumen of the pulmonary catheter; a sensor in fluid communication with an airway through the hollow insert, said sensor configured to generate measurement data reflecting a physiological feature of the isolated lung compartment; and a pulmonary diagnostic device configured to transfer fluid from the isolated lung compartment, measure data received from at least one sensor, and process and display measurement data received from the sensor.
Anti-roll device (DA) for a train of a motor vehicle, said device (DA) comprising a bar (BA) suitable for being coupled to the right and left wheels of said train via two connecting rods (Bj), characterized in that it comprises i) action means (MAC) forming part of said bar (BA) and comprising a casing (CR) defining a chamber (CH) subdivided into first (P1) and second (P2) parts of variable volumes by a piston (PI) fixedly secured to a rod (T), and comprising first (ES1) and second (ES2) inputs-outputs communicating respectively with said first (P1) and second (P2) parts and an input-output intermediate (ESI) communicating with said first part (P1) or said second part (P2) according to the position of said piston (PI), and taking a disengaged state or a blocked state in any position of said piston (PI) according to respective current accessibility states of said first (ES1) and second (ES2) inputs-outputs and of said intermediate input-output (ESI), and ii) a hydraulic control circuit (CC) and controlling said accessibility states as a function of commands received and in that the bar (BA) comprises a first arm, a first end of which is fixedly secured to the casing (CR), a second arm, a first end of which is secured to the rod (T) of the piston (PI), the rod (T) being able to translate relative to the casing (CR), the second ends of the first and second arm each being connected to a link.
A broadcasting server connectable to a plurality of user devices and connectable to or comprising a key distribution centre , the broadcasting server comprising a processor and a memory , the broadcasting server being configured to generate an encryption key and a plurality of key parts which together form the encryption key and/or the memory of the broadcasting server includes an encryption key and a plurality of key parts which together form the encryption key, wherein multiple key parts are needed to generate a decryption key identical to the encryption key to decrypt data encrypted using the encryption key, the broadcasting server or key distribution centre being configured to: send each one of the multiple key parts to at least one corresponding user device , wherein only one key part is sent to each user device, and wherein the broadcasting server is configured to encrypt data for broadcast with the encryption key and to broadcast the encrypted data to said plurality of user devices .
A process for the production of xylenes comprising: a methylation step of methylating benzene and toluene to produce a mixture of C 8 and C 9 plus aromatics; and a transalkylation step of transalkylating benzene, toluene and C 9 plus aromatics, wherein at least a portion of the C 9 plus aromatics in the transalkylation step are from the methylation step, so as to convert the C 9 plus aromatics from the methylation step to C 8 aromatics, wherein in the transalkylation step the molar ratio of methyl group to phenyl group is in the range of 1.5 -2.2, and wherein the methylation step is performed in a methylation unit and the transalkylation step is performed in a transalkylation unit, wherein a portion of benzene and/or toluene in the methylation unit is transferred to the transalkylation unit to satisfy the molar ratio of methyl group and phenyl group of 1.5-2.2 in the transalkylation unit. a methylation step of methylating benzene and toluene to produce a mixture of C 8 and C 9 plus aromatics; and a transalkylation step of transalkylating benzene, toluene and C 9 plus aromatics, wherein at least a portion of the C 9 plus aromatics in the transalkylation step are from the methylation step, so as to convert the C 9 plus aromatics from the methylation step to C 8 aromatics, wherein in the transalkylation step the molar ratio of methyl group to phenyl group is in the range of 1.5 -2.2, and wherein the methylation step is performed in a methylation unit and the transalkylation step is performed in a transalkylation unit, wherein a portion of benzene and/or toluene in the methylation unit is transferred to the transalkylation unit to satisfy the molar ratio of methyl group and phenyl group of 1.5-2.2 in the transalkylation unit.
Seating furniture comprising a corpus having a top , a front and a back , a seat , and a backrest , wherein the corpus is open at the top and the seat is, when the seating furniture is a closed state, arranged within the corpus with the backrest covering the upper surface of the corpus , and when the furniture is in an open state, the seat at least partially covers the top of the corpus with the backrest being pivoted out of the closed state, characterized in that the backrest is, in the area of the back , pivotably mounted to the corpus , and the seating furniture comprises three pivot levers , which are, at a respective first end , connected to the seat by joints at points spaced from each other, wherein a second end of a first pivot lever is connected to the corpus in the area of the front and a second end of a second pivot lever in the area of the back , wherein the first end of a third pivot lever is connected to the seat between the first ends of the first pivot lever and the second pivot lever , and the second end of the third pivot lever is connected to the backrest . characterized in that the backrest is, in the area of the back , pivotably mounted to the corpus , and the seating furniture comprises three pivot levers , which are, at a respective first end , connected to the seat by joints at points spaced from each other, wherein a second end of a first pivot lever is connected to the corpus in the area of the front and a second end of a second pivot lever in the area of the back , wherein the first end of a third pivot lever is connected to the seat between the first ends of the first pivot lever and the second pivot lever , and the second end of the third pivot lever is connected to the backrest .
A vacuum cleaner bag assembly adapted to be removably disposed within a vacuum cleaner , the vacuum cleaner bag assembly comprising: a panel assembly forming an enclosure having an interior volume , wherein an aperture extends through the panel assembly, the aperture adapted to receive debris exiting an outlet end of a hose assembly such that the debris is retained within the interior volume , the panel assembly comprising a first panel and a second panel , with each of the first panel and the second panel including an outer sheet and a liner sheet , wherein each of the outer sheets comprises a first outer material and each of the liner sheets comprises a first liner material; and a shield member disposed within the interior volume and secured to one or more portions of the panel assembly , wherein the shield member comprises a second non-porous and non-absorbent flexible material that is different than each of the first outer material and the first liner material, the shield member extends vertically from a first point at or adjacent to a top portion of the panel assembly to a second point vertically disposed between a bottom portion of the aperture and a bottom portion of the panel assembly , the shield member is disposed opposite the aperture on the second panel when the vacuum cleaner bag assembly is disposed within a tank such that the shield member protects a corresponding portion of the panel assembly from being impacted by debris passing through the aperture and into the interior volume. a panel assembly forming an enclosure having an interior volume , wherein an aperture extends through the panel assembly, the aperture adapted to receive debris exiting an outlet end of a hose assembly such that the debris is retained within the interior volume , the panel assembly comprising a first panel and a second panel , with each of the first panel and the second panel including an outer sheet and a liner sheet , wherein each of the outer sheets comprises a first outer material and each of the liner sheets comprises a first liner material; and a shield member disposed within the interior volume and secured to one or more portions of the panel assembly , wherein the shield member comprises a second non-porous and non-absorbent flexible material that is different than each of the first outer material and the first liner material, the shield member extends vertically from a first point at or adjacent to a top portion of the panel assembly to a second point vertically disposed between a bottom portion of the aperture and a bottom portion of the panel assembly , the shield member is disposed opposite the aperture on the second panel when the vacuum cleaner bag assembly is disposed within a tank such that the shield member protects a corresponding portion of the panel assembly from being impacted by debris passing through the aperture and into the interior volume.
A bearing arrangement with housing part, wherein a shaft is mounted in the housing part by means of a bearing, wherein the bearing is received in a continuous stepped bore in the housing part, wherein a cover part closes the stepped bore, wherein the cover part is connected non-positively to the housing part, wherein the cover part is received in the stepped bore, wherein a surface portion of the outside of the cover part is arranged in alignment with a step of the stepped bore, wherein a securing ring is arranged in a radially directed annular groove of the stepped bore axially between the bearing and the cover part , wherein the securing ring is spaced apart from the cover part , wherein the cover part is embodied in a pot shape, wherein the cover part has a base portion and a wall portion, and characterised in that a spacer ring is arranged axially between the securing ring and an outer ring of the bearing, the securing ring together with the spacer ring axially delimiting the outer ring of the bearing, and in that the wall thickness of the wall portion increases monotonically towards the base portion.