mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus, comprising: two or more light sources configured to emit two or more beams of light with a first intensity, each of the two or more beams of light being polarized and having a majority polarization state and a minority polarization state; two or more spatial light modulators each configured to apply a respective polarization pattern on the majority polarization state of each of the two or more beams of light ; an optical sub-assembly configured to combine the two or more beams of light to provide a single beam of light with a second intensity; and a rejected energy handling unit configured to receive a patterned energy, which is an unused part of an energy used in applying the respective polarization pattern, to direct a part of the patterned energy to the optical sub-assembly. two or more light sources configured to emit two or more beams of light with a first intensity, each of the two or more beams of light being polarized and having a majority polarization state and a minority polarization state; two or more spatial light modulators each configured to apply a respective polarization pattern on the majority polarization state of each of the two or more beams of light ; an optical sub-assembly configured to combine the two or more beams of light to provide a single beam of light with a second intensity; and a rejected energy handling unit configured to receive a patterned energy, which is an unused part of an energy used in applying the respective polarization pattern, to direct a part of the patterned energy to the optical sub-assembly.
A downhole tool, comprising: a mandrel (10; 72); an activation body (12, 14; 82) disposed on the mandrel (10; 72); a slip (20; 80) disposed on the mandrel (10; 72), at least a portion of the slip (20; 80) being movable by the activation body (12, 14; 92) from a first position adjacent the mandrel (10; 72) to a second position radially away from the mandrel (10; 72) for engaging a surrounding surface; a cage portion (16; 76) of the mandrel (10; 72) configured to limit the slip's movement; and magnetic components magnetically retaining the slip (20; 80) in the first position, the magnetic components comprising a first permanent magnet disposed on the slip (20; 80), and a second permanent magnet disposed on the cage portion (16; 76); wherein the second permanent magnet is radially outward of the first permanent magnet and wherein the first and second permanent magnets are facing one another and are magnetically opposed to one another in a repulsive relation. a mandrel (10; 72); an activation body (12, 14; 82) disposed on the mandrel (10; 72); a slip (20; 80) disposed on the mandrel (10; 72), at least a portion of the slip (20; 80) being movable by the activation body (12, 14; 92) from a first position adjacent the mandrel (10; 72) to a second position radially away from the mandrel (10; 72) for engaging a surrounding surface; a cage portion (16; 76) of the mandrel (10; 72) configured to limit the slip's movement; and magnetic components magnetically retaining the slip (20; 80) in the first position, the magnetic components comprising a first permanent magnet disposed on the slip (20; 80), and a second permanent magnet disposed on the cage portion (16; 76); wherein the second permanent magnet is radially outward of the first permanent magnet and wherein the first and second permanent magnets are facing one another and are magnetically opposed to one another in a repulsive relation.
A radar level gauge for determining a process variable of product in a tank , said gauge comprising: transceiver circuitry configured to: - generate and transmit an electromagnetic transmit signal S T , - receive an electromagnetic return signal reflected from the tank, and - combine the return signal (S R ) with the transmit signal (S T ) to form a tank signal , said tank signal including a plurality of peaks representing echoes from the interior of said tank, one of said peaks representing a surface echo, and at least one peak caused by a ghost echo in a neighborhood of said surface echo; a tank signal filter receiving said tank signal as input and providing an echo threshold profile , said echo threshold profile having at least one local maximum substantially coinciding with one of said peaks in said tank signal, which peak represents said surface echo; and processing circuitry configured to: - distinguish the surface echo from other echoes in the tank signal, and - determine said process variable based on said surface echo wherein said processing circuitry is configured to use said echo threshold profile to disregard peaks in said tank signal which are associated with ghost echoes. transceiver circuitry configured to: - generate and transmit an electromagnetic transmit signal S T , - receive an electromagnetic return signal reflected from the tank, and - combine the return signal (S R ) with the transmit signal (S T ) to form a tank signal , said tank signal including a plurality of peaks representing echoes from the interior of said tank, one of said peaks representing a surface echo, and at least one peak caused by a ghost echo in a neighborhood of said surface echo; - generate and transmit an electromagnetic transmit signal S T , - receive an electromagnetic return signal reflected from the tank, and - combine the return signal (S R ) with the transmit signal (S T ) to form a tank signal , said tank signal including a plurality of peaks representing echoes from the interior of said tank, one of said peaks representing a surface echo, and at least one peak caused by a ghost echo in a neighborhood of said surface echo; a tank signal filter receiving said tank signal as input and providing an echo threshold profile , said echo threshold profile having at least one local maximum substantially coinciding with one of said peaks in said tank signal, which peak represents said surface echo; and processing circuitry configured to: - distinguish the surface echo from other echoes in the tank signal, and - determine said process variable based on said surface echo - distinguish the surface echo from other echoes in the tank signal, and - determine said process variable based on said surface echo wherein said processing circuitry is configured to use said echo threshold profile to disregard peaks in said tank signal which are associated with ghost echoes.
A compound for use in the treatment of depression and symptoms suggesting depression through inhibiting an organic cation transporter 3 (OCT3) represented by the following formula (I), a pharmaceutically acceptable salt thereof, or a pharmaceutically acceptable solvate thereof, wherein in formula (I), R 1 , R 2 , R 3 , R 5 and R 6 may be the same or different, and each represent a hydrogen atom or a methyl group, and R 4 represents any of the groups represented by formulae (II) to (VII), in formula (II), X 2 represents any of the groups represented by the following formulae (1-1) to (1-20), and (1-22) to (1-26), in formula (III), X 3 represents any of groups represented by the following formulae (2-1) and (2-2) in formula (IV), X 4 represents any of the groups represented by the following formulae (3-1) to (3-4) in formula (V), X 5 represents any of the groups represented by the following formulae (4-1), (5-1), (5-2), and (6-1) in formula (VI), X 6 represents any of the groups represented by the following formulae (7-1) to (7-4), and in formula (VII), X 7 represents any of groups represented by the following formulae (8-1) and (8-2),
A method comprising: - obtaining an occupancy information indicating whether or not a pixel representative of a projection of a first point of a point cloud onto a projection plane along a projection line is occupied; - storing in an image said occupancy information with a codeword concatenating bits indicating for positions between a first depth value of the first point and a second depth value of a second point of the point cloud projected onto the projection plane along the projection line, whether or not the position is occupied; and - encoding said image. - obtaining an occupancy information indicating whether or not a pixel representative of a projection of a first point of a point cloud onto a projection plane along a projection line is occupied; - storing in an image said occupancy information with a codeword concatenating bits indicating for positions between a first depth value of the first point and a second depth value of a second point of the point cloud projected onto the projection plane along the projection line, whether or not the position is occupied; and - encoding said image.
A lid for a drinking vessel , the lid comprising: a lid base defining a drinking opening therethrough; a movable arm coupled to the lid base and located in an interior of the lid base ; a first magnet unit (400;500) coupled to the movable arm ; an actuator accessible from an exterior of the lid base ; and a second magnet unit coupled to the actuator , wherein the movable arm is movable between a sealed position, in which the drinking opening is sealed, and an open position, in which the drinking opening is not sealed; wherein the movable arm is biased toward a biased position, the biased position being one of the sealed position or the open position; wherein the actuator is movable between a first position and a second position, wherein when the actuator is moved to the second position, a force between the first magnet unit (400;500) and the second magnet unit overcomes the bias of the movable arm and causes the movable arm to move away from the biased position, wherein the drinking opening extends between a lower volume and an upper volume of the lid base , and wherein the actuator is isolated from the lower volume and the upper volume of the lid base . a lid base defining a drinking opening therethrough; a movable arm coupled to the lid base and located in an interior of the lid base ; a first magnet unit (400;500) coupled to the movable arm ; an actuator accessible from an exterior of the lid base ; and a second magnet unit coupled to the actuator , wherein the movable arm is movable between a sealed position, in which the drinking opening is sealed, and an open position, in which the drinking opening is not sealed; wherein the movable arm is biased toward a biased position, the biased position being one of the sealed position or the open position; wherein the actuator is movable between a first position and a second position, wherein when the actuator is moved to the second position, a force between the first magnet unit (400;500) and the second magnet unit overcomes the bias of the movable arm and causes the movable arm to move away from the biased position, wherein the drinking opening extends between a lower volume and an upper volume of the lid base , and wherein the actuator is isolated from the lower volume and the upper volume of the lid base .
A fastening device, comprising a shank extending along a longitudinal axis (A) and a distal end comprising a first section adjacent to the shank and having an outer surface inclined at a first angle to the longitudinal axis (A) wherein the distal end comprises a second section adjacent to the first section and having an outer surface inclined at a second angle with respect to the longitudinal axis (A), the respective outer surfaces of the first and second sections flaring in a same direction and the first and second angles having respective different values, characterized in that the shaft has a relief section , grooves extending along the longitudinal axis (A) being formed on an outer surface of the relief section , and in that the shank is hollow and the relief section has a thread located on an inner surface of the relief section .
A submersible pen system for aquaculture, comprising: a collar circumferentially arranged around a hub , at least one of the hub and the collar having a variable buoyancy; at least one net panel , a first end of the at least one net panel being coupled to the collar ; the at least one net panel providing surfaces at least partially defining a pen having a containment volume; at least one tensioning element being coupled to a second end of the at least one net panel ; a stabilising diaphragm being coupled between each of the hub and the collar and being at least partially deformable, the stabilising diaphragm comprising at least one elastic tendon , and being configured to operatively provide a stabilising force between the hub and the collar such that a deformation of the stabilising diaphragm effects a degree of movement in the collar with respect to the hub when exposed to external dynamic loading. a collar circumferentially arranged around a hub , at least one of the hub and the collar having a variable buoyancy; at least one net panel , a first end of the at least one net panel being coupled to the collar ; the at least one net panel providing surfaces at least partially defining a pen having a containment volume; at least one tensioning element being coupled to a second end of the at least one net panel ; a stabilising diaphragm being coupled between each of the hub and the collar and being at least partially deformable, the stabilising diaphragm comprising at least one elastic tendon , and being configured to operatively provide a stabilising force between the hub and the collar such that a deformation of the stabilising diaphragm effects a degree of movement in the collar with respect to the hub when exposed to external dynamic loading.
An antibody-drug conjugate comprising: an anti-HER2 antibody having greater than 90% fucosylation; wherein said anti-HER2 antibody comprises a light chain comprising the amino acid sequence set forth in SEQ ID NO:4 and a heavy chain comprising the amino acid sequence set forth in SEQ ID NO:8; at least one molecule of an anti-cancer drug, and a linker connecting the anti-HER2 antibody and the at least on molecule of said anti-cancer drug; wherein the percent fucosylation refers to the percentage ratio of the molar amount of the fucosylated glycans to the total molar amount of both fucosylated and non-fucosylated glycans. an anti-HER2 antibody having greater than 90% fucosylation; wherein said anti-HER2 antibody comprises a light chain comprising the amino acid sequence set forth in SEQ ID NO:4 and a heavy chain comprising the amino acid sequence set forth in SEQ ID NO:8; at least one molecule of an anti-cancer drug, and a linker connecting the anti-HER2 antibody and the at least on molecule of said anti-cancer drug; wherein the percent fucosylation refers to the percentage ratio of the molar amount of the fucosylated glycans to the total molar amount of both fucosylated and non-fucosylated glycans.
A system configured for restricting user motion using a robot when the user views a virtual environment with boundaries that do not match those of a real environment, the system comprising: the robot comprising one or more barrier elements; a processing unit operable to identify one or more boundaries in the real environment, the or each boundary corresponding to a predetermined extent of allowed motion in the real environment; and a control unit operable to control the robot such that at least one barrier element is arranged at a position corresponding to one of the identified boundaries, wherein one or more boundaries correspond to the locations of objects in the real environment. the robot comprising one or more barrier elements; a processing unit operable to identify one or more boundaries in the real environment, the or each boundary corresponding to a predetermined extent of allowed motion in the real environment; and a control unit operable to control the robot such that at least one barrier element is arranged at a position corresponding to one of the identified boundaries, wherein one or more boundaries correspond to the locations of objects in the real environment.
A method for providing a steering angle control signal for a vehicle , the method comprising: obtaining information related to an angle of rotation of a steering wheel of the vehicle ; obtaining information related to a direction of driving of the vehicle , wherein the information related to the direction of driving indicates, whether the vehicle is configured to move forwards or whether the vehicle is configured to move backwards; determining a steering angle for the vehicle based on the angle of rotation of the steering wheel and based on the information related to the direction of driving of the vehicle , wherein the steering angle is adjusted based on an adjustment function if the vehicle is configured to move backwards, wherein the steering angle is adjusted based on the adjustment function such that a handling of the vehicle while moving backwards mimics a handling of the vehicle while moving forwards; providing the steering angle control signal based on the determined steering angle; providing a rear view video signal to a head up display of the vehicle ; and processing a rear view camera signal to determine the rear view video signal, wherein the rear view camera signal is processed so that the rear view video signal mimics a view through the rear window of the vehicle when displayed by the head up display. obtaining information related to an angle of rotation of a steering wheel of the vehicle ; obtaining information related to a direction of driving of the vehicle , wherein the information related to the direction of driving indicates, whether the vehicle is configured to move forwards or whether the vehicle is configured to move backwards; determining a steering angle for the vehicle based on the angle of rotation of the steering wheel and based on the information related to the direction of driving of the vehicle , wherein the steering angle is adjusted based on an adjustment function if the vehicle is configured to move backwards, wherein the steering angle is adjusted based on the adjustment function such that a handling of the vehicle while moving backwards mimics a handling of the vehicle while moving forwards; providing the steering angle control signal based on the determined steering angle; providing a rear view video signal to a head up display of the vehicle ; and processing a rear view camera signal to determine the rear view video signal, wherein the rear view camera signal is processed so that the rear view video signal mimics a view through the rear window of the vehicle when displayed by the head up display.
Roof of a tarpaulin body for a commercial vehicle, in particular heavy goods vehicle, trailer or semi-trailer, having at least one beam structure , at least one stanchion roller for displacing a stanchion connected to the stanchion roller in the direction of the beam structure and having at least one tarpaulin roller for displacing a tarpaulin connected to the tarpaulin roller in the direction of the beam structure, wherein the stanchion roller has at least one stanchion castor rolling on a stanchion running surface of the beam structure in the longitudinal direction of the beam structure and supporting the stanchion roller substantially in the direction of gravity, wherein the tarpaulin roller has at least one tarpaulin castor rolling on a tarpaulin running surface of the beam structure in the longitudinal direction of the beam structure and supporting the tarpaulin roller substantially in the direction of gravity and wherein the tarpaulin roller has at least one tarpaulin support supporting the tarpaulin roller substantially transversely to the direction of gravity on at least one tarpaulin support surface of the beam structure , characterised in that the upper edge of the at least one stanchion castor is arranged on or above a plane running through the tarpaulin support and parallel to the roof , in that the at least one stanchion roller has a stanchion carriage and at least one stanchion castor fixed to the stanchion carriage and in that each stanchion castor , viewed in the longitudinal direction of the beam structure , is fixed to the side of the stanchion carriage section adjoining the at least one stanchion castor , which faces away from the at least one tarpaulin support.
A computer-implemented method for generating a graphical user interface , GUI, for a dashboard software, comprising: a) receiving an input selecting an available subarea or area on a display associated with the GUI , wherein the subarea or area is selected by navigating a cursor into the subarea or area ; b) receiving a binary input consisting of a selection whether the subarea or area is to be divided horizontally or vertically , the binary input being a single piece of information which can only take one of two expressions, one signifying "divide horizontally", the other signifying "divide vertically", wherein the selection is made by navigating a cursor into the subarea or area using a computer mouse, and performing a left mouse-click to select horizontal division of the subarea or area or a right mouse-click to select vertical division of the subarea or area , or the selection is made by navigating a cursor into the subarea or area using a computer mouse, and performing a right mouse-click to select horizontal division of the subarea or area or a left mouse-click to select vertical division of the subarea or area ; c) depending on the selection made in step b), dividing the subarea or area either horizontally or vertically into two subareas having a pre-defined area ratio; d) repeating steps a) through c) until a desired grid has been obtained; e) assigning at least one data object type provided by the dashboard software to at least one subarea of the grid obtained in step d); f) displaying the assigned data objects in the subareas . a) receiving an input selecting an available subarea or area on a display associated with the GUI , wherein the subarea or area is selected by navigating a cursor into the subarea or area ; b) receiving a binary input consisting of a selection whether the subarea or area is to be divided horizontally or vertically , the binary input being a single piece of information which can only take one of two expressions, one signifying "divide horizontally", the other signifying "divide vertically", wherein the selection is made by navigating a cursor into the subarea or area using a computer mouse, and performing a left mouse-click to select horizontal division of the subarea or area or a right mouse-click to select vertical division of the subarea or area , or the selection is made by navigating a cursor into the subarea or area using a computer mouse, and performing a right mouse-click to select horizontal division of the subarea or area or a left mouse-click to select vertical division of the subarea or area ; c) depending on the selection made in step b), dividing the subarea or area either horizontally or vertically into two subareas having a pre-defined area ratio; d) repeating steps a) through c) until a desired grid has been obtained; e) assigning at least one data object type provided by the dashboard software to at least one subarea of the grid obtained in step d); f) displaying the assigned data objects in the subareas .
Dosing device , in particular for bulk material , having a drivable dosing shaft , a drivable auxiliary device shaft , a drive shaft , as well as a transmission interposed between the drive shaft and the dosing shaft and/or between the drive shaft and the auxiliary device shaft , characterized in that the transmission has at least two transmission elements (7, 7-1, 7-2, 7-3) that can be coupled to the drivable shafts , wherein the at least two transmission elements (7, 7-1, 7-2, 7-3) are arranged in such a manner relative to one another that their rotational axes (8, 8-1, 8-2, 8-3) are parallel to one another and points of intersection (9, 9-1, 9-2, 9-3) of the rotational axes (8, 8-1, 8-2, 8-3) with a transmission plane A that is perpendicular to the rotational axes (8, 8-1, 8-2, 8-3) are uniformly distributed on a circumference U of a circle B.