mhurhangee/ep-ind-claims huggingface dataset:
A device for tracking brain deformation, comprising: - a processing unit; and - an interface unit; wherein the interface unit is adapted to provide a first preoperative 3D representation of a cerebrovascular vessel structure of a region of interest of an object to the processing unit; and to provide a second intraoperative 3D representation of the cerebrovascular vessel structure to the processing unit, at least the second intraoperative 3D representation being based on X-ray image data.; and wherein the processing unit has a register unit adapted to elastically three-dimensionally register at least a part of the first 3D representation with at least a part of the second 3D representation; wherein the processing unit has a determination unit adapted to determine a deformation field of the cerebrovascular vessel structure based on the elastic registration; and wherein the processing unit has an application unit adapted to apply the determined vessel deformation to a brain structure representation to determine a deformation of the cerebral structure, and the application unit is further adapted to apply the determined deformation of the cerebral structure to planning data for an intervention of the cerebral structure to generate deformation adjusted planning data. - a processing unit; and - an interface unit;
A gyroscope system comprising: a MEMS gyroscope having a drive motion and configured to produce an output signal proportional to a rate of rotation and to a velocity of the drive motion; a drive system configured to regulate the drive motion; a sense system configured to receive the output signal and to produce a demodulated output signal; a phase-locked loop, PLL, configured to receive a reference clock, REFCLK, from the drive system and to produce a system clock, CLK,; and a controller configured to operate based on the system clock and configured to set an operating state of the drive system and the sense system and to control a state of the PLL, wherein the system is configured to operate initially in a low-power mode, to transition to a normal operating mode in preparation for a measurement interval, and to transition back to the low-power mode following the end of the measurement interval, wherein the system is further configured to operate in a protect mode during transitions between the low-power mode and the normal operating mode so as to maintain one or more system state variables in a substantially fixed state during the protect mode, thereby enabling rapid transitions between the low-power mode and the normal operating mode of the gyroscope system, wherein the MEMS gyroscope is configured to duty-cycle measurement intervals. a MEMS gyroscope having a drive motion and configured to produce an output signal proportional to a rate of rotation and to a velocity of the drive motion; a drive system configured to regulate the drive motion; a sense system configured to receive the output signal and to produce a demodulated output signal; a phase-locked loop, PLL, configured to receive a reference clock, REFCLK, from the drive system and to produce a system clock, CLK,; and a controller configured to operate based on the system clock and configured to set an operating state of the drive system and the sense system and to control a state of the PLL, wherein the system is configured to operate initially in a low-power mode, to transition to a normal operating mode in preparation for a measurement interval, and to transition back to the low-power mode following the end of the measurement interval, wherein the system is further configured to operate in a protect mode during transitions between the low-power mode and the normal operating mode so as to maintain one or more system state variables in a substantially fixed state during the protect mode, thereby enabling rapid transitions between the low-power mode and the normal operating mode of the gyroscope system, wherein the MEMS gyroscope is configured to duty-cycle measurement intervals.
Gear pair, in particular for a motor vehicle actuator, comprising a first internal drive wheel and at least one second external toothed wheel which is coaxial with the first wheel, characterized in that the gear pair further comprises a damping means which is interposed between the first wheel and the second wheel so as to fill part of the space between the first wheel and the second wheel.
A method, as executed in a service control node in a communication network comprising a plurality of service points, of providing keys for protecting communication between a terminal and said service points, comprising the following steps: - A) establishing (600;3:1)a basic key (Ik) for the terminal during a registration procedure when the terminal has entered the network and initializing a key version parameter (v) to an initial value; - B) creating (602;3:2) an initial modified key (Ik 1) by applying a predetermined function (f) to at least the basic key and the initial value of the key version parameter (v), when the terminal starts a first communication session; - C) sending (3:3) the initial modified key to a service point to which the terminal is initially attached, the modified key being usable to protect communication between the terminal and the service point, - D) receiving (3:13) a key request from a new service point, and - E) updating (3:14) said value of said key version parameter (v), to an updated value (v') by changing it according to a predetermined scheme or algorithm, and creating a second initial modified key (Ik' x) based on the basic key (Ik) and said updated key version parameter (v'). - A) establishing (600;3:1)a basic key (Ik) for the terminal during a registration procedure when the terminal has entered the network and initializing a key version parameter (v) to an initial value; - B) creating (602;3:2) an initial modified key (Ik 1) by applying a predetermined function (f) to at least the basic key and the initial value of the key version parameter (v), when the terminal starts a first communication session; - C) sending (3:3) the initial modified key to a service point to which the terminal is initially attached, the modified key being usable to protect communication between the terminal and the service point, - D) receiving (3:13) a key request from a new service point, and - E) updating (3:14) said value of said key version parameter (v), to an updated value (v') by changing it according to a predetermined scheme or algorithm, and creating a second initial modified key (Ik' x) based on the basic key (Ik) and said updated key version parameter (v').
A lane keeping system for a vehicle comprising: a lane keeping system controller configured to determine a lateral wind force on the vehicle, the LKS controller configured to determine a correction in response to the determined lateral wind force to maintain the vehicle along a desired path, characterized in that the lane keeping system is further comprising first and second absolute pressure sensors (26, 28) configured to respectively generate first and second signals indicative of first and second pressures; the LKS controller being in communication with the first and second pressure sensors (26, 28), the LKS controller being configured to determine the lateral wind force on the vehicle in response to a difference between the first and second signals, wherein the system further comprising a suspension system in communication with the LKS controller, the LKS controller configured to add a wind compensation value to a desired suspension stiffness to maintain the vehicle along a desired path and counteract the determined wind force. a lane keeping system controller configured to determine a lateral wind force on the vehicle, the LKS controller configured to determine a correction in response to the determined lateral wind force to maintain the vehicle along a desired path, characterized in that the lane keeping system is further comprising first and second absolute pressure sensors (26, 28) configured to respectively generate first and second signals indicative of first and second pressures; the LKS controller being in communication with the first and second pressure sensors (26, 28), the LKS controller being configured to determine the lateral wind force on the vehicle in response to a difference between the first and second signals, wherein the system further comprising a suspension system in communication with the LKS controller, the LKS controller configured to add a wind compensation value to a desired suspension stiffness to maintain the vehicle along a desired path and counteract the determined wind force.
Collecting and pressing device in a folder-gluer for folded boxes including two machine-width circulating conveyor belts (8, 9) which are connected to a drive and whose conveying strands are arranged horizontally and parallel to each other on top of each other, wherein the upper conveying strand of the lower conveyor belt is mounted such that it is movable in a vertical direction with respect to the lower conveying strand of the upper conveyor belt in order to press the folded blanks, wherein both the lower conveyor belt and the upper conveyor belt include a respective drive (12, 13) and the lower conveyor belt starts at the entry side of the upper conveyor belt, characterised in that both the drive of the lower conveyor belt and the drive of the upper conveyor belt consist of a servomotor with resolver feedback directly connected to the respective drive roll (10, 11), at least two short belt conveyors are arranged above the exposed region of the lower conveyor belts so as to form together with the lower conveyor belt a tapered inlet gap for the blanks respecively, and each of the belt conveyors has its own pivoting drive (29, 30, 31) such that the part of the belt conveyor on the inlet side can be pivoted upward or downward in order to adapt the inlet gap.
A gripper device for gripping and holding bottles, cans or similar fluid containers comprising at least one gripper arm pair (11, 12, 13) and at least one actuating means for opening and closing the gripper arm pair (11, 12, 13), wherein the actuating means comprises a camshaft rotatably mounted in a base element, characterized in that the base element is formed as a sheet metal part having a U-shaped profile.
A method for assessing the risk of collision between a first vehicle approaching an intersection and at least one second vehicle traveling at said intersection, said first vehicle being provided with measuring means and computing means, the method comprising the following steps: - a step for determining the respective positions of said first vehicle and said second vehicle, - a step for estimating intentions of the driver of said first vehicle and said second vehicle, in terms of stopping or not stopping at the entry to the intersection and maneuvering, in order to estimate the direction that each of said drivers intends to take upon leaving said intersection, characterized in that the method comprises the following steps: - a step for estimating the need to stop for the [first] vehicle and for said second vehicle, from results provided by the two preceding steps and traffic rules in force at said intersection, - a step for estimating the collision risk between the first vehicle and said second vehicle, said estimate being based on a comparison between the intention of the vehicles to stop and the need for the vehicles to stop. - a step for determining the respective positions of said first vehicle and said second vehicle, - a step for estimating intentions of the driver of said first vehicle and said second vehicle, in terms of stopping or not stopping at the entry to the intersection and maneuvering, in order to estimate the direction that each of said drivers intends to take upon leaving said intersection, - a step for estimating the need to stop for the [first] vehicle and for said second vehicle, from results provided by the two preceding steps and traffic rules in force at said intersection, - a step for estimating the collision risk between the first vehicle and said second vehicle, said estimate being based on a comparison between the intention of the vehicles to stop and the need for the vehicles to stop.
Shopping cart for the self checkout of items in a store, in particular in a supermarket, with a basket for receiving the items and a frame, which carries the basket, wherein the frame is supported on three or four wheels, wherein at least one wheel is connected by way of a retaining plate to a swivel bearing, which mounts the wheel rotatably in the horizontal, wherein a weighing cell with a force-introducing element is arranged in each case between the frame and a wheel, wherein the weighing cell comprises a measuring transducer (27, 41; 47) for generating an output signal corresponding to a weight acting on the force-introducing element, characterized in that the weighing cell comprises a spring body with an outer bearing ring, an inner force-introducing element and a deforming portion, by way of which the bearing ring and the force-introducing element are securely connected to one another, and wherein the frame is supported on the force-introducing elements of the weighing cells, and in that the swivel bearing or the retaining plate of the wheels is mechanically securely connected to the bearing rings, and in that the measuring transducer (27, 41; 47) is electrically connected to an interface, which is designed to output the output signal generated by the measuring transducer (27, 41; 47) by way of the force-introducing element to an interface in the frame.
A computer-implemented method for tone or color mapping images of a video content according to a tone mapping function, comprising: - iterating on a plurality of successive images of the video content and for at least one image of the plurality of successive images: - selecting in a reference collection of tone-mapping functions a reference tone-mapping function according to a visual feature determined from said at least one image; - when the selected reference tone mapping function is different from a previously selected tone mapping function for the previous image in the plurality of successive images, determining a reference tone mapping function according to a validation step; and - applying the determined reference tone-mapping function to said at least one image resulting into a corresponding tone-mapped image, wherein the reference collection comprises reference tone-mapping functions associated with reference visual features, wherein the validation step uses another plurality of successive images of the video content for each of which a reference tone mapping function has been selected in the collection according to a visual feature determined from each image, and selects a reference tone mapping function amongst the reference tone mapping functions selected for the another plurality of successive images either determined for the successive images that is the most frequent or according to a number of consecutive selections of a same reference tone mapping function or with increasing occurrence compared to the other reference tone mapping functions. - iterating on a plurality of successive images of the video content and for at least one image of the plurality of successive images: - selecting in a reference collection of tone-mapping functions a reference tone-mapping function according to a visual feature determined from said at least one image; - when the selected reference tone mapping function is different from a previously selected tone mapping function for the previous image in the plurality of successive images, determining a reference tone mapping function according to a validation step; and - applying the determined reference tone-mapping function to said at least one image resulting into a corresponding tone-mapped image, - selecting in a reference collection of tone-mapping functions a reference tone-mapping function according to a visual feature determined from said at least one image; - when the selected reference tone mapping function is different from a previously selected tone mapping function for the previous image in the plurality of successive images, determining a reference tone mapping function according to a validation step; and - applying the determined reference tone-mapping function to said at least one image resulting into a corresponding tone-mapped image,
An oncolytic rhabdovirus comprising: a M protein having an amino acid sequence that is at least 80% identical to the amino acid sequence of SEQ ID NO: 4 and a tryptophan at the position corresponding to position 123 of SEQ ID NO: 4, and a G protein having an amino acid sequence that is at least 80% identical to the amino acid sequence of SEQ ID NO: 5, or a G protein having an amino acid sequence that is at least 80% identical to the amino acid sequence of SEQ ID NO: 5 and an arginine at the position corresponding to position 242 of SEQ ID NO: 5 and a M protein having an amino acid sequence that is at least 80% identical to the amino acid sequence of SEQ ID NO: 4 and a tryptophan at the position corresponding to position 123 of SEQ ID NO: 4. a M protein having an amino acid sequence that is at least 80% identical to the amino acid sequence of SEQ ID NO: 4 and a tryptophan at the position corresponding to position 123 of SEQ ID NO: 4, and a G protein having an amino acid sequence that is at least 80% identical to the amino acid sequence of SEQ ID NO: 5, or a G protein having an amino acid sequence that is at least 80% identical to the amino acid sequence of SEQ ID NO: 5 and an arginine at the position corresponding to position 242 of SEQ ID NO: 5 and a M protein having an amino acid sequence that is at least 80% identical to the amino acid sequence of SEQ ID NO: 4 and a tryptophan at the position corresponding to position 123 of SEQ ID NO: 4.
An automated slide processing station, comprising: a first platen assembly having a curved portion; a drive mechanism configured to move the first platen assembly from a standby position to a processing position; a liquid dispensing assembly for dispensing a liquid; a second platen assembly comprising a slide positioning device, said slide positioning device comprising a slide retaining device; and a roller mechanism, wherein the slide positioning device is operable to position a slide retained by the slide retaining device proximate to the first platen assembly, the roller mechanism is configured to cause a longitudinal or transverse rolling movement of the curved portion of the first platen assembly relative to the second platen assembly retained slide to create a varying height gap between the slide and the curved portion sufficient to apply a liquid to a sample on the slide, and the liquid dispensing assembly is configured to dispense the liquid onto at least one of the slide and the curved portion and/or into the varying height gap. a first platen assembly having a curved portion; a drive mechanism configured to move the first platen assembly from a standby position to a processing position; a liquid dispensing assembly for dispensing a liquid; a second platen assembly comprising a slide positioning device, said slide positioning device comprising a slide retaining device; and a roller mechanism, wherein the slide positioning device is operable to position a slide retained by the slide retaining device proximate to the first platen assembly, the roller mechanism is configured to cause a longitudinal or transverse rolling movement of the curved portion of the first platen assembly relative to the second platen assembly retained slide to create a varying height gap between the slide and the curved portion sufficient to apply a liquid to a sample on the slide, and the liquid dispensing assembly is configured to dispense the liquid onto at least one of the slide and the curved portion and/or into the varying height gap.
An electronic balance with a windshield surrounding a measuring pan and having an openable/closable door for averaging measurement data in a predetermined response time and obtaining a weight value based on it, the electronic balance comprising: a door open/close detector for detecting an open/close state of the door; the electronic balance being adapted to carry out a convection time measurement mode for measuring and memorizing a convection time period (T co) from a time when the door is closed to a time when a fluctuation of the measurement data becomes within a predetermined level when a sample is not set on the measuring pan; and the electronic balance being adapted to carry out a normal measurement mode for averaging the measurement data in a predetermined response time to obtain a weight value after the memorized convection time period (T co) has passed from a time when a sample is set on the measuring pan and the door is closed. a door open/close detector for detecting an open/close state of the door; the electronic balance being adapted to carry out a convection time measurement mode for measuring and memorizing a convection time period (T co) from a time when the door is closed to a time when a fluctuation of the measurement data becomes within a predetermined level when a sample is not set on the measuring pan; and the electronic balance being adapted to carry out a normal measurement mode for averaging the measurement data in a predetermined response time to obtain a weight value after the memorized convection time period (T co) has passed from a time when a sample is set on the measuring pan and the door is closed.
Injection lance comprising an inner tube, a central tube, and an outer tube, wherein - the inner tube has a smaller diameter than the central tube, and the central tube has a smaller diameter than the outer tube; - the inner tube is disposed within the central tube, and the central tube is disposed within the outer tube; - the central tube ends in an atomization nozzle; - the inner tube ends in a liquid outlet, with the atomization nozzle adjacently disposed to the liquid outlet, in such a way that a liquid exiting the liquid outlet of the inner tube is atomized by the atomization nozzle via an atomization gas flowing between the inner tube and the central tube; - the outer tube ends in an injection opening; - the injection lance comprises a decomposition zone between the atomization nozzle and the injection opening, the decomposition zone being adapted to decompose a reducing agent precursor, wherein the distance between the atomization nozzle and the injection opening is between 1.0 and 15.0 m, and - the decomposition zone and the injection opening of the outer tube are in fluid connection with the volume between the central tube and the outer tube for introducing a cooling gas in the decomposition zone. - the inner tube has a smaller diameter than the central tube, and the central tube has a smaller diameter than the outer tube; - the inner tube is disposed within the central tube, and the central tube is disposed within the outer tube; - the central tube ends in an atomization nozzle; - the inner tube ends in a liquid outlet, with the atomization nozzle adjacently disposed to the liquid outlet, in such a way that a liquid exiting the liquid outlet of the inner tube is atomized by the atomization nozzle via an atomization gas flowing between the inner tube and the central tube; - the outer tube ends in an injection opening; - the injection lance comprises a decomposition zone between the atomization nozzle and the injection opening, the decomposition zone being adapted to decompose a reducing agent precursor, wherein the distance between the atomization nozzle and the injection opening is between 1.0 and 15.0 m, and - the decomposition zone and the injection opening of the outer tube are in fluid connection with the volume between the central tube and the outer tube for introducing a cooling gas in the decomposition zone.