mhurhangee/ep-ind-claims huggingface dataset:
A light-emitting module, comprising: - a circuit board; - a light-emitting device disposed on the circuit board; and - a lens (300a, 400a) disposed on the circuit board, the lens configured to distribute light emitted from the light-emitting device, wherein the lens comprises: - a first surface comprising a concave portion having an incidence surface configured to receive light emitted from the light-emitting device, - a second surface through which the light incident on the incidence surface of the concave portion exits, and - a flange connecting the first surface and the second surface, wherein the light-emitting device is disposed within the concave portion of the lens (300a, 400a), wherein the first surface comprises an inclination surface between the incidence surface and the flange, wherein the inclination surface has an inclination angle of less than 10 degrees with respect to an upper surface of the circuit board, and wherein the first surface of the lens (300a, 400a) further comprises a flat surface surrounding the concave portion, and the inclination surface surrounds the flat surface.. - a circuit board; - a light-emitting device disposed on the circuit board; and - a lens (300a, 400a) disposed on the circuit board, the lens configured to distribute light emitted from the light-emitting device, - a first surface comprising a concave portion having an incidence surface configured to receive light emitted from the light-emitting device, - a second surface through which the light incident on the incidence surface of the concave portion exits, and - a flange connecting the first surface and the second surface, wherein the first surface comprises an inclination surface between the incidence surface and the flange, wherein the inclination surface has an inclination angle of less than 10 degrees with respect to an upper surface of the circuit board, and wherein the first surface of the lens (300a, 400a) further comprises a flat surface surrounding the concave portion, and the inclination surface surrounds the flat surface..
An electric power steering apparatus that calculates a current command value based on at least a steering torque, drives a motor based on said current command value and assist-controls a steering system by a driving-control of said motor, and comprises: a handle-returning control section to calculate a handle-returning control current according to a steering angle, said steering torque, said current command value, a vehicle speed and an actual steering angle velocity, and to drive said motor with a compensated current command value obtained by compensating said current command value by said handle-returning control current, characterized in that said handle-returning control section has a configuration to calculate a target steering angle velocity in considering a viscosity coefficient of said steering system and to calculate said handle-returning control current based on a velocity deviation between said target steering angle velocity and said actual steering angle velocity, and said viscosity coefficient is changed or switched depending on a steering-forward state and a steering-backward state of said steering system. a handle-returning control section to calculate a handle-returning control current according to a steering angle, said steering torque, said current command value, a vehicle speed and an actual steering angle velocity, and to drive said motor with a compensated current command value obtained by compensating said current command value by said handle-returning control current, characterized in that said handle-returning control section has a configuration to calculate a target steering angle velocity in considering a viscosity coefficient of said steering system and to calculate said handle-returning control current based on a velocity deviation between said target steering angle velocity and said actual steering angle velocity, and said viscosity coefficient is changed or switched depending on a steering-forward state and a steering-backward state of said steering system.
A data processing apparatus comprising: a SNR distribution data generating unit configured to generate SNR distribution data of an image data based on the image data; a filter processing unit configured to generate filter processed data obtained by performing filter processing to the image data to improve a SNR of the image data; a weighting function generating unit configured to generate a weighting function; and a corrected data generating unit configured to generate corrected data by performing weighted calculation between the image data and the filter processed data using the weighting function, characterized in that the weighting function (W snr (x)) generating unit is configured to generate the weighting function by transforming the SNR distribution data using a window transformation (W disp) based on at least one of a combination of window width, window level and a gamma curve. a SNR distribution data generating unit configured to generate SNR distribution data of an image data based on the image data; a filter processing unit configured to generate filter processed data obtained by performing filter processing to the image data to improve a SNR of the image data; a weighting function generating unit configured to generate a weighting function; and a corrected data generating unit configured to generate corrected data by performing weighted calculation between the image data and the filter processed data using the weighting function, characterized in that the weighting function (W snr (x)) generating unit is configured to generate the weighting function by transforming the SNR distribution data using a window transformation (W disp) based on at least one of a combination of window width, window level and a gamma curve.
An active implantable medical device for treatment of heart failure by stimulation of the vagus nerve, VNS, synchronous with the heart activity, comprising: - heart rhythm analysis means, adapted to collect a signal of endocardial electrogram EGM and to detect a wave R of ventricular depolarization over each heart cycle; and - a generator, adapted to produce bursts (Si), each burst comprising N pulses of VNS stimulation able to be generated in succession, the generator being adapted to initiate the production of each possible burst with synchronization to a wave R of the instant of delivery of the first VNS pulse of each burst; - burst stochastic modulation means, adapted to control separately the possible delivery of each of the N VNS pulses of each burst as a function of the result of a respective random drawing, the heart rhythm analysis means being also adapted to evaluate a parameter of spontaneous sinusal variability of the heart rhythm, and the burst stochastic modulation means being selectively operable as a function of said parameter of spontaneous sinusal variability, the device being characterized in that the delivery of each pulse is a possible delivery, controllable by selective inhibition, or not, of the generation of each of said VNS pulses as a function of the result of a respective random drawing, so as to randomly vary the number of VNS pulses delivered, and consequently the VNS stimulation energy, and to hence artificially induce a cycle-to-cycle variability of the RR interval. - heart rhythm analysis means, adapted to collect a signal of endocardial electrogram EGM and to detect a wave R of ventricular depolarization over each heart cycle; and - a generator, adapted to produce bursts (Si), each burst comprising N pulses of VNS stimulation able to be generated in succession, the generator being adapted to initiate the production of each possible burst with synchronization to a wave R of the instant of delivery of the first VNS pulse of each burst; - burst stochastic modulation means, adapted to control separately the possible delivery of each of the N VNS pulses of each burst as a function of the result of a respective random drawing, the heart rhythm analysis means being also adapted to evaluate a parameter of spontaneous sinusal variability of the heart rhythm, and the burst stochastic modulation means being selectively operable as a function of said parameter of spontaneous sinusal variability,
A method (300, 500, 700, 800) for testing or training the performance of an individual (110, 210, 410, 610), the method comprising: measuring the performance of the individual without being exposed to a visual stimuli to obtain an initial set of performance data during an initial period of time (310, 510, 710); measuring the performance of the individual while the individual is exposed to visual stimuli by a display device (120, 220, 420) to obtain a first set of performance data during a first period of time (320, 520, 730); during a second period of time measuring the performance of the individual without the individual being exposed to the visual stimuli to obtain a second set of performance data during a second period of time (330, 530, 750); and comparing the initial set of performance data, the first set of performance data and the second set of performance data, comprising the step of comparing the first set of performance data and the second set of performance data to determine to what degree the individual (110, 210, 410, 610) behaves similarly both when actually exposed to the visual stimuli and without the individual (110, 210, 410, 610) being exposed to the visual stimuli; wherein the first period of time precedes the second period of time. measuring the performance of the individual without being exposed to a visual stimuli to obtain an initial set of performance data during an initial period of time (310, 510, 710); measuring the performance of the individual while the individual is exposed to visual stimuli by a display device (120, 220, 420) to obtain a first set of performance data during a first period of time (320, 520, 730); during a second period of time measuring the performance of the individual without the individual being exposed to the visual stimuli to obtain a second set of performance data during a second period of time (330, 530, 750); and comparing the initial set of performance data, the first set of performance data and the second set of performance data, comprising the step of comparing the first set of performance data and the second set of performance data to determine to what degree the individual (110, 210, 410, 610) behaves similarly both when actually exposed to the visual stimuli and without the individual (110, 210, 410, 610) being exposed to the visual stimuli; wherein the first period of time precedes the second period of time.
A debris removal device for capturing debris drifting in outer space and removing the debris from an orbit, the debris removal device comprising: an end mass adapted to be capable of approaching debris to be removed; a debris capture device separably-mounted on the end mass; and a tether connecting the debris capture device and the end mass to each other, wherein the debris capture device includes a harpoon capable of penetrating into the debris, and a shooting device for shooting the harpoon, the debris removal device characterized in that the debris capture device includes: a guide member positioned to be capable of coming into contact with a surface of the debris to adjust a shooting angle of the harpoon with respect to the surface of the debris, and a switch configured to send a shooting signal to the shooting device, wherein, after the harpoon is penetrated into the debris, the end mass is configured to separate from the debris capture device and the tether is configured to be released to the outer space. an end mass adapted to be capable of approaching debris to be removed; a debris capture device separably-mounted on the end mass; and a tether connecting the debris capture device and the end mass to each other, wherein the debris capture device includes a harpoon capable of penetrating into the debris, and a shooting device for shooting the harpoon, a harpoon capable of penetrating into the debris, and a shooting device for shooting the harpoon, the debris removal device characterized in that the debris capture device includes: a guide member positioned to be capable of coming into contact with a surface of the debris to adjust a shooting angle of the harpoon with respect to the surface of the debris, and a switch configured to send a shooting signal to the shooting device, a guide member positioned to be capable of coming into contact with a surface of the debris to adjust a shooting angle of the harpoon with respect to the surface of the debris, and a switch configured to send a shooting signal to the shooting device, wherein, after the harpoon is penetrated into the debris, the end mass is configured to separate from the debris capture device and the tether is configured to be released to the outer space.
A roller coaster vehicle which is guided along a rail structure extending in a two- or three-dimensional plane and having at least one passenger seat, which is fastened to a chassis guided on the rail structure, wherein the passenger seat is fastened to the chassis by way of an axis of rotation (16, 17) extending in the movement direction, and the rotation of the passenger seat can be influenced manually by the passenger on the passenger seat during the ride of the roller coaster vehicle, wherein a rotation about the axis of rotation (16, 17) can be controlled by the force of an airflow along adjustable air guiding wings (18, 19) on the vehicle, characterized in that at least two rotatable passenger seats (14, 15) are mounted to the chassis in cross direction of the vehicle, offset against each other.
- A closure assembly for a container filled or fillable with a pourable product, the closure assembly comprising: - a lid; - a first ring member designed as a tamper-evidence element; - a second ring member, in particular coaxial to first ring member; and - a coupling element connected to the lid and to the second ring member, the coupling element being string-shaped, characterized by further comprising one or more rupturable first coupling bridges connecting the first ring member and the second ring member with one another. - a lid; - a first ring member designed as a tamper-evidence element; - a second ring member, in particular coaxial to first ring member; and - a coupling element connected to the lid and to the second ring member, the coupling element being string-shaped,
An apparatus comprising: a first transmitter node (102-A) arranged to cooperate with a second transmitter node (102-B) for distributed beamforming and cooperatively communicating with a receiver node (102-D) wherein the first transmitter node is configured to acquire effective channel knowledge of: channels (106-AB, 106-BA) between the first and second transmitter nodes ((102-A, 102-B); a channel (106-DA) between the receiver node (102-D) and the first transmitter node (102-A); and a channel (106-DB) between the receiver node (102-D) and the second transmitter node (102-B) using three sounding frames and calibrate transmit and receive chains of the first and second transmitter nodes based on the effective channel knowledge wherein the first transmitter node (102-A), second transmitter node (102-B) and receiver node (102-D) comprise independent wireless devices. a first transmitter node (102-A) arranged to cooperate with a second transmitter node (102-B) for distributed beamforming and cooperatively communicating with a receiver node (102-D) wherein the first transmitter node is configured to acquire effective channel knowledge of: channels (106-AB, 106-BA) between the first and second transmitter nodes ((102-A, 102-B); a channel (106-DA) between the receiver node (102-D) and the first transmitter node (102-A); and a channel (106-DB) between the receiver node (102-D) and the second transmitter node (102-B) using three sounding frames and calibrate transmit and receive chains of the first and second transmitter nodes based on the effective channel knowledge wherein the first transmitter node (102-A), second transmitter node (102-B) and receiver node (102-D) comprise independent wireless devices.
A fastening system comprising: a fastener comprising a bolt and a nut, the bolt having a head and a shank extending axially from the head, the shank having at least one threaded portion and at least one splined portion, the splined portion defining an end of the bolt, the threaded portion between the head and the splined portion, the nut having an inner surface and an outer surface, the inner surface in threaded engagement with the at least one threaded portion of the bolt; and a tool comprising a first socket and a second socket, wherein the first socket is engageable with the outer surface of the nut and the second socket is engageable with the splined portion of the fastener, characterized in that the tool is adapted to provide both a desired snugging torque and a final tensioning to the fastener, wherein the tool is adapted to rotate the first socket relative to the second socket by a desired turn-of-nut angle to provide the final tensioning to the fastener. a fastener comprising a bolt and a nut, the bolt having a head and a shank extending axially from the head, the shank having at least one threaded portion and at least one splined portion, the splined portion defining an end of the bolt, the threaded portion between the head and the splined portion, the nut having an inner surface and an outer surface, the inner surface in threaded engagement with the at least one threaded portion of the bolt; and a tool comprising a first socket and a second socket, wherein the first socket is engageable with the outer surface of the nut and the second socket is engageable with the splined portion of the fastener, characterized in that the tool is adapted to provide both a desired snugging torque and a final tensioning to the fastener, wherein the tool is adapted to rotate the first socket relative to the second socket by a desired turn-of-nut angle to provide the final tensioning to the fastener.
A method for obfuscating an account identifier comprising: generating an obfuscated portion using a dynamic cryptogram unique to a transaction as by converting each of digits 7-11 of the account identifier into a three byte hexadecimal value and zero filling on the left to create a full 3 byte value and thereafter bitwise XOR-reading the 3 byte hex value with the last two bytes of the cryptogram, wherein the dynamic cryptogram is determined as by a triple data encryption standard using a unique derived key, wherein the unique derived key is determined using a master key and inputs comprising a first end portion and a second end portion of the account identifier; and replacing a portion of the account identifier with the obfuscated portion to form an obfuscated account identifier, characterized in that said portion is a middle portion of the account identifier and said middle portion excludes the first end portion comprising a bank identification number and the second end portion, wherein the second end portion comprises five characters or less. generating an obfuscated portion using a dynamic cryptogram unique to a transaction as by converting each of digits 7-11 of the account identifier into a three byte hexadecimal value and zero filling on the left to create a full 3 byte value and thereafter bitwise XOR-reading the 3 byte hex value with the last two bytes of the cryptogram, wherein the dynamic cryptogram is determined as by a triple data encryption standard using a unique derived key, wherein the unique derived key is determined using a master key and inputs comprising a first end portion and a second end portion of the account identifier; and replacing a portion of the account identifier with the obfuscated portion to form an obfuscated account identifier, characterized in that said portion is a middle portion of the account identifier and said middle portion excludes the first end portion comprising a bank identification number and the second end portion, wherein the second end portion comprises five characters or less.
A compression heat-generation detector, comprising one set or multi-sets of detecting units, characterized in that the detecting unit includes a vertical compression device, a vertical compensation device and a synchronization device for a core portion central temperature sensor, wherein the vertical compression device and the vertical compensation device are fixed to an upper frame, respectively, wherein a first transition column is disposed between a pressing plate of the vertical compression device via a middle support for a rubber sample and a supporting plate via a pressure sensor, wherein the synchronization device for the core portion central temperature sensor is mounted between the pressing plate and the supporting plate of the vertical compensation device via a second transition column which has the same mechanical properties as the first transition column and a cushion block which has the same mechanical properties as the pressure sensor, wherein the second transition column is disposed between the pressing plate via the synchronization device and the cushion block, and penetrates through a bore of the middle support, wherein the vertical compression device includes a compression motor, a stroke adjusting mechanism, a connecting rod, an end connecting member, two long guide shafts, and the pressing plate, wherein the vertical compensation device includes a compensation motor, two short guide shafts, a lead screw, a lead screw nut, the supporting plate, and the middle support, wherein the synchronization device for the core portion central temperature sensor includes a core portion central temperature sensor, a lower spring base, an upper spring base, a lower spring, an upper spring, and a sensor fixing ring, wherein the compression heat-generation detector includes a bottom temperature sensor mounted to the middle support _in an upwardly inclined direction of 45 degrees and configured to measure a bottom temperature of the sample, and wherein a displacement sensor is mounted to the upper frame and an induction block is mounted to the supporting plate so that it is movable vertically together with the supporting plate.
A high-voltage device provided under a floor panel of a vehicle and provided adjacent to a frame member bonded to a lower face of the floor panel and extending along the floor panel, the high-voltage device comprising: a casing (26, 28) housing a high-voltage portion; and a plurality of bolts (34, 38) fastening the casing to an attachment portion to which the casing is attached, the high-voltage device having a first end face at which the casing is in contact with the attachment portion and a second end face opposite to the first end face, the plurality of bolts being long bolts (34, 38) extending from the second end face to the first end face and extending in a longitudinal direction of the frame member, insert boss portions (36, 40A, 40B) for receiving the bolts being provided, at portions of the casing into which the long bolts (34, 38) are inserted, so as to project toward the frame member, characterized in that one of the boss portions is disposed at the closest position to the frame member on a side of the casing which faces the frame member, wherein the frame member is a rear floor crossmember. a casing (26, 28) housing a high-voltage portion; and a plurality of bolts (34, 38) fastening the casing to an attachment portion to which the casing is attached, the high-voltage device having a first end face at which the casing is in contact with the attachment portion and a second end face opposite to the first end face, the plurality of bolts being long bolts (34, 38) extending from the second end face to the first end face and extending in a longitudinal direction of the frame member, insert boss portions (36, 40A, 40B) for receiving the bolts being provided, at portions of the casing into which the long bolts (34, 38) are inserted, so as to project toward the frame member, characterized in that one of the boss portions is disposed at the closest position to the frame member on a side of the casing which faces the frame member, wherein the frame member is a rear floor crossmember.