mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling a vehicle, comprising: generating, using at least one sensor, a time-series signal indicative of a variation of the environment in vicinity of the vehicle with respect to a motion of the vehicle; selecting from a memory a neural network trained to transform time-series signals to reference trajectories of the vehicle; submitting the time-series signal to the neural network to produce a reference trajectory as a function of time that satisfies time and spatial constraints on a position of the vehicle; determining a motion trajectory tracking the reference trajectory while satisfying constraints on the motion of the vehicle; and controlling the motion of the vehicle to follow the motion trajectory, wherein at least some steps of the method are performed by a processor operatively connected to the memory and the sensor, characterized in that the neural network includes an encoding subnetwork and a decoding subnetwork trained concurrently with the encoding subnetwork, wherein the encoding subnetwork is trained to transform the time-series signal to information indicative of the constraints on the motion of the vehicle, wherein the decoding subnetwork is trained to produce the reference trajectory from the information indicative of the constraints on the motion of the vehicle, and wherein the encoding and decoding subnetworks are recurrent neural networks. generating, using at least one sensor, a time-series signal indicative of a variation of the environment in vicinity of the vehicle with respect to a motion of the vehicle; selecting from a memory a neural network trained to transform time-series signals to reference trajectories of the vehicle; submitting the time-series signal to the neural network to produce a reference trajectory as a function of time that satisfies time and spatial constraints on a position of the vehicle; determining a motion trajectory tracking the reference trajectory while satisfying constraints on the motion of the vehicle; and controlling the motion of the vehicle to follow the motion trajectory, wherein at least some steps of the method are performed by a processor operatively connected to the memory and the sensor, characterized in that the neural network includes an encoding subnetwork and a decoding subnetwork trained concurrently with the encoding subnetwork, wherein the encoding subnetwork is trained to transform the time-series signal to information indicative of the constraints on the motion of the vehicle, wherein the decoding subnetwork is trained to produce the reference trajectory from the information indicative of the constraints on the motion of the vehicle, and wherein the encoding and decoding subnetworks are recurrent neural networks.
A method performed by a user equipment, UE, roaming in a second Public Land Mobile Network, PLMN, to change access to a first PLMN which the UE has subscribed, comprising: registering with the second PLMN and receiving a disaster roaming service from the second PLMN, based on the first PLMN being in a disaster condition; receiving, from the second PLMN, an indication based on the disaster condition in the first PLMN being over; performing a deregistration procedure with the second PLMN, based on the indication; selecting the first PLMN; and performing a registration procedure with the first PLMN. registering with the second PLMN and receiving a disaster roaming service from the second PLMN, based on the first PLMN being in a disaster condition; receiving, from the second PLMN, an indication based on the disaster condition in the first PLMN being over; performing a deregistration procedure with the second PLMN, based on the indication; selecting the first PLMN; and performing a registration procedure with the first PLMN.
A signal to noise ratio adjustment circuit configured to: determine, whether a signal to noise ratio of a first image is below a first threshold; determine, whether a variation of imaged content between the first image and a preceding second image of a video sequence is below a second threshold; and generate a third image having an increased signal to noise ratio as compared to the first image or the second image if the signal to noise ratio is below the first threshold and if the variation is below the second threshold. determine, whether a signal to noise ratio of a first image is below a first threshold; determine, whether a variation of imaged content between the first image and a preceding second image of a video sequence is below a second threshold; and generate a third image having an increased signal to noise ratio as compared to the first image or the second image if the signal to noise ratio is below the first threshold and if the variation is below the second threshold.
A sheet manufacturing apparatus for manufacturing a sheet including defibrated material and whiteness enhancer comprising: a dry-type defibrating unit configured to defibrate in air a stock material (Pu) that includes fibers; a whiteness enhancer feeding unit configured to feed the whiteness enhancer to the defibrated material defibrated in the defibrating unit; and a controller configured to change a feeding amount of the whiteness enhancer based on whiteness information of the stock material or the defibrated material. a dry-type defibrating unit configured to defibrate in air a stock material (Pu) that includes fibers; a whiteness enhancer feeding unit configured to feed the whiteness enhancer to the defibrated material defibrated in the defibrating unit; and a controller configured to change a feeding amount of the whiteness enhancer based on whiteness information of the stock material or the defibrated material.
A gas turbine engine comprising: a turbine section including: a disk rotatable about an axis and including a plurality of circumferentially-spaced blade mounting features and radially outer rim surfaces extending circumferentially between the blade mounting features, a plurality of turbine blades mounted circumferentially around the disk in the blade mounting features, a plurality of seals arranged radially outwards of the disk adjacent the radially outer rim surfaces such that there are respective passages between the plurality of seals and the radially outer rim surfaces, characterized by: the radially outer rim surfaces including a plurality of radially-extending protrusions extending into the respective passages, and further comprising a plurality of platform seals arranged radially outwards of the plurality of seals. a disk rotatable about an axis and including a plurality of circumferentially-spaced blade mounting features and radially outer rim surfaces extending circumferentially between the blade mounting features, a plurality of turbine blades mounted circumferentially around the disk in the blade mounting features, a plurality of seals arranged radially outwards of the disk adjacent the radially outer rim surfaces such that there are respective passages between the plurality of seals and the radially outer rim surfaces, characterized by: the radially outer rim surfaces including a plurality of radially-extending protrusions extending into the respective passages, and further comprising a plurality of platform seals arranged radially outwards of the plurality of seals. the radially outer rim surfaces including a plurality of radially-extending protrusions extending into the respective passages, and further comprising a plurality of platform seals arranged radially outwards of the plurality of seals.
A method for reporting Power Headroom, PH, of a terminal in a mobile communication system supporting carrier aggregation, the method comprising: determining PHs for multiple activated carriers based on data channel transmission or, in absence of data channel transmission, a reference format on each carrier; configuring indicators for the PHs, each indicator indicating whether a PH corresponding to an indicator is determined based on the data channel transmission taking place on the corresponding carrier or on the reference format; and transmitting the PHs and the indicators in an extended PH Report, PHR, on one of the multiple activated carriers, and wherein the indicator is 1 bit; wherein a virtual maximum transmission power is used to identify the reference format, and wherein the virtual maximum transmission power is determined as a lowest value between a cell-specific maximum allowed transmission power and a terminal-specific maximum allowed transmission power. determining PHs for multiple activated carriers based on data channel transmission or, in absence of data channel transmission, a reference format on each carrier; configuring indicators for the PHs, each indicator indicating whether a PH corresponding to an indicator is determined based on the data channel transmission taking place on the corresponding carrier or on the reference format; and transmitting the PHs and the indicators in an extended PH Report, PHR, on one of the multiple activated carriers, and wherein the indicator is 1 bit; wherein a virtual maximum transmission power is used to identify the reference format, and wherein the virtual maximum transmission power is determined as a lowest value between a cell-specific maximum allowed transmission power and a terminal-specific maximum allowed transmission power.
A relay system comprising a plurality of relay devices which are arranged between a plurality of terminal devices and a file device, and relay, respectively, data communication by each of the plurality of terminal devices to the file device, wherein each of the relay devices includes: a communication unit configured to perform transmission or reception of data with a terminal device that is connected and the file device; and a computation processing unit configured to control and cause the communication unit to transmit a change history of data acquired from the file device by a request from a terminal device connected to the device of its own to another relay device and to control and cause, in a case where a change history of first data received from the other relay device is different from a change history of second data having the same file name as the first data acquired from the file device by a request from a terminal device connected to the device of its own after acquisition of data in response to a request from a terminal device connected to the other relay device, the communication unit to notify the other relay device that the first data is changed to the second data. a communication unit configured to perform transmission or reception of data with a terminal device that is connected and the file device; and a computation processing unit configured to control and cause the communication unit to transmit a change history of data acquired from the file device by a request from a terminal device connected to the device of its own to another relay device and to control and cause, in a case where a change history of first data received from the other relay device is different from a change history of second data having the same file name as the first data acquired from the file device by a request from a terminal device connected to the device of its own after acquisition of data in response to a request from a terminal device connected to the other relay device, the communication unit to notify the other relay device that the first data is changed to the second data.
An antenna adapted to reduce the effect of noise in a mobile terminal, comprising: - a shielding unit; - a feed unit and a ground unit formed over the shielding unit; - a first pattern (230; 330; 430) having a first end connected to a top surface of the feed unit and a second end connected to the ground unit and isolated from the shielding unit; and - a second pattern connected to a first end of the first pattern and having an open end formed close to the second end of the first pattern so as to form coupling between the first pattern and the second pattern, wherein the first pattern has a high frequency band characteristic, and the second pattern has a low frequency band characteristic; characterized in that a portion of the first pattern (230; 330; 430) between the first end and the second end is isolated from the shielding unit by more than the lengths of the feed unit and the ground unit, wherein the first pattern between the feed unit and the ground unit of the antenna forms one of a semicircle shape, a triangular shape and trapezoidal shape. - a shielding unit; - a feed unit and a ground unit formed over the shielding unit; - a first pattern (230; 330; 430) having a first end connected to a top surface of the feed unit and a second end connected to the ground unit and isolated from the shielding unit; and - a second pattern connected to a first end of the first pattern and having an open end formed close to the second end of the first pattern so as to form coupling between the first pattern and the second pattern, wherein the first pattern has a high frequency band characteristic, and the second pattern has a low frequency band characteristic; characterized in that a portion of the first pattern (230; 330; 430) between the first end and the second end is isolated from the shielding unit by more than the lengths of the feed unit and the ground unit, wherein the first pattern between the feed unit and the ground unit of the antenna forms one of a semicircle shape, a triangular shape and trapezoidal shape.
A headset comprising, at least one ear cup (11;206) having front and rear cavities separated by a driver, the front cavity being arranged for coupling sound output by the driver to a user's ear, the cup comprising a pressure equalization port coupling the front cavity to space outside the cup, the pressure equalization port having an effective cross-sectional area greater than 2 mm 2 and being significantly longer than it is wide, providing a principally reactive acoustic impedance, such that the pressure response of the front cavity including the port is effectively linear over a wide range of pressure levels within the front cavity between about 120 dB SPL and 150 dB SPL.
A control apparatus for an internal combustion engine including a variable valve operating mechanism, characterized by comprising: a fuel injection valve which is capable of injecting fuel into each cylinder; a variable valve operating mechanism (18, 20) which is capable of halting an operation(s) of at least one valve of an intake valve and an exhaust valve in a closed state independently for each cylinder; abnormality detection means which acquires an abnormality evaluation index value during an operation of the internal combustion engine (10, 120, 130) and, based on the abnormality evaluation index value, detects an abnormality which has occurred in at least one cylinder of the internal combustion engine (10, 120, 130); first cylinder-halting execution means which, when the abnormality is detected by the abnormality detection means, executes a cylinder halting to perform a halting of fuel supply and a halting of the operation of the at least one valve in the closed state, with a first partial cylinder made up of at least two cylinders as a target; second cylinder-halting execution means which, after the cylinder halting by the first cylinder-halting execution means, changes cylinders to be halted, and thereafter executes a cylinder halting with a second partial cylinder made up of at least one cylinder as a target; and abnormal cylinder identification means which identifies an abnormality-occurring cylinder based on a change in the abnormality evaluation index value associated with the changing of the cylinder to be halted, by the second cylinder-halting execution means. a fuel injection valve which is capable of injecting fuel into each cylinder; a variable valve operating mechanism (18, 20) which is capable of halting an operation(s) of at least one valve of an intake valve and an exhaust valve in a closed state independently for each cylinder; abnormality detection means which acquires an abnormality evaluation index value during an operation of the internal combustion engine (10, 120, 130) and, based on the abnormality evaluation index value, detects an abnormality which has occurred in at least one cylinder of the internal combustion engine (10, 120, 130); first cylinder-halting execution means which, when the abnormality is detected by the abnormality detection means, executes a cylinder halting to perform a halting of fuel supply and a halting of the operation of the at least one valve in the closed state, with a first partial cylinder made up of at least two cylinders as a target; second cylinder-halting execution means which, after the cylinder halting by the first cylinder-halting execution means, changes cylinders to be halted, and thereafter executes a cylinder halting with a second partial cylinder made up of at least one cylinder as a target; and abnormal cylinder identification means which identifies an abnormality-occurring cylinder based on a change in the abnormality evaluation index value associated with the changing of the cylinder to be halted, by the second cylinder-halting execution means.
A method of measuring miR-122a levels, activity or expression in an animal following the administration to said animal of an antisense compound which has at least 90% sequence complementarity to a miR-122a nucleic acid, comprising measuring cholesterol levels in a serum sample obtained from said animal.
Driver circuit for an HID lamp having a circuit arrangement for applying a radiofrequency signal for the purpose of starting the lamp and for applying a low-frequency signal for the purpose of operating the lamp after starting, the driver circuit being designed to drive the HID lamp, immediately after starting, using a radiofrequency signal for a period of time, characterized in that the period of time depends on at least one operating parameter for the lamp which is set after starting, which operating parameter makes it possible to discern whether a symmetric alternating current flows through the lamp.
A fiber optic communication system comprising: an optical signal source adapted to receive a binary first signal and generate a binary second signal, wherein the binary first signal has an amplitude modulated component, wherein the binary second signal has an amplitude modulated component and a frequency modulated component; a semiconductor optical amplifier adapted to receive the binary second signal and generate a binary third signal, wherein the binary third signal has an amplitude modulated component and a frequency modulated component, and further wherein the semiconductor optical amplifier operates in saturation; wherein the optical signal source comprises a laser, and further wherein the binary second signal is generated through intra-cavity loss modulation of the laser, wherein an optical spectrum reshaper adapted to reshape the binary third signal into a binary fourth signal, wherein the binary fourth signal has an amplitude modulated component and a frequency modulated component, and wherein the binary second signal is characterized in that the higher intensity 1 bits are red shifted relative to the lower intensity 0 bits. an optical signal source adapted to receive a binary first signal and generate a binary second signal, wherein the binary first signal has an amplitude modulated component, wherein the binary second signal has an amplitude modulated component and a frequency modulated component; a semiconductor optical amplifier adapted to receive the binary second signal and generate a binary third signal, wherein the binary third signal has an amplitude modulated component and a frequency modulated component, and further wherein the semiconductor optical amplifier operates in saturation; wherein the optical signal source comprises a laser, and further wherein the binary second signal is generated through intra-cavity loss modulation of the laser, wherein an optical spectrum reshaper adapted to reshape the binary third signal into a binary fourth signal, wherein the binary fourth signal has an amplitude modulated component and a frequency modulated component, and wherein the binary second signal is characterized in that the higher intensity 1 bits are red shifted relative to the lower intensity 0 bits.
Attachment assembly, in particular for attaching display panels that are used in shops in order to form shelves for displaying items that are to be sold, or in storage and/or archiving regions in order to form shelving, said attachment assembly comprising at least one first element provided with open hooks which are aligned with one another and an open engagement hook, the base of which is extended by a transverse return element which forms an engagement region having a bottom, a second element which differs from said first element and is provided with openings which are aligned with one another and allow said hooks to be frontally inserted, said second element also being provided with a first opening for receiving the frontal insertion of said engagement hook and for allowing the transverse displacement thereof in order to engage said second element in said engagement region, said hooks having the same shape and dimensions as one another, said first element being in the shape of a profile and being provided with a single plurality of said successively aligned hooks and said second element being in the shape of a profile and being provided with a single plurality of said successively aligned openings, said engagement hook being provided below said single plurality of said hooks at the bottom of said first element, said first opening being located below said single plurality of said openings at the bottom of said second element, said first element comprising at least one stop which is provided at the bottom of said first element, below and in close proximity to said engagement hook and facing the opening of said engagement region, said first element, said hooks and said stop which form a single-piece part, and said second element being provided with a second opening located at the bottom of said second element, below and in close proximity to said first opening, characterised in that said stop has a bearing surface which faces said bottom of said engagement region defined by said engagement hook and a slope which directly connects said bearing surface to said first element, and being configured to be housed alone in said second opening after said engagement hook is engaged in said first opening so as to block said second element relative to said first element between said bottom of said engagement region and said stop, said stop also being configured to emerge from said second opening thanks to a bending force applied to the bottom of said first element.
An agricultural implement comprising at least two rotors which are adjustable in height relative to ground, said at least two rotors driven by a respective electric motor controlled by a control system, characterised in that the control system is arranged to measure and compare the motor current values of any two motors for rotating the respective rotors under the same operating conditions and when there is a discrepancy between the current values, the control system is arranged to adjust the height (Hr) of one or both rotors until the motor current values are the same.