mhurhangee/ep-ind-claims huggingface dataset:
A method for partially reconfiguring a hardware acceleration component programmed with a role (1303, 1304) and a network interface, the role linked to one or more of: a downstream role at a downstream neighbor acceleration component and an upstream role at an upstream neighbor acceleration component to compose a graph, the method comprising: detecting a reason for changing the role during monitoring of the acceleration component for incorrect behaviors; halting the role (1303, 1304) including instructing at least one of: the downstream role and the upstream role to stop receiving data from the role; partially reconfiguring the hardware acceleration component by writing an image for the role (1303, 1304) from an image storage location to the acceleration component; maintaining the network interface as operational during partially reconfiguring the acceleration component to permit a second role programmed into the acceleration component to exchange network communication with one or more other roles composed into another graph at other acceleration components; and activating the role (1303, 1304) at the one of the upstream or downstream acceleration components after partially reconfiguring the acceleration component is complete including notifying the at least one of: the downstream role and the upstream role that the role is operational. detecting a reason for changing the role during monitoring of the acceleration component for incorrect behaviors; halting the role (1303, 1304) including instructing at least one of: the downstream role and the upstream role to stop receiving data from the role; partially reconfiguring the hardware acceleration component by writing an image for the role (1303, 1304) from an image storage location to the acceleration component; maintaining the network interface as operational during partially reconfiguring the acceleration component to permit a second role programmed into the acceleration component to exchange network communication with one or more other roles composed into another graph at other acceleration components; and activating the role (1303, 1304) at the one of the upstream or downstream acceleration components after partially reconfiguring the acceleration component is complete including notifying the at least one of: the downstream role and the upstream role that the role is operational.
A power converter comprising: a tank circuit including a coil in parallel with a capacitance, the tank circuit for oscillating at a first predetermined frequency; and a switching circuit, including a first switch coupled to a voltage supply (Vdd) and operating at a second predetermined frequency, and a coil driver having transistors (QM P1, QM P2, QM N1, QM N2) connected in a positive feedback configuration, the coil driver connecting the first switch to the tank circuit, wherein the switching circuit energizes and de-energizes the tank circuit via the voltage supply at the second predetermined frequency that is less than the first predetermined frequency. a tank circuit including a coil in parallel with a capacitance, the tank circuit for oscillating at a first predetermined frequency; and a switching circuit, including a first switch coupled to a voltage supply (Vdd) and operating at a second predetermined frequency, and a coil driver having transistors (QM P1, QM P2, QM N1, QM N2) connected in a positive feedback configuration, the coil driver connecting the first switch to the tank circuit, wherein the switching circuit energizes and de-energizes the tank circuit via the voltage supply at the second predetermined frequency that is less than the first predetermined frequency.
A vehicle driver warning device comprising: - steering angle detecting means for producing steering signals representative of the real time angle of rotation of a steering column relative to a reference position, - a control unit operably coupled to the steering angle detection means and configured to receive said steering signals and generate a timer activation signal when the absolute value of the real time angle of rotation of the steering column is equal to a maximum value and a timer deactivation signal when the absolute value of the real time angle of rotation of the steering column is again less than the maximum value after being equal to the maximum value, - a countdown timer operably coupled to the control unit and configured to receive the timer activation signal and the timer deactivation signal, said countdown timer starting a countdown of a preset period of time whenever it receives the counter activation signal and interrupting said countdown if it receives the deactivation counter signal before the end of the preset period of time, - an alarm module operably coupled to the control unit and configured to generate an alarm output perceptible to the driver upon receiving an alarm activation signal, wherein the control unit is configured to generate and communicate an alarm activation signal to said alarm module at the end of the preset period of time if the control unit determines that the countdown of the preset period of time has not been interrupted. - steering angle detecting means for producing steering signals representative of the real time angle of rotation of a steering column relative to a reference position, - a control unit operably coupled to the steering angle detection means and configured to receive said steering signals and generate a timer activation signal when the absolute value of the real time angle of rotation of the steering column is equal to a maximum value and a timer deactivation signal when the absolute value of the real time angle of rotation of the steering column is again less than the maximum value after being equal to the maximum value, - a countdown timer operably coupled to the control unit and configured to receive the timer activation signal and the timer deactivation signal, said countdown timer starting a countdown of a preset period of time whenever it receives the counter activation signal and interrupting said countdown if it receives the deactivation counter signal before the end of the preset period of time, - an alarm module operably coupled to the control unit and configured to generate an alarm output perceptible to the driver upon receiving an alarm activation signal, wherein the control unit is configured to generate and communicate an alarm activation signal to said alarm module at the end of the preset period of time if the control unit determines that the countdown of the preset period of time has not been interrupted.
A centrifugal separator for separation of particles from a gas stream, comprising a self-supporting frame for mounting inside an existing vessel for guiding the gas stream, and a first partition for dividing the vessel into a first section and a second section, wherein the first section is upstream of the second section,, a gas inlet communicating with the first section, a gas outlet communicating with the second section, a centrifugal rotor arranged to be rotatably supported in the frame around a rotational axis (x), the rotor having a first and a second end portion and comprising a plurality of separation plates defining separation passages between the plates, wherein the centrifugal separator is configured such that the first and second sections communicate via the separation passages of the rotor, characterised in that the frame comprises holding means to hold the frame at a position inside the vessel.
Method for communicating with a terminal which is available to a user, comprising a display, where applicable a camera and a speech input/output unit, wherein the terminal can be integrated in a network for local participation and can communicate with a control centre and can be controlled via the control centre, and wherein the control centre brings about a communication between the user and any third parties, wherein the communication between the user and the control centre is carried out by means of voice commands, characterised in that, in the event of the failure of automatic speech recognition, manual speech recognition and instruction execution can be carried out by a connected human operator who enters into a dialogue with the user and who manually enters a control instruction, and in that, as a result of the manual input into a speech recognition system, new speech models can be continuously learned and can be linked with corresponding control instructions.
A process for producing moldings, where the mixture comprising at least one lactam at least one catalyst at least one activator optionally at least one additional substance selected from fillers and/or fibrous substances, polymers, and further additives proceeds through treatments comprising a) mixing of,,, and optionally, b) metering of the mixture into an apparatus for producing mixture droplets comprising,,, and optionally, and producing mixture droplets, c) depositing the mixture droplets on a belt, and d) producing moldings, where the mixture droplets on the belt in step d) are heated to a temperature from 130 to 250°C to produce moldings and where the steps a), b), and c) are conducted independently of one another at a temperature which is in the range from the melting point of the highest-melting-point lactam comprised in the mixture to 100°C above the melting point of the highest-melting-point lactam comprised in the mixture. at least one lactam at least one catalyst at least one activator optionally at least one additional substance selected from fillers and/or fibrous substances, polymers, and further additives proceeds through treatments comprising a) mixing of,,, and optionally, b) metering of the mixture into an apparatus for producing mixture droplets comprising,,, and optionally, and producing mixture droplets, c) depositing the mixture droplets on a belt, and d) producing moldings, where the mixture droplets on the belt in step d) are heated to a temperature from 130 to 250°C to produce moldings and where the steps a), b), and c) are conducted independently of one another at a temperature which is in the range from the melting point of the highest-melting-point lactam comprised in the mixture to 100°C above the melting point of the highest-melting-point lactam comprised in the mixture. a) mixing of,,, and optionally, b) metering of the mixture into an apparatus for producing mixture droplets comprising,,, and optionally, and producing mixture droplets, c) depositing the mixture droplets on a belt, and d) producing moldings, where the mixture droplets on the belt in step d) are heated to a temperature from 130 to 250°C to produce moldings and where the steps a), b), and c) are conducted independently of one another at a temperature which is in the range from the melting point of the highest-melting-point lactam comprised in the mixture to 100°C above the melting point of the highest-melting-point lactam comprised in the mixture.
A method of wireless communications by a user equipment, UE, in a subset of UEs, comprising: receiving a channel state information, CSI, decoder model and CSI encoder model from a base station on physical downlink control channel, PDSCH, or a media access control-control element, MAC-CE; training the CSI decoder model and CSI encoder model based on observed channel and interference conditions to obtain updated decoder coefficients and updated encoder coefficients; receiving an indication of resources for transmission of the updated encoder coefficients and the updated decoder coefficients; transmitting the updated decoder coefficients and the updated encoder coefficients to the base station in accordance with the indication of resources; and receiving updated common weights for an updated CSI decoder model and updated CSI encoder model from the base station, the updated common weights being for the subset of UEs for further training. receiving a channel state information, CSI, decoder model and CSI encoder model from a base station on physical downlink control channel, PDSCH, or a media access control-control element, MAC-CE; training the CSI decoder model and CSI encoder model based on observed channel and interference conditions to obtain updated decoder coefficients and updated encoder coefficients; receiving an indication of resources for transmission of the updated encoder coefficients and the updated decoder coefficients; transmitting the updated decoder coefficients and the updated encoder coefficients to the base station in accordance with the indication of resources; and receiving updated common weights for an updated CSI decoder model and updated CSI encoder model from the base station, the updated common weights being for the subset of UEs for further training.
A method of processing virtual reality data, comprising: obtaining the virtual reality data, wherein the virtual reality data represents a 360-degree view of a virtual environment; storing the virtual reality data in a file, wherein the virtual reality data is stored in the file in accordance with a file format, wherein the file format defines boxes for storing data in the file, wherein a box is an object-oriented data structure, and wherein the file format specifies placement within the file of one or more boxes storing the virtual reality data and specifies placement within the file of one or more boxes storing information associated with the virtual reality data, wherein the information associated with the virtual reality data is stored within a track box, wherein track boxes store data for one or more of audio data or video data; and storing a sample entry in the track box, wherein the sample entry is associated with one or more samples, wherein the one or more samples include at least a portion of the virtual reality data, and wherein the sample entry includes a restricted scheme information box, wherein the restricted scheme information box defines a scheme for the one or more samples as a virtual reality scheme, the restricted scheme information box providing the information required to process the one or more samples in accordance with the virtual reality scheme. obtaining the virtual reality data, wherein the virtual reality data represents a 360-degree view of a virtual environment; storing the virtual reality data in a file, wherein the virtual reality data is stored in the file in accordance with a file format, wherein the file format defines boxes for storing data in the file, wherein a box is an object-oriented data structure, and wherein the file format specifies placement within the file of one or more boxes storing the virtual reality data and specifies placement within the file of one or more boxes storing information associated with the virtual reality data, wherein the information associated with the virtual reality data is stored within a track box, wherein track boxes store data for one or more of audio data or video data; and storing a sample entry in the track box, wherein the sample entry is associated with one or more samples, wherein the one or more samples include at least a portion of the virtual reality data, and wherein the sample entry includes a restricted scheme information box, wherein the restricted scheme information box defines a scheme for the one or more samples as a virtual reality scheme, the restricted scheme information box providing the information required to process the one or more samples in accordance with the virtual reality scheme.
A heater comprising an insulating base made of ceramic, and an electrically conductive line embedded in the insulating base, wherein the electrically conductive line contains electrically conductive grains and ceramic grains, characterized in that the ceramic grains in the electrically conductive line have a smaller average grain size than the ceramic grains in the insulating base, and the ceramic grains in the electrically conductive line have a smaller average grain size in an inner side than in a surface portion close to the interface with the insulating base.
Longitudinal adjustment mechanism for a vehicle seat, in particular for a motor vehicle seat, having at least one first seat rail, at least one second seat rail that is displaceable relative to the first seat rail, a spindle, assigned to the first seat rail, for interacting with a gearbox that is assigned to the second seat rail, and at least one spindle holder (20, 40, 80) for fixing the spindle relative to the first seat rail, and a floor connection for connecting the first seat rail to a vehicle structure, wherein the floor connection and the at least one spindle holder (20, 40, 80) are components that are configured so as to be mutually separate, characterized in that the at least one spindle holder is H-shaped, wherein the at least one spindle holder has two flanges which are interconnected by means of a web.
A self-testing metrologic system for an analog-signal transmitting device able to transmit a said analog signal in a pulsed transmission mode or in a continuous transmission mode, according to a given template comprising time modulation, power and frequency information characterizing said transmission mode, characterized in that it comprises metrologic analysis means comprising: - means (12, 14, 44, 56, 66) for analyzing and comparing the signal transmitted by said transmitting device with time modulation and power information at the rate of the pulses defined by the time modulation information of said template, said comparison means being able, during transmission in continuous transmission mode, to detect a difference relatively to the information of said template as soon as it appears, and - means (22, 62, 68) for temporal memory storage of anomaly information in the case of a detection of difference by the analysis and comparison means, said analysis and comparison means comprising computing means (12,44) able to obtain anomaly information by cyclic reading of the contents of said memory storage means (22, 62, 68), with a given repetition frequency of reading of the contents of said memory storage means. - means (12, 14, 44, 56, 66) for analyzing and comparing the signal transmitted by said transmitting device with time modulation and power information at the rate of the pulses defined by the time modulation information of said template, said comparison means being able, during transmission in continuous transmission mode, to detect a difference relatively to the information of said template as soon as it appears, and - means (22, 62, 68) for temporal memory storage of anomaly information in the case of a detection of difference by the analysis and comparison means,
3D dispensing apparatus, comprising - a motion platform, - at least two dispense heads for dispensing and - multiple fixtures for holding articles to be processed simultaneously, - the dispense heads or the fixtures being arranged to a slave unit, - a motion control module for automated motions of said dispense heads relative to said fixtures, characterised in that - said motions comprise three orthogonally X-Y-Z arranged linear motions and first and second rotational motions, the rotational axis of the first rotational motion being divergent from the rotational axis of the second rotational motion, - the slave unit being arranged to realize at least one of said two rotational movements so that the dispense heads or the fixtures therein realize simultaneously and equally said rotational motion. - a motion platform, - at least two dispense heads for dispensing and - multiple fixtures for holding articles to be processed simultaneously, - the dispense heads or the fixtures being arranged to a slave unit, - a motion control module for automated motions of said dispense heads relative to said fixtures, - said motions comprise three orthogonally X-Y-Z arranged linear motions and first and second rotational motions, the rotational axis of the first rotational motion being divergent from the rotational axis of the second rotational motion, - the slave unit being arranged to realize at least one of said two rotational movements so that the dispense heads or the fixtures therein realize simultaneously and equally said rotational motion.
An inhaler for repeatedly administering a defined dose of an active ingredient into the respiratory tracts of a user, wherein the inhaler has an elongate shape defining a longitudinal axis and a cross-sectional profile, wherein the inhaler comprises several portions (7; 18) of the defined dose of the active ingredient, wherein said portions (7; 18) are separated from each other and arranged in dose containers on a conveyor belt, characterized in that the inhaler comprises a release mechanism and a cannula tip or a knife and wherein the actuation of the release mechanism entails that a dose container of the conveyor belt is moved into the cannula tip or the knife such that it is cut open, wherein the maximum cross-sectional area is at most 4 cm 2 and the maximum extension of the cross-section is at most 2.85 cm.
An implantation tool for implanting a totally implantable device in the body of a human or animal, comprising an axially hollow needle connected to a supply conduit for a fluid injectable from said needle for the creation of a tissue swelling, into which said device is introducible, characterised in that it comprises a longitudinal containment body having inside it an axial cavity along which said needle is slidingly guided, and a pulling element disengageably engaged to said containment body for drawing and releasing said device in said tissue swelling.
A method comprising: capturing media content by an apparatus, wherein the media content comprises one or more videos; characterized in that the method further comprises transferring the media content by the apparatus in accordance with a network-based media processing interface mechanism, wherein the network-based media processing interface mechanism defines a set of stitching input parameters to be transferred along with the media content, the set of stitching input parameters comprises at least one of seam position selection criteria or convergence point selection criteria. capturing media content by an apparatus, wherein the media content comprises one or more videos; characterized in that the method further comprises transferring the media content by the apparatus in accordance with a network-based media processing interface mechanism, wherein the network-based media processing interface mechanism defines a set of stitching input parameters to be transferred along with the media content, the set of stitching input parameters comprises at least one of seam position selection criteria or convergence point selection criteria.
An apparatus, comprising: a plurality of substantially planar battery electrodes arranged in a first rigid battery cell stack (415A,...415N) and a second rigid battery cell stack (415A,...415N); a transducer connected to the first and second stacks (415A,...415N); a wireless transmitter connected to the first and second stacks (415A,...415N) and to the transducer; one or more flexible conductor substrates interconnecting the first and second stacks (415A,...415N), the transducer, and the wireless transmitter; and a biocompatible flexible housing enclosing the first and second stacks (415A,...415N), the transducer, and the wireless transmitter, the biocompatible flexible housing adapted to allow the first and second stacks (415A,...415N) and the transducer to move with respect to one another. a plurality of substantially planar battery electrodes arranged in a first rigid battery cell stack (415A,...415N) and a second rigid battery cell stack (415A,...415N); a transducer connected to the first and second stacks (415A,...415N); a wireless transmitter connected to the first and second stacks (415A,...415N) and to the transducer; one or more flexible conductor substrates interconnecting the first and second stacks (415A,...415N), the transducer, and the wireless transmitter; and a biocompatible flexible housing enclosing the first and second stacks (415A,...415N), the transducer, and the wireless transmitter, the biocompatible flexible housing adapted to allow the first and second stacks (415A,...415N) and the transducer to move with respect to one another.