mhurhangee/ep-ind-claims huggingface dataset:
An inverter that outputs voltage for driving an electric motor, the inverter comprising: a first restart voltage reference generator configured to receive three phase currents output from the electric motor and a frequency of the inverter and a rating current of the motor to output a first restart voltage and a first restart phase angle; a second restart voltage reference generator configured to receive an inverter output voltage output from the inverter to output a second restart voltage and a second restart phase angle; and a switch unit configured to receive the first restart voltage, the first restart phase angle, the second restart voltage and the second restart phase angle to output a restart voltage and a phase angle according to a restart flag, characterized in that: the inverter is configured to calculate a maximum load torque generated by the electric motor in the restart zone and a load torque in the restart zone and to compare the maximum load torque with the load torque, the switch unit is configured to apply the first restart voltage and the first phase angle to the inverter when the maximum load torque is smaller than the load torque, and the switch unit is configured to apply the second restart voltage and the second phase angle to the inverter when the maximum load torque is larger than the load torque. a first restart voltage reference generator configured to receive three phase currents output from the electric motor and a frequency of the inverter and a rating current of the motor to output a first restart voltage and a first restart phase angle; a second restart voltage reference generator configured to receive an inverter output voltage output from the inverter to output a second restart voltage and a second restart phase angle; and a switch unit configured to receive the first restart voltage, the first restart phase angle, the second restart voltage and the second restart phase angle to output a restart voltage and a phase angle according to a restart flag, characterized in that: the inverter is configured to calculate a maximum load torque generated by the electric motor in the restart zone and a load torque in the restart zone and to compare the maximum load torque with the load torque, the switch unit is configured to apply the first restart voltage and the first phase angle to the inverter when the maximum load torque is smaller than the load torque, and the switch unit is configured to apply the second restart voltage and the second phase angle to the inverter when the maximum load torque is larger than the load torque. the inverter is configured to calculate a maximum load torque generated by the electric motor in the restart zone and a load torque in the restart zone and to compare the maximum load torque with the load torque, the switch unit is configured to apply the first restart voltage and the first phase angle to the inverter when the maximum load torque is smaller than the load torque, and the switch unit is configured to apply the second restart voltage and the second phase angle to the inverter when the maximum load torque is larger than the load torque.
A method, comprising: at an electronic device with a display and an audio input device: displaying a plurality of suggested candidate task affordances including a candidate task affordance associated with a task, wherein a first suggested candidate task affordance from the plurality of suggested candidate task affordances is suggested based on a first contextual characteristic associated with the electronic device and a second suggested candidate task affordance from the plurality of suggested candidate task affordances is suggested based on a second contextual characteristic associated with the electronic device, wherein the first contextual characteristic and the second contextual characteristic are different contextual characteristics; detecting a set of inputs including a first user input corresponding to a selection of the candidate task affordance associated with the task; in response to detecting the set of user inputs, displaying a first interface for generating a voice shortcut associated with the task; while displaying the first interface: receiving, by the audio input device, a natural-language speech input; and displaying, in the first interface, a candidate phrase, wherein the candidate phrase is based on the natural-language speech input; after displaying the candidate phrase, detecting a second user input; and in response to detecting the second user input, associating the candidate phrase with the task. displaying a plurality of suggested candidate task affordances including a candidate task affordance associated with a task, wherein a first suggested candidate task affordance from the plurality of suggested candidate task affordances is suggested based on a first contextual characteristic associated with the electronic device and a second suggested candidate task affordance from the plurality of suggested candidate task affordances is suggested based on a second contextual characteristic associated with the electronic device, wherein the first contextual characteristic and the second contextual characteristic are different contextual characteristics; detecting a set of inputs including a first user input corresponding to a selection of the candidate task affordance associated with the task; in response to detecting the set of user inputs, displaying a first interface for generating a voice shortcut associated with the task; while displaying the first interface: receiving, by the audio input device, a natural-language speech input; and displaying, in the first interface, a candidate phrase, wherein the candidate phrase is based on the natural-language speech input; receiving, by the audio input device, a natural-language speech input; and displaying, in the first interface, a candidate phrase, wherein the candidate phrase is based on the natural-language speech input; after displaying the candidate phrase, detecting a second user input; and in response to detecting the second user input, associating the candidate phrase with the task.
A microcontroller comprising: a processor; a memory; a bus connecting the processor and the memory; and a memory watch unit, characterized in that the memory watch unit comprises one or more memory-watch event registers and one or more configuration registers, wherein the memory watch unit is arranged to monitor memory access instructions on the bus, and can be configured, using the one or more configuration registers, to (i) detect a memory access instruction for a memory address in a configurable watch region of the memory, and (ii) change the contents of one or more memory-watch event registers in response to such a detection; wherein the microcontroller further comprises a task-receiving peripheral and a programmable peripheral interconnect, wherein the memory watch unit is further arranged to signal a detection event when the memory watch unit detects a memory access instruction for a memory address in the configurable watch region of the memory, wherein the programmable peripheral interconnect is arranged to access a memory in which a mapping can be stored between the detection event by the memory watch unit and a task of the task-receiving peripheral, and wherein the programmable peripheral interconnect is arranged, so that, when a mapping is stored between said detection event and a task of the task-receiving peripheral, the programmable peripheral interconnect will send a task signal to the task-receiving peripheral to trigger said task in response to receiving a signal of the detection event from the memory watch unit. a processor; a memory; a bus connecting the processor and the memory; and a memory watch unit, characterized in that the memory watch unit comprises one or more memory-watch event registers and one or more configuration registers, wherein the memory watch unit is arranged to monitor memory access instructions on the bus, and can be configured, using the one or more configuration registers, to (i) detect a memory access instruction for a memory address in a configurable watch region of the memory, and (ii) change the contents of one or more memory-watch event registers in response to such a detection; wherein the microcontroller further comprises a task-receiving peripheral and a programmable peripheral interconnect, wherein the memory watch unit is further arranged to signal a detection event when the memory watch unit detects a memory access instruction for a memory address in the configurable watch region of the memory, wherein the programmable peripheral interconnect is arranged to access a memory in which a mapping can be stored between the detection event by the memory watch unit and a task of the task-receiving peripheral, and wherein the programmable peripheral interconnect is arranged, so that, when a mapping is stored between said detection event and a task of the task-receiving peripheral, the programmable peripheral interconnect will send a task signal to the task-receiving peripheral to trigger said task in response to receiving a signal of the detection event from the memory watch unit.
A method of transmitting/receiving a signal by a user equipment having a plurality of distributed antenna groups, in a wireless communication system, the method comprising: computing, by the UE, channel quality indicators for each of the distributed antenna groups, based on signal quality information provided from the distributed antenna groups; selecting, by the UE, a preferred distributed antenna group from the distributed antenna groups based on the channel quality indicators; reporting, by the UE, information on the channel quality indicators; and reporting, by the UE, information on the preferred distributed antenna group to the base station if the preferred distributed antenna group is different from a previously selected specific distributed antenna group, characterized in that if the preferred distributed antenna group is different from the previously selected specific distributed antenna group, the UE transmits an aperiodic uplink reference signal including a Modulation and Coding Scheme, MCS, change request message to the base station. computing, by the UE, channel quality indicators for each of the distributed antenna groups, based on signal quality information provided from the distributed antenna groups; selecting, by the UE, a preferred distributed antenna group from the distributed antenna groups based on the channel quality indicators; reporting, by the UE, information on the channel quality indicators; and reporting, by the UE, information on the preferred distributed antenna group to the base station if the preferred distributed antenna group is different from a previously selected specific distributed antenna group, characterized in that if the preferred distributed antenna group is different from the previously selected specific distributed antenna group, the UE transmits an aperiodic uplink reference signal including a Modulation and Coding Scheme, MCS, change request message to the base station.
Household appliance, in particular washing machine or dryer, having a housing, in which a laundry drum is rotatably mounted in a wash tub, which is connected to the housing by way of at least one support element of a vibration damping device (17, 31, 33), wherein the support element is hinged to the housing by interposition of a pivot lever, wherein the pivot lever and/or the support element can be pivoted by overcoming a frictional force predetermined for damping operationally specific oscillations of the wash tub, wherein the pivot lever is hinged to the housing by way of a first pivot hinge about a first pivot axis fixed to a housing side wall, characterised in that the pivot lever is hinged to the support element by way of a second rotary hinge about a second pivot axis which is moveable relative to the housing, wherein the support element is hinged to the wash tub by way of a third rotary hinge which is fixed to the wash tub, and wherein the first, second and/or third rotary hinge (37, 47, 51) has a bearing sleeve, in which at least one bearing pin is rotatably mounted with a press fit, by means of which the heat produced by the friction is discharged.
System for measuring at least one electrical quantity of a current circulating in at least one electrical device mounted on a mounting support, comprising electrical power supply means, means for measuring the current circulating in the device, means for tapping the voltage at the terminals of the device, and means for measuring this voltage, means for processing the measurement information, and means for communicating the measurement information to a receiver, characterized in that it comprises a first, so-called main module comprising the abovementioned power supply means, the current and voltage measurement means, the processing means and the communication means, and a second, so-called auxiliary module comprising the voltage tapping means (p) and electrical connection means (c) connecting with the so-called main module, this connection allowing voltage to be supplied to the main module and the voltage recorded by the auxiliary module to be measured, the second module comprising electrical coupling means connecting to the terminals of the device to be measured, these means being adapted to the configuration of these terminals.
A reductant delivery system comprising: a pump; an injector in fluid communication with the pump; and a controller communicatively coupled to the pump and the injector, the controller structured to: interpret, via a pump diagnostic circuit, first and second pump parameters indicative of first and second pump rates; interpret, via a dosing diagnostic circuit, first and second dosing parameters indicative of first and second injector characteristics; determine, via a delivery diagnostic circuit, a delivery status based, at least in part, on the interpretation of the first and second pump parameters and the first and second dosing parameters; and generate a status command indicative of at least one of an under-restricted injector or an over-restricted injector in response to the determination of the delivery status. a pump; an injector in fluid communication with the pump; and a controller communicatively coupled to the pump and the injector, the controller structured to: interpret, via a pump diagnostic circuit, first and second pump parameters indicative of first and second pump rates; interpret, via a dosing diagnostic circuit, first and second dosing parameters indicative of first and second injector characteristics; determine, via a delivery diagnostic circuit, a delivery status based, at least in part, on the interpretation of the first and second pump parameters and the first and second dosing parameters; and generate a status command indicative of at least one of an under-restricted injector or an over-restricted injector in response to the determination of the delivery status. interpret, via a pump diagnostic circuit, first and second pump parameters indicative of first and second pump rates; interpret, via a dosing diagnostic circuit, first and second dosing parameters indicative of first and second injector characteristics; determine, via a delivery diagnostic circuit, a delivery status based, at least in part, on the interpretation of the first and second pump parameters and the first and second dosing parameters; and generate a status command indicative of at least one of an under-restricted injector or an over-restricted injector in response to the determination of the delivery status.
A table assembly (10, 100), comprising: a lower table portion (30, 130), and an upper table portion (40, 140) operationally engaging the lower table portion (30, 130); wherein the upper (40, 140) and lower (30, 130) table portions are slidably movable relative to each other between a generally parallel configuration wherein the lower (30, 130) and upper (40, 140) table portions are vertically stacked and a generally co-planar configuration wherein the lower (30, 130) and upper (40, 140) table portions are generally horizontally aligned, whereby the lower table portion (30, 130) includes at least one channel (34, 134), and the upper table portion (40, 140) engages the at least one channel (34, 134) such that the upper table portion (40, 140) is moveable between a position generally parallel to and above the lower table portion (30, 130) and said position generally co-planar with the lower table portion (40, 140), characterised in that the at least one channel (34, 134) includes a primary portion (36, 136) and a secondary portion (38, 138), and in that channel depth of the primary portion (36, 136) is greater than channel depth of the secondary portion (38, 138). a lower table portion (30, 130), and an upper table portion (40, 140) operationally engaging the lower table portion (30, 130); wherein the upper (40, 140) and lower (30, 130) table portions are slidably movable relative to each other between a generally parallel configuration wherein the lower (30, 130) and upper (40, 140) table portions are vertically stacked and a generally co-planar configuration wherein the lower (30, 130) and upper (40, 140) table portions are generally horizontally aligned, whereby the lower table portion (30, 130) includes at least one channel (34, 134), and the upper table portion (40, 140) engages the at least one channel (34, 134) such that the upper table portion (40, 140) is moveable between a position generally parallel to and above the lower table portion (30, 130) and said position generally co-planar with the lower table portion (40, 140), characterised in that the at least one channel (34, 134) includes a primary portion (36, 136) and a secondary portion (38, 138), and in that channel depth of the primary portion (36, 136) is greater than channel depth of the secondary portion (38, 138).
An electronic apparatus comprising: a first circuit board and a second circuit board; one or more electronic components mounted on opposing surfaces (17a, 18a) of the first circuit board and the second circuit board, wherein the one or more electronic components include a first electronic component mounted on the first circuit board and a second electronic component mounted on the second circuit board; an enclosure portion configured to support a surface of each of the first circuit board and the second circuit board to oppose each other and to enclose a gap space that includes the one or more electronic components, within the gap space defined by a predetermined gap between the first circuit board and the second circuit board, wherein the first electronic component and the second electronic component are arranged in the gap space in a manner so as to not interfere with each other; a housing configured to accommodate the first circuit board, the second circuit board, and the enclosure portion, the enclosure portion contacting the housing; a partition wall that is fixed to the enclosure portion and partitions the gap space into a first circuit board space that includes the first electronic component and a second circuit board space that includes the second electronic component, wherein the partition wall has heat conductivity and directly contacts at least one of the first electronic component and the second electronic component. a first circuit board and a second circuit board; one or more electronic components mounted on opposing surfaces (17a, 18a) of the first circuit board and the second circuit board, wherein the one or more electronic components include a first electronic component mounted on the first circuit board and a second electronic component mounted on the second circuit board; an enclosure portion configured to support a surface of each of the first circuit board and the second circuit board to oppose each other and to enclose a gap space that includes the one or more electronic components, within the gap space defined by a predetermined gap between the first circuit board and the second circuit board, wherein the first electronic component and the second electronic component are arranged in the gap space in a manner so as to not interfere with each other; a housing configured to accommodate the first circuit board, the second circuit board, and the enclosure portion, the enclosure portion contacting the housing; a partition wall that is fixed to the enclosure portion and partitions the gap space into a first circuit board space that includes the first electronic component and a second circuit board space that includes the second electronic component, wherein the partition wall has heat conductivity and directly contacts at least one of the first electronic component and the second electronic component.
Vehicle tailgate comprising a surface intended to face towards the inside of the vehicle when the tailgate is mounted on the vehicle, a first seal, made preferably from an elastomer material, extending around the entire periphery of the tailgate, the tailgate comprising a box and an inner bodywork panel placed on a surface of the box intended to face towards the outside of the vehicle when the tailgate is mounted on the vehicle, the panel being arranged so that it comprises at its periphery a wall along the wall of the box, the first seal being fitted on the two superimposed walls of the box and of the panel; the tailgate being characterised in that it comprises a second seal placed between the bodywork panel and the box at one end of the panel along a central opening of the box, the first seal also being fitted on at least one end of the second seal in the longitudinal direction thereof.
Textile structure comprising (a) a Binder composition and (b) at least one textile structure, said textile structure is made from fibers of synthesized polymers, ceramic fibers, mineral fibers, glass fibers or mixtures thereof and said binder composition is at least partially cured and being in the B-stage state, wherein (c) the Binder composition comprising (i) at least one B-stage binder and (ii) at least one a thermoplastic emulsion based on polyolefin, the binder composition contains at least 0.1 % emulsion, based on the total solid content of the binder composition, up to a value of 35%, (d) the weight per unit area of the textile structure of mineral fibers is between 15 and 500g/m 2, and these data refer to a textile structure without any binders, additives or coatings, the weight per unit area of the textile structure of glass fibers is between 15 and 500g/m 2, and these data refer to a textile structure without any binders, additives or coatings, the weight per unit area of the textile structure of fibers of synthetic polymers is between 10 and 500g/m 2, and these data refer to a textile structure without any binders, additives or coatings. (a) a Binder composition and (b) at least one textile structure, said textile structure is made from fibers of synthesized polymers, ceramic fibers, mineral fibers, glass fibers or mixtures thereof and said binder composition is at least partially cured and being in the B-stage state, wherein (c) the Binder composition comprising (i) at least one B-stage binder and (ii) at least one a thermoplastic emulsion based on polyolefin, the binder composition contains at least 0.1 % emulsion, based on the total solid content of the binder composition, up to a value of 35%, (i) at least one B-stage binder and (ii) at least one a thermoplastic emulsion based on polyolefin, the binder composition contains at least 0.1 % emulsion, based on the total solid content of the binder composition, up to a value of 35%, (d) the weight per unit area of the textile structure of mineral fibers is between 15 and 500g/m 2, and these data refer to a textile structure without any binders, additives or coatings, the weight per unit area of the textile structure of glass fibers is between 15 and 500g/m 2, and these data refer to a textile structure without any binders, additives or coatings, the weight per unit area of the textile structure of fibers of synthetic polymers is between 10 and 500g/m 2, and these data refer to a textile structure without any binders, additives or coatings.