mhurhangee/ep-ind-claims huggingface dataset:
A method of operating a switch-mode power supply controller, comprising: comparing a summation voltage comprising a sum of an error voltage received from a power stage coupled to the controller and a reference voltage with an estimated voltage to generate a comparator output signal; providing the comparator output signal to a programmable delay line having an input coupled to an output of the comparator and an output coupled to an input of an inverter, generating, at the inverter, a gate drive signal by inverting the comparator output signal; conveying the gate drive signal from the controller to at least one gate driver of the power stage coupled to the controller; and characterized by: conveying the gate drive signal to a low-pass filter within the controller; and filtering the gate drive signal at the low-pass filter within the controller to generate the estimated voltage, wherein the estimated voltage is substantially the same as an output voltage of the power stage in steady state. comparing a summation voltage comprising a sum of an error voltage received from a power stage coupled to the controller and a reference voltage with an estimated voltage to generate a comparator output signal; providing the comparator output signal to a programmable delay line having an input coupled to an output of the comparator and an output coupled to an input of an inverter, generating, at the inverter, a gate drive signal by inverting the comparator output signal; conveying the gate drive signal from the controller to at least one gate driver of the power stage coupled to the controller; and characterized by: conveying the gate drive signal to a low-pass filter within the controller; and filtering the gate drive signal at the low-pass filter within the controller to generate the estimated voltage, wherein the estimated voltage is substantially the same as an output voltage of the power stage in steady state. conveying the gate drive signal to a low-pass filter within the controller; and filtering the gate drive signal at the low-pass filter within the controller to generate the estimated voltage, wherein the estimated voltage is substantially the same as an output voltage of the power stage in steady state.
A method for operating an apparatus having first and second stand-by modes when said apparatus is in an off state, wherein said first stand-by mode consumes a different amount of power than said second stand-by mode, said method comprising: enabling display of a user interface allowing user selections for a plurality of different time periods of a day; and enabling a user to select, via said user interface, any one of at least three different options for each one of said different time periods, wherein a first one of said options includes setting said apparatus to said first stand-by mode for said time period, a second one of said options includes setting said apparatus to said second stand-by mode for said time period, and a third one of said options includes setting said apparatus to a statistical mode for said time period, wherein said statistical mode includes setting said apparatus to one of said first and second stand-by modes for said time period based on a user's past viewing habits during said time period. enabling display of a user interface allowing user selections for a plurality of different time periods of a day; and enabling a user to select, via said user interface, any one of at least three different options for each one of said different time periods, wherein a first one of said options includes setting said apparatus to said first stand-by mode for said time period, a second one of said options includes setting said apparatus to said second stand-by mode for said time period, and a third one of said options includes setting said apparatus to a statistical mode for said time period, wherein said statistical mode includes setting said apparatus to one of said first and second stand-by modes for said time period based on a user's past viewing habits during said time period.
Method for testing a control unit with a test device, wherein the control unit has at least one state variable and at least one actual functionality including a time dependence, and the control unit and the test device are connected to one another via a signal interface, comprising the following method steps: - formal language detection of at least one target functionality including a time dependency as a request, wherein the formal language detection of the target functionality including the time dependence means that the formal language is semantically unique, thereby avoiding colloquial inaccuracies, and wherein the target functionality comprises at least one action and at least one expected reaction, - generation of at least one request model from the requests representing the totality of the requests, - generation of test cases using at least one accessibility analysis performed in the request model, taking into account the time dependence of the target functionality without taking the detour of an error model of the target functionality, wherein the time dependence of the target functionality consists of specifying a reaction time interval of the expected reaction, - translation of the test cases into signal patterns, application of the signal patterns to the control unit via the signal interface by the test device and recording the state variables of interest of the control unit with the test device. - formal language detection of at least one target functionality including a time dependency as a request, wherein the formal language detection of the target functionality including the time dependence means that the formal language is semantically unique, thereby avoiding colloquial inaccuracies, and wherein the target functionality comprises at least one action and at least one expected reaction, - generation of at least one request model from the requests representing the totality of the requests, - generation of test cases using at least one accessibility analysis performed in the request model, taking into account the time dependence of the target functionality without taking the detour of an error model of the target functionality, wherein the time dependence of the target functionality consists of specifying a reaction time interval of the expected reaction, - translation of the test cases into signal patterns, application of the signal patterns to the control unit via the signal interface by the test device and recording the state variables of interest of the control unit with the test device.
A manufacturing method of a coil component comprising the steps of: preparing a coil assembly body, in which a coil is attached on a magnetic core, and a mold body, which is formed with a cavity portion in the inside thereof and which includes at least one opening portion, putting a viscous admixture including magnetic powders and thermosetting resin and the coil assembly body in the cavity portion, pushing the put-in viscous admixture in the mold body, and thermally-curing the pushed-in viscous admixture and forming a magnetic exterior body which covers the coil assembly body, characterised in that in the step of pushing, a rotating press body is used. preparing a coil assembly body, in which a coil is attached on a magnetic core, and a mold body, which is formed with a cavity portion in the inside thereof and which includes at least one opening portion, putting a viscous admixture including magnetic powders and thermosetting resin and the coil assembly body in the cavity portion, pushing the put-in viscous admixture in the mold body, and thermally-curing the pushed-in viscous admixture and forming a magnetic exterior body which covers the coil assembly body, characterised in that in the step of pushing, a rotating press body is used.
A network switch (18, 22) for optimizing behaviour of a network comprising: a control-traffic prioritizer (34, 46) for classifying control traffic comprising a plurality of different control signal types, including a roaming control signal type, in accordance with one or more predetermined rules; a session Quality of Service, QoS, value table (40, 50) defining QoS values for the different control signal types, the QoS values indicative of different control-traffic priorities; a marking module (38, 48) referencing the QoS value table (40, 50) and configured to assign QoS values to control signals of the control traffic according to the control signal types of the control signals and the QoS values defined therefor in the QoS table (40, 50) based on the number of concurrent roaming requests or backlogs of roam requests, and to mark the control signals with the assigned QoS values; and means for adjusting behaviour of the network in accordance with the marked control signals. a control-traffic prioritizer (34, 46) for classifying control traffic comprising a plurality of different control signal types, including a roaming control signal type, in accordance with one or more predetermined rules; a session Quality of Service, QoS, value table (40, 50) defining QoS values for the different control signal types, the QoS values indicative of different control-traffic priorities; a marking module (38, 48) referencing the QoS value table (40, 50) and configured to assign QoS values to control signals of the control traffic according to the control signal types of the control signals and the QoS values defined therefor in the QoS table (40, 50) based on the number of concurrent roaming requests or backlogs of roam requests, and to mark the control signals with the assigned QoS values; and means for adjusting behaviour of the network in accordance with the marked control signals.
A method performed by a network node (111, 115) for determining a beam to direct a signal to be transmitted from the network node (111, 115) to a user equipment, which network node (111, 115) and which user equipment operate in a wireless communications network, the method comprising: obtaining (202, 302) information related to a sequence of beams (422, 424) of a beam forming pattern associated with the user equipment, wherein the information related to the sequence of beams (422, 424) comprises information related to a movement or a movement pattern of the user equipment, characterized in that the method further comprises: classifying (203, 303) the user equipment to a beam forming class for user equipment that share beam forming statistics or beam forming patterns, based on the information related to the sequence of beams (422, 424), and determining (204, 304) said beam to direct said signal to be transmitted from the network node (111, 115) to the user equipment, based on the information related to the sequence of beams (422, 424) and based on a result of classifying the user equipment. obtaining (202, 302) information related to a sequence of beams (422, 424) of a beam forming pattern associated with the user equipment, wherein the information related to the sequence of beams (422, 424) comprises information related to a movement or a movement pattern of the user equipment, characterized in that the method further comprises: classifying (203, 303) the user equipment to a beam forming class for user equipment that share beam forming statistics or beam forming patterns, based on the information related to the sequence of beams (422, 424), and determining (204, 304) said beam to direct said signal to be transmitted from the network node (111, 115) to the user equipment, based on the information related to the sequence of beams (422, 424) and based on a result of classifying the user equipment. classifying (203, 303) the user equipment to a beam forming class for user equipment that share beam forming statistics or beam forming patterns, based on the information related to the sequence of beams (422, 424), and determining (204, 304) said beam to direct said signal to be transmitted from the network node (111, 115) to the user equipment, based on the information related to the sequence of beams (422, 424) and based on a result of classifying the user equipment.
A machining unit, in particular a hand-held electric circular saw, preferably a pendulum guard saw, having a base body which in particular comprises a base plate; and having a work unit which comprises a driven machining tool, in particular a saw blade, wherein the work unit or an abutment for the work unit is movable relative to the base body to set the machining depth and a clamping apparatus for clamping the work unit or the abutment to the base body is provided for a selective fixing of a set machining depth of the machining tool relative to the base body, with the clamping apparatus comprising a movable clamp body which is in particular pivotable and which presses onto a counter-surface in a fixed position of the clamping apparatus, characterized in that the clamp body forms a self-locking ratchet together with the counter-surface at least in an adjustment direction.
A terminal comprising: a receiving section configured to receive a measurement instruction; and a control section configured to determine whether information indicating that an index of a synchronization signal block, SSB, transmitted by a neighboring cell can be derived based on a timing of a serving cell or a timing of a cell of a target frequency is included in the measurement instruction, wherein, in a case where the measurement instruction includes the information and indicates an inter-frequency measurement in a second carrier that is different from a first carrier of the serving cell, the control section is further configured to determine that frame boundaries of a plurality of cells on the second carrier are aligned and to derive the index of the SSB of each cell on the second carrier using a timing of one cell on the second carrier. a receiving section configured to receive a measurement instruction; and a control section configured to determine whether information indicating that an index of a synchronization signal block, SSB, transmitted by a neighboring cell can be derived based on a timing of a serving cell or a timing of a cell of a target frequency is included in the measurement instruction, wherein, in a case where the measurement instruction includes the information and indicates an inter-frequency measurement in a second carrier that is different from a first carrier of the serving cell, the control section is further configured to determine that frame boundaries of a plurality of cells on the second carrier are aligned and to derive the index of the SSB of each cell on the second carrier using a timing of one cell on the second carrier.
A welding gun for an arc welding device, comprising at a welding end a gas nozzle in the form of a sleeve with a wall surrounding a flow-through channel and gas distributor arranged in the gas nozzle with gas outflow openings, wherein the gas nozzle has at a connecting end inside the internal side of the wall a linking structure, in particular an internal thread, for linking to a counter-structure of the welding gun and at a gas exit end facing the connecting end, wherein a continuous, circumferential protrusion is formed at the gas nozzle further on the internal side of the wall seen in direction of the gas exit end behind the linking structure, which protrusion causes reduction of the cross-section of the flow-through channel with respect to the surrounding of the protrusion and wherein the gas distributor seen in direction of the gas exit end has a corresponding recess before the gas outflow openings, characterised in that in installed condition the protrusion of the gas nozzle extends beyond and cover the recess at the gas distributor, without leaning against it.
Use of 13,14-dihydro-15-keto-16,16-difluoro-prostaglandin E 1 or 13,14-dihydro-15-keto-16,16-difluoro-18-methyl-prostaglandin E 1 for manufacturing a pharmaceutical composition for treating cancer or premalignant condition in a mammalian subject.
A tool path generation method for generating second tool path by performing smoothing treatment with respect to first tool path that machines a workpiece with a machine tool, the tool path generation method comprising: a step of setting movement points in the first tool path; a rate-of-change calculation step for calculating a rate of change in curvature of the first tool path at each of the movement points; a weight calculation step for calculating a weight of moving average based on the rate of change in the curvature of the first tool path at each of the movement points so that the smoothing is strengthened at a movement point that has a larger rate of the curvature change than adjacent movement points thereof and that the smoothing is weakened at a movement point that has a smaller rate of the curvature change than adjacent movement points thereof; and a step of calculating a coordinate value of the moving average of the movement points by using the weight at each of the movement points and setting the coordinate value of the moving average of the movement point as the movement points (P') of the second tool path. a step of setting movement points in the first tool path; a rate-of-change calculation step for calculating a rate of change in curvature of the first tool path at each of the movement points; a weight calculation step for calculating a weight of moving average based on the rate of change in the curvature of the first tool path at each of the movement points so that the smoothing is strengthened at a movement point that has a larger rate of the curvature change than adjacent movement points thereof and that the smoothing is weakened at a movement point that has a smaller rate of the curvature change than adjacent movement points thereof; and a step of calculating a coordinate value of the moving average of the movement points by using the weight at each of the movement points and setting the coordinate value of the moving average of the movement point as the movement points (P') of the second tool path.
Optoelectronic apparatus for the photoreception of an optical signal with at least one structure including: • an optical amplifier section including a first active zone, and • a photoreception section including a second active zone, wherein said structure further includes a diluted multimode guide common to the two sections, while the optical amplifier section and the photoreception section are separated, wherein a face of the active zone of the amplifier section and a face of the active zone of the photoreception section are in direct contact with said diluted multimode guide, characterized in that the first active zone is thinner than the second active zone, wherein the first active zone and the second active zone are arranged so as to provide a coupling of evanescent waves with said diluted multimode guide, so that, in response to a propagation of the optical signal, the diluted multimode guide is designed to periodically focus the photonic energy close to the first active zone and to the second zone, wherein said periodicity is the result of the intermodal beats of the wave modes through the diluted multimode guide. • an optical amplifier section including a first active zone, and • a photoreception section including a second active zone,
Bracelet link capable of composing a bracelet, the main direction of which defines a longitudinal axis, said link comprising: - a body traversed by a channel arranged in a direction transverse to the longitudinal axis, said channel being interrupted by a connecting portion provided in said body and in which a second link can engage, - a barrette housed in the channel, said barrette being able to be displaced in translation in the channel with reference to the body, between an assembly position in which the barrette passes through the connecting portion and a free position in which it leaves the connecting portion free, - a locking member arranged in said body to be translationally movable between a first position, in which it locks the longitudinal position of the barrette to hold it in its assembly position, and a second position, in which the barrette is translationally movable, the locking member being a button or being linked to a button in such a way that it is capable of being moved to its second position in response to pressure exerted by a user directly on the button, and - an elastic member exerting on said locking member a force tending to maintain it in its first position, and being characterized in that it comprises a spring interposed between the barrette and the body, arranged to exert on the barrette a force tending to push it in translation from the assembly position to the free position. - a body traversed by a channel arranged in a direction transverse to the longitudinal axis, said channel being interrupted by a connecting portion provided in said body and in which a second link can engage, - a barrette housed in the channel, said barrette being able to be displaced in translation in the channel with reference to the body, between an assembly position in which the barrette passes through the connecting portion and a free position in which it leaves the connecting portion free, - a locking member arranged in said body to be translationally movable between a first position, in which it locks the longitudinal position of the barrette to hold it in its assembly position, and a second position, in which the barrette is translationally movable, the locking member being a button or being linked to a button in such a way that it is capable of being moved to its second position in response to pressure exerted by a user directly on the button, and - an elastic member exerting on said locking member a force tending to maintain it in its first position,
A method of setting up the configuration of at least one display device among a plurality of at least two display devices (200, PDP 1 -PDP n), the method comprising: downloading configuration data from a first one of said plurality of at least two display devices (200, PDP 1 -PDP n) to a configuration set-up device having a plurality of reception buttons, a plurality of transmission buttons and a memory, said first display device having a predetermined configuration; storing the downloaded configuration data in the memory; and uploading the configuration data to a second one of said plurality of at least two display devices (200, PDP 1 -PDP n), wherein the plurality of reception buttons controls the storing of the downloaded configuration data in the memory depending on each different reception button and wherein a corresponding plurality of configuration data sets are downloaded to the configuration set-up device and respectively stored in the memory, and wherein the plurality of transmission buttons controls the uploading of the plurality of configuration data sets stored in the memory to said second display device depending on each different transmission button, and wherein the configuration of said second display device is automatically set up according to the uploaded configuration data. downloading configuration data from a first one of said plurality of at least two display devices (200, PDP 1 -PDP n) to a configuration set-up device having a plurality of reception buttons, a plurality of transmission buttons and a memory, said first display device having a predetermined configuration; storing the downloaded configuration data in the memory; and uploading the configuration data to a second one of said plurality of at least two display devices (200, PDP 1 -PDP n), wherein the plurality of reception buttons controls the storing of the downloaded configuration data in the memory depending on each different reception button and wherein a corresponding plurality of configuration data sets are downloaded to the configuration set-up device and respectively stored in the memory, and wherein the plurality of transmission buttons controls the uploading of the plurality of configuration data sets stored in the memory to said second display device depending on each different transmission button, and wherein the configuration of said second display device is automatically set up according to the uploaded configuration data.