mhurhangee/ep-ind-claims huggingface dataset:
A method of measuring power input to a system, comprising: providing an input-power estimator configured to solve a slope-intercept equation for input power, P in, wherein the slope-intercept equation is a function of on-time, t on, of a switch controlled by a switch controller and an input voltage, U in, input into a power factor compensation stage of the system and includes a plurality of slope constants (m1, m2, m3) and a plurality of y-intercept constants (b1, b2, b3), which are determined from a linear expansion of nonlinear functions (m(Uin), b(Uin)) of the input voltage Uin, and wherein the PFC stage includes the switch; receiving a t on value from the switch controller; retrieving, from a memory, a plurality of slope-constant values and a plurality of y-intercept-constant values, loaded in the memory during a calibration procedure of the input-power estimator; and solving the slope-intercept equation using the t on value, the input voltage U in, the plurality of slope-constant values, and the plurality yintercept-constant values to determine P in. providing an input-power estimator configured to solve a slope-intercept equation for input power, P in, wherein the slope-intercept equation is a function of on-time, t on, of a switch controlled by a switch controller and an input voltage, U in, input into a power factor compensation stage of the system and includes a plurality of slope constants (m1, m2, m3) and a plurality of y-intercept constants (b1, b2, b3), which are determined from a linear expansion of nonlinear functions (m(Uin), b(Uin)) of the input voltage Uin, and wherein the PFC stage includes the switch; receiving a t on value from the switch controller; retrieving, from a memory, a plurality of slope-constant values and a plurality of y-intercept-constant values, loaded in the memory during a calibration procedure of the input-power estimator; and solving the slope-intercept equation using the t on value, the input voltage U in, the plurality of slope-constant values, and the plurality yintercept-constant values to determine P in.
A method for feeding electrical power at a network connection point into an electrical supply network by means of at least one wind power installation, comprising the following steps: - generating electrical power from wind, - feeding the generated power or a portion thereof into the electrical supply network, - offering an instantaneous reserve for additionally feeding or reducing the feeding into the electrical supply network in order to support the electrical supply network, and - additionally feeding electrical power or reducing the fed-in power up to the offered instantaneous reserve, depending on a network property and/or an external requirement, in order to support the electrical supply network, characterized in that - the level of the offered instantaneous reserve is settable as a reserve level, wherein a setpoint value for altering the reserve level is input to the at least one wind power installation via an interface and the at least one wind power installation provides its set reserve level as information, namely to other wind power installations and/or a central control unit monitoring a plurality of network connection points. - generating electrical power from wind, - feeding the generated power or a portion thereof into the electrical supply network, - offering an instantaneous reserve for additionally feeding or reducing the feeding into the electrical supply network in order to support the electrical supply network, and - additionally feeding electrical power or reducing the fed-in power up to the offered instantaneous reserve, depending on a network property and/or an external requirement, in order to support the electrical supply network, characterized in that - the level of the offered instantaneous reserve is settable as a reserve level, wherein a setpoint value for altering the reserve level is input to the at least one wind power installation via an interface and the at least one wind power installation provides its set reserve level as information, namely to other wind power installations and/or a central control unit monitoring a plurality of network connection points.
A processing apparatus (100, 600) comprising: a memory (110, 630) for storing data; a processor (140, 210, 610); a power information manager configured for generating a power information table respectively storing address information and corresponding predefined power information for the data, determining, in response to an access request from the processor requesting provision of data stored in the memory to the processor, whether there exists predefined power information corresponding to the requested data by determining whether a data address included in the access request falls within at least one determined range of addresses represented in the generated power information table, and if yes, obtaining the predefined power information, wherein the predefined power information indicates a suggested power mode for the processor when the processor is processing the requested data; and a power controller (130, 640) adapted to selectively control a current power mode of the processor when the processor is processing the requested data based on the predefined power information, when the determination indicates that the predefined power information exists. a memory (110, 630) for storing data; a processor (140, 210, 610); a power information manager configured for generating a power information table respectively storing address information and corresponding predefined power information for the data, determining, in response to an access request from the processor requesting provision of data stored in the memory to the processor, whether there exists predefined power information corresponding to the requested data by determining whether a data address included in the access request falls within at least one determined range of addresses represented in the generated power information table, and if yes, obtaining the predefined power information, wherein the predefined power information indicates a suggested power mode for the processor when the processor is processing the requested data; and a power controller (130, 640) adapted to selectively control a current power mode of the processor when the processor is processing the requested data based on the predefined power information, when the determination indicates that the predefined power information exists.
A luminaire driver system comprising: - a package with input connections for connection to a power supply, output connections for connection to a light emitting device and separate connections; - a predetermined set of circuits (200, 210; 200, 210, 230) arranged in said package; said predetermined set of circuits being adapted to perform a driving functionality of the light emitting device; - a receiving means comprising mechanical and electronic means and configured for receiving a pluggable module comprising a further circuit, such that the pluggable module can be received from outside of the package, wherein the further circuit is connected to the predetermined set of circuits (200, 210; 200, 210, 230) when the pluggable module is plugged in the receiving means; - characterized in that the luminaire driver system comprises internal connections arranged in said package, wherein the internal connections are configured to connect the separate connections to the further circuit when the pluggable module is plugged in the receiving means; wherein the separate connections are arranged such that they are accessible by a user from outside of the package, when the pluggable module is plugged in the receiving means. - a package with input connections for connection to a power supply, output connections for connection to a light emitting device and separate connections; - a predetermined set of circuits (200, 210; 200, 210, 230) arranged in said package; said predetermined set of circuits being adapted to perform a driving functionality of the light emitting device; - a receiving means comprising mechanical and electronic means and configured for receiving a pluggable module comprising a further circuit, such that the pluggable module can be received from outside of the package, wherein the further circuit is connected to the predetermined set of circuits (200, 210; 200, 210, 230) when the pluggable module is plugged in the receiving means; - characterized in that the luminaire driver system comprises internal connections arranged in said package, wherein the internal connections are configured to connect the separate connections to the further circuit when the pluggable module is plugged in the receiving means; wherein the separate connections are arranged such that they are accessible by a user from outside of the package, when the pluggable module is plugged in the receiving means.
A method for adapting a stop that is adjustable by screwing onto the extremity of a fine tube, including the following stages: - slipping onto the extremity of the tube a ferrule that is threaded on its external surface and is immobilized on the extremity of the tube by means of a plurality of pins engaged in orifices facing towards the ferrule and the tube; - screwing onto the ferrule a nut having a first end face acting as a stop in order to preload any element mounted on the tube in front of the ferrule, and a second opposing end face containing forms adapted for it to be driven in rotation by a tool, the nut covering the pins in service. - slipping onto the extremity of the tube a ferrule that is threaded on its external surface and is immobilized on the extremity of the tube by means of a plurality of pins engaged in orifices facing towards the ferrule and the tube; - screwing onto the ferrule a nut having a first end face acting as a stop in order to preload any element mounted on the tube in front of the ferrule, and a second opposing end face containing forms adapted for it to be driven in rotation by a tool, the nut covering the pins in service.
Interfacing device intended to link an instrument for injecting a fluid and a vial to be perforated, comprising: - a base suitable for connecting the interfacing device to the instrument for injecting fluid, - means for attaching the base to the vial to be perforated, arranged at a distal end of the interfacing device, having a divergent proximal end forming a shoulder and a convergent distal end suitable for facilitating penetration of the attachment means into the vial to be perforated, characterised in that the attachment means comprise at least one notch in a zone adjacent to the proximal end thereof, suitable for placing in fluidic communication the vial to be perforated with an external space of the interfacing device different to the instrument for injecting a fluid. - a base suitable for connecting the interfacing device to the instrument for injecting fluid, - means for attaching the base to the vial to be perforated, arranged at a distal end of the interfacing device, having a divergent proximal end forming a shoulder and a convergent distal end suitable for facilitating penetration of the attachment means into the vial to be perforated,
Method of transmitting of the visual data to the driver via at least a first optical system (3,5) and a second optical system (2,6), a controller, and a speed sensor, comprising the following steps a. obtain speed value from the speed sensor of the vehicle and transmit the speed data to the controller; b. use the controller to compare obtained speed value to the threshold speed value; c. switch on at least one of the optical systems (2, 3, 5, 6) and turn off all other, if the measured speed is above the threshold speed value; characterized in that the first optical system (3, 5) forms a real image on a windscreen, and the second optical system (2, 6) generates a virtual image ahead of the car beyond the windscreen. a. obtain speed value from the speed sensor of the vehicle and transmit the speed data to the controller; b. use the controller to compare obtained speed value to the threshold speed value; c. switch on at least one of the optical systems (2, 3, 5, 6) and turn off all other, if the measured speed is above the threshold speed value;
Chemical bath for depositing a layer based on at least metal and sulfur, the bath comprising, in solution: - a metal salt comprising a metal selected from among at least one of the elements of groups IIB and IIIA of the periodic table; and - thiourea CS(NH 2) 2; characterized in that the bath further comprises a persulfate compound. - a metal salt comprising a metal selected from among at least one of the elements of groups IIB and IIIA of the periodic table; and - thiourea CS(NH 2) 2;
An apparatus for the production and filling of containers designed to contain food, comprising at least one device for forming a sheet made of polymeric material in order to provide a plurality of accommodation receptacles which have at least one access opening, at least one filling unit adapted to fill, through said access opening, said accommodation receptacles with at least one type of food, at least one sealing unit adapted to seal said access opening by means of a closure film, at least one device for removing a plurality of portions to be removed, and at least one laser emitter for providing at least one weakening portion at a respective connecting edge between at least two adjacent accommodation receptacles, said polymeric material being chosen from the group comprising: - PET (polyethylene terephthalate); - PP (polypropylene) and copolymers thereof; characterized in that said apparatus comprises a first section of the apparatus which accommodates said at least one filling unit, said at least one sealing unit and said at least one device for removing a plurality of portions to be removed, and a second section of the apparatus which accommodates said at least one laser emitter, said at least one second section being separate from said first section, wherein the separation between the first section and the second section is ensured by a separation wall or partition which allows the crossing of the accommodation receptacles but is capable of isolating the atmospheres in which the devices that are present respectively in the first section and in the second section operate. - PET (polyethylene terephthalate); - PP (polypropylene) and copolymers thereof;
A metal detection method using a contactless power supplying device including a primary coil arranged in a power supplying area (ARz), wherein when an electric instrument is placed in the power supplying area (ARz), the contactless power supplying device excites the primary coil arranged in the power supplying area (ARz) to cause electromagnetic induction at a secondary coil of a power receiving device arranged in the electric instrument and supply power to the electric instrument, and the contactless power supplying device includes a metal detection coil (Ls) arranged in the power supplying area (ARz), the metal detection method comprising: exciting the metal detection coil (Ls) with a sinusoidal oscillating current having a single fundamental frequency to radiate an electromagnetic wave from the metal detection coil (Ls); and detecting whether or not metal exists in the power supplying area (ARz) from a change in a fundamental frequency of the oscillating current flowing to the metal detection coil (Ls); characterized in that the detecting whether or not metal exists in the power supplying area (ARz) includes detecting that metal exists in the power supplying area (ARz) when a harmonic of the fundamental frequency is generated in the oscillating current. exciting the metal detection coil (Ls) with a sinusoidal oscillating current having a single fundamental frequency to radiate an electromagnetic wave from the metal detection coil (Ls); and detecting whether or not metal exists in the power supplying area (ARz) from a change in a fundamental frequency of the oscillating current flowing to the metal detection coil (Ls); characterized in that the detecting whether or not metal exists in the power supplying area (ARz) includes detecting that metal exists in the power supplying area (ARz) when a harmonic of the fundamental frequency is generated in the oscillating current.
A treatment system for delivering an image-guided radiation therapy treatment to a moving structure included in a region of a patient body on the basis of a treatment plan, the treatment system comprising: - a receiving unit for receiving a series of first images of the region of the patient body in different phases of a motion of the structure, the series of first images being associated with a series of second images of the patient body in essentially the same phases of the motion of the target structure, - the first images being acquired from a planning imaging unit (22, 7) in accordance with a first imaging mode and the second images being acquired from the planning imaging unit (22, 7) in a second imaging mode differing from the first imaging mode and each second image being associated with a first image pertaining to the same phase of the motion of the target structure, - an imaging unit controllable to acquire a third image of the patient using the second imaging mode during the radiation therapy treatment, and - an evaluation unit configured to plan a continuation of the radiation therapy treatment upon the acquisition of the third image, wherein the evaluation unit is configured to plan the continuation of the radiation therapy treatment on the basis of data relating to one of the first images and to select said first image on the basis of a comparison between the third image and the second images associated with the first images. - a receiving unit for receiving a series of first images of the region of the patient body in different phases of a motion of the structure, the series of first images being associated with a series of second images of the patient body in essentially the same phases of the motion of the target structure, - the first images being acquired from a planning imaging unit (22, 7) in accordance with a first imaging mode and the second images being acquired from the planning imaging unit (22, 7) in a second imaging mode differing from the first imaging mode and each second image being associated with a first image pertaining to the same phase of the motion of the target structure, - an imaging unit controllable to acquire a third image of the patient using the second imaging mode during the radiation therapy treatment, and - an evaluation unit configured to plan a continuation of the radiation therapy treatment upon the acquisition of the third image,
A method for thermal management in a portable computing device, the method comprising: monitoring (302, 304) a plurality of temperature sensors (157A, 157B) including at least one first temperature sensor on an integrated circuit die and at least one second temperature sensor not on the integrated circuit die but within a housing of the portable computing device, wherein a time constant of the first temperature sensor is less than a time constant of the second temperature sensor; detecting a temperature change in response to monitoring the plurality of temperature sensors (157A, 157B); in response to detecting a temperature change, computing a difference between a first temperature value responsive to the at least one first temperature sensor and a second temperature value responsive to the at least one second temperature sensor; comparing the difference with a threshold value; selecting (312, 314) one of a first thermal management configuration and a second thermal management configuration in response to a result of comparing the difference with the threshold value; and applying a selected one of the first thermal management configuration and the second thermal management configuration to the portable computing device. monitoring (302, 304) a plurality of temperature sensors (157A, 157B) including at least one first temperature sensor on an integrated circuit die and at least one second temperature sensor not on the integrated circuit die but within a housing of the portable computing device, wherein a time constant of the first temperature sensor is less than a time constant of the second temperature sensor; detecting a temperature change in response to monitoring the plurality of temperature sensors (157A, 157B); in response to detecting a temperature change, computing a difference between a first temperature value responsive to the at least one first temperature sensor and a second temperature value responsive to the at least one second temperature sensor; comparing the difference with a threshold value; selecting (312, 314) one of a first thermal management configuration and a second thermal management configuration in response to a result of comparing the difference with the threshold value; and applying a selected one of the first thermal management configuration and the second thermal management configuration to the portable computing device.
Process for synthesizing polyamide PA 6-6, comprising: - a first step of reacting, in the presence of water, a compound of formula: R 0 -OOC-(CH 2) 4 -COO-R' 0 in which R 0 and R' 0, which may be identical or different, represent H or a linear or branched alkyl radical comprising from 1 to 4 carbon atoms, with hexamethylenediamine (HMDA), at a temperature of less than or equal to 160°C, to form a reaction medium, and then - a second step of heating the reaction medium to a temperature of greater than or equal to 200°C; the reaction medium also comprising: - a compound of formula: R 1 -OOC-(CH 2) n -CH=CH-(CH 2) n -COO-R 2 - and/or a compound of formula: R 3 -(CH 2) m -CH=CH-(CH 2) n -COO-R 4 in which: R 1, R 2 and R 4, which may be identical or different, represent H or a linear or branched alkyl radical comprising from 1 to 4 carbon atoms, R 3 represents -CN or COO-R 5, R 5 representing H or a linear or branched alkyl radical comprising from 1 to 4 carbon atoms, m represents 0, 1 or 2 and n is an integer between 7 and 13, limits inclusive. - a first step of reacting, in the presence of water, a compound of formula: R 0 -OOC-(CH 2) 4 -COO-R' 0 in which R 0 and R' 0, which may be identical or different, represent H or a linear or branched alkyl radical comprising from 1 to 4 carbon atoms, with hexamethylenediamine (HMDA), at a temperature of less than or equal to 160°C, to form a reaction medium, and then - a second step of heating the reaction medium to a temperature of greater than or equal to 200°C; the reaction medium also comprising: - a compound of formula: R 1 -OOC-(CH 2) n -CH=CH-(CH 2) n -COO-R 2 - and/or a compound of formula: R 3 -(CH 2) m -CH=CH-(CH 2) n -COO-R 4 in which: R 1, R 2 and R 4, which may be identical or different, represent H or a linear or branched alkyl radical comprising from 1 to 4 carbon atoms, R 3 represents -CN or COO-R 5, R 5 representing H or a linear or branched alkyl radical comprising from 1 to 4 carbon atoms, m represents 0, 1 or 2 and n is an integer between 7 and 13, limits inclusive. - a compound of formula: R 1 -OOC-(CH 2) n -CH=CH-(CH 2) n -COO-R 2 - and/or a compound of formula: R 3 -(CH 2) m -CH=CH-(CH 2) n -COO-R 4 in which: R 1, R 2 and R 4, which may be identical or different, represent H or a linear or branched alkyl radical comprising from 1 to 4 carbon atoms, R 3 represents -CN or COO-R 5, R 5 representing H or a linear or branched alkyl radical comprising from 1 to 4 carbon atoms, m represents 0, 1 or 2 and n is an integer between 7 and 13, limits inclusive. R 1, R 2 and R 4, which may be identical or different, represent H or a linear or branched alkyl radical comprising from 1 to 4 carbon atoms, R 3 represents -CN or COO-R 5, R 5 representing H or a linear or branched alkyl radical comprising from 1 to 4 carbon atoms, m represents 0, 1 or 2 and n is an integer between 7 and 13, limits inclusive.