mhurhangee/ep-ind-claims huggingface dataset:
System for controlling photovoltaic electricity production equipment comprising: • at least one DC/DC microconverter connected to a DC bus and connected to a photovoltaic module; • an inverter (INV, INV') for converting the direct current from the DC bus into alternative current intended for an electrical distribution network; • said at least one microconverter comprising means for independently determining the level of power to inject into the DC bus as a function of the voltage level of said DC bus; • said at least one microconverter stopping the injecting of power from the photovoltaic modules into the DC bus when the voltage of the DC bus is less than a low threshold voltage Va and stopping the injecting of power from the photovoltaic modules into the DC bus when the voltage of the DC bus is greater than a high threshold voltage Vd; characterized in that • said system additionally comprises means for managing the DC bus (MNG, INV'), and in that said means for managing the DC bus (MNG, INV') are configured to inject power into the DC bus when the voltage of said DC bus is less than a minimum voltage Vm until said minimum voltage Vm is reached, from which level the injecting of power is interrupted. • at least one DC/DC microconverter connected to a DC bus and connected to a photovoltaic module; • an inverter (INV, INV') for converting the direct current from the DC bus into alternative current intended for an electrical distribution network; • said at least one microconverter comprising means for independently determining the level of power to inject into the DC bus as a function of the voltage level of said DC bus; • said at least one microconverter stopping the injecting of power from the photovoltaic modules into the DC bus when the voltage of the DC bus is less than a low threshold voltage Va and stopping the injecting of power from the photovoltaic modules into the DC bus when the voltage of the DC bus is greater than a high threshold voltage Vd; • said system additionally comprises means for managing the DC bus (MNG, INV'), and in that said means for managing the DC bus (MNG, INV') are configured to inject power into the DC bus when the voltage of said DC bus is less than a minimum voltage Vm until said minimum voltage Vm is reached, from which level the injecting of power is interrupted.
A light source system, comprising a light source emitting an excitation light and a moving device carrying wavelength conversion materials, the excitation light illuminating the wavelength conversion materials, wherein when the moving device is in a periodic moving state, a light spot of the excitation light on the moving device moves periodically along a first working track, wherein the light source system further includes an adjusting device for adjusting a position of the light spot, wherein the adjusting device is configured to causing the adjusted light spot of the excitation light on the moving device to move periodically along a second working track, wherein the first working track is separate from the second working track, characterised in that, the adjusting device adjusts the light spot position when the moving device stops its periodic movement, and then triggers the moving device to resume its periodic movement after the adjustment, further including a detection system for detecting a light emission intensity from the wavelength conversion materials, and when the light emission intensity is below a predetermined value, sending a signal indicating aged materials to trigger the adjusting device to adjust the light spot position.
A biosensor microarray comprising: (i) a solid support substrate surface; (ii) a solid support substrate containing nanowells other than the solid support substrate surface, wherein the solid support substrate containing nanowells has been overlaid by the solid support substrate surface to be in contact therewith to seal the nanowells; (iii) a plurality of capture moieties linked to the solid support substrate surface; (iv) a plurality of detector polypeptides or detector peptides specifically bound by the capture moieties, thereby forming a peptide or polypeptide monolayer, the plurality of detector polypeptides or detector peptides provided by an array of isolated in vitro translation reactions in the sealed nanowells; and (v) a plurality of sensors; wherein each sensor in the plurality of sensors is in direct contact or in proximity to a capture moiety in the plurality of capture moieties, and wherein the biosensor microarray is substantially free of in vitro translation contaminants as a result of having been washed to remove the in vitro translation contaminants that are non-specifically bound to the capture moieties. (i) a solid support substrate surface; (ii) a solid support substrate containing nanowells other than the solid support substrate surface, wherein the solid support substrate containing nanowells has been overlaid by the solid support substrate surface to be in contact therewith to seal the nanowells; (iii) a plurality of capture moieties linked to the solid support substrate surface; (iv) a plurality of detector polypeptides or detector peptides specifically bound by the capture moieties, thereby forming a peptide or polypeptide monolayer, the plurality of detector polypeptides or detector peptides provided by an array of isolated in vitro translation reactions in the sealed nanowells; and (v) a plurality of sensors;
A sputtering apparatus comprising: a housing defining a substantially enclosed chamber; a pedestal exposed to said chamber and conceived to support a substrate within said chamber; a magnet assembly conceived to generate a magnetic field adjacent to a surface of a target formed at least in part from an electrically conductive material to be sputtered; a DC power supply conceived to apply a DC voltage between an anode and a cathode in a plurality of pulses, wherein the cathode includes the target; a variable power source electrically connected to the pedestal and conceived to apply a high frequency signal to the pedestal; a controller conceived to control said variable power source to generate said high frequency signal at a frequency within a range from about 1 MHz to about 70 MHz and for a duration that extends beyond termination of the pulse generated by said DC power supply. a housing defining a substantially enclosed chamber; a pedestal exposed to said chamber and conceived to support a substrate within said chamber; a magnet assembly conceived to generate a magnetic field adjacent to a surface of a target formed at least in part from an electrically conductive material to be sputtered; a DC power supply conceived to apply a DC voltage between an anode and a cathode in a plurality of pulses, wherein the cathode includes the target; a variable power source electrically connected to the pedestal and conceived to apply a high frequency signal to the pedestal; a controller conceived to control said variable power source to generate said high frequency signal at a frequency within a range from about 1 MHz to about 70 MHz and for a duration that extends beyond termination of the pulse generated by said DC power supply.
Water-soluble packaging which contains an agent and a water-soluble wrapping, characterized in that the water-soluble wrapping contains a bittering agent in a dilution of at least 1:250.
A recombinant Phe-free protein, wherein the protein is selected from sequences having at least 85% sequence identity with SEQ ID NO: 12 and wherein all Phe have been replaced with a LNAA's selected from Tyr, Trp, Thr, Ile, Leu, Val, Met or His.
Applicator for a cosmetic product, in particular mascara, said applicator being configured to be screwed onto a container of said product, said applicator comprising a cap, intended to be manipulated by a user, a rod intended to carry an applicator tip, and a moulded interface zone, onto which said cap and/or said rod are mounted, said interface zone carrying a screw thread of said applicator on said container, said thread forming less than one turn, said applicator further comprising a connecting part between said rod and said cap, said interface zone being formed in said connecting part.
Method for producing an array of metallic nanotubes comprising the following steps: - providing nanowires made from sacrificial material on a support; - depositing a metal layer on the nanowires so as to form metallic nanotubes concentric with the nanowires; - eliminating the sacrificial material; characterized in that it comprises the following steps: - depositing a binding layer made from polymer material between the nanowires; and - eliminating the support, the binding layer supporting the metallic nanotubes. - providing nanowires made from sacrificial material on a support; - depositing a metal layer on the nanowires so as to form metallic nanotubes concentric with the nanowires; - eliminating the sacrificial material; - depositing a binding layer made from polymer material between the nanowires; and - eliminating the support, the binding layer supporting the metallic nanotubes.
An H.264 video decoder, comprising: an entropy decoder for decompressing a video bitstream and parsing the decompressed video bitstream to find picture order counts for frames of the decompressed video bitstream; an error detector - for determining, before decoding a frame, if a reference frame is missing based on a syntax element frame_num, - when a reference frame is not missing and when a decoded frame is ready for output, for determining if a non-reference frame of the decompressed video bitstream is missing based upon comparison of the picture order counts of temporally adjacent decoded frames, - wherein the coded video bitstream uses a fixed frame rate; and an error concealer for concealing missing reference frame and missing non-reference frame. an entropy decoder for decompressing a video bitstream and parsing the decompressed video bitstream to find picture order counts for frames of the decompressed video bitstream; an error detector - for determining, before decoding a frame, if a reference frame is missing based on a syntax element frame_num, - when a reference frame is not missing and when a decoded frame is ready for output, for determining if a non-reference frame of the decompressed video bitstream is missing based upon comparison of the picture order counts of temporally adjacent decoded frames, - wherein the coded video bitstream uses a fixed frame rate; and - for determining, before decoding a frame, if a reference frame is missing based on a syntax element frame_num, - when a reference frame is not missing and when a decoded frame is ready for output, for determining if a non-reference frame of the decompressed video bitstream is missing based upon comparison of the picture order counts of temporally adjacent decoded frames, - wherein the coded video bitstream uses a fixed frame rate; and an error concealer for concealing missing reference frame and missing non-reference frame.
An apparatus for treating a liquid sample containing organic material, said apparatus comprising: a reactor having reactor inlet and reactor outlet ports and a reactor interior for containing a liquid sample under above-ambient temperature and pressure conditions; high-pressure fluid reactor valve members (28, 29) at said reactor inlet and reactor outlet ports, said reactor valve members (28, 29) allowing fluid flow respectively into or out of the reactor interior when in an open-valve mode or, alternatively, capable of sealing the reactor interior when in a closed-valve mode; a reactor heating system comprising an electrical current source operably connected to the reactor, the electrical current source configured to pass an electrical current through the reactor to rapidly and cyclically heat the reactor interior and a liquid sample sealed in the reactor interior to a temperature of about 150° C. to 650° C. or higher, while the reactor interior and the reactor valve members (28, 29) maintain the sample under sealed conditions; and, a reactor cooling system adapted for rapidly and cyclically cooling the reactor interior and a reactor product sealed in the reactor interior following a heating cycle. a reactor having reactor inlet and reactor outlet ports and a reactor interior for containing a liquid sample under above-ambient temperature and pressure conditions; high-pressure fluid reactor valve members (28, 29) at said reactor inlet and reactor outlet ports, said reactor valve members (28, 29) allowing fluid flow respectively into or out of the reactor interior when in an open-valve mode or, alternatively, capable of sealing the reactor interior when in a closed-valve mode; a reactor heating system comprising an electrical current source operably connected to the reactor, the electrical current source configured to pass an electrical current through the reactor to rapidly and cyclically heat the reactor interior and a liquid sample sealed in the reactor interior to a temperature of about 150° C. to 650° C. or higher, while the reactor interior and the reactor valve members (28, 29) maintain the sample under sealed conditions; and, a reactor cooling system adapted for rapidly and cyclically cooling the reactor interior and a reactor product sealed in the reactor interior following a heating cycle.
A device for presenting an object, comprising an openable refrigerated enclosure, inwardly delimiting a display surface for the object to be presented, and at least one member for emitting a light beam, arranged facing the display surface for the object to be presented, for orienting the light beam toward the object to be presented, said refrigerated enclosure having at least one transparent side wall, the display surface having a black anti-reflection coating that comprises a matte black paint and black fibers, the object display device comprising at least one light guide, the member for emitting a light beam being able to be coupled to said at least one light guide, and, in the state coupled to the member for emitting a light beam, the light guide is adjustable in distance from the display surface for the object to be presented.
An Internet protocol, IP, private branch exchange, PBX for delivering one or more private network features in a network environment, the IP PBX configured for use in the private network and operable to receive a request from selected one of a communication device and a mobile station, the request being used to establish a communication session that implicates the mobile station, the IP PBX configured to establish a data connection between the IP PBX and the mobile station via the cellular data network in response to the request, respond to the request by signaling to the mobile station via the established data connection that a call is being initiated that involves the mobile station, and wherein the IP PBX is operable to exchange signaling information with a voice gateway in said private network, in response to receiving the request, such that one or more voice circuits are established by the voice gateway in order to accommodate voice data that may propagate between the communication device and the mobile station, the establishment of the data connection being substantially concurrent with the establishment of one or more of the voice circuits such that one or more features associated with the private network are delivered to the mobile station via the data connection during the communication session.
Deep-frying device having a deep-frying oil reservoir which is arranged to receive deep-frying oil, a stationary deep-frying oil sensor which is arranged to measure an electrical property of the deep-frying oil received in the deep-frying oil reservoir, and a stationary evaluation unit which is connected to the stationary deep-frying oil sensor and with which a measurement signal of the stationary deep-frying oil sensor is automatically converted into an evaluation variable for characterising the deep-frying oil by means of at least one characteristic curve stored in the stationary evaluation unit, wherein at least one reference point is, or can be, defined in the at least one characteristic curve, and that a receiving unit is formed which provides a receiving data interface for receiving a reference value for the reference point, wherein the receiving data interface is arranged for wireless data transmission and the stationary evaluation unit comprises a means for modifying the at least one stored characteristic curve, with which means the at least one characteristic curve can be modified in such a way that a characteristic curve value of the modified at least one characteristic curve at the reference point is the same as the reference value.
A system comprising: a drill string having a drill bit, the drill string configured to extend through at least part of a wellbore; a first vibrational sensor positioned on the drill bit to measure, at a first location on the drill string, one or more of an axial vibration and a lateral vibration; a second vibrational sensor positioned above the drill bit and on the drill string, the second vibrational sensor to measure, at a second location on the drill string, one or more of an axial vibration and a lateral vibration; and a processor unit configured to determine a type of vibration based on a comparison of the measured vibration at the first location to the measured vibration at the second location, and wherein the comparison comprises comparing the frequencies of the measured vibrations. a drill string having a drill bit, the drill string configured to extend through at least part of a wellbore; a first vibrational sensor positioned on the drill bit to measure, at a first location on the drill string, one or more of an axial vibration and a lateral vibration; a second vibrational sensor positioned above the drill bit and on the drill string, the second vibrational sensor to measure, at a second location on the drill string, one or more of an axial vibration and a lateral vibration; and a processor unit configured to determine a type of vibration based on a comparison of the measured vibration at the first location to the measured vibration at the second location, and wherein the comparison comprises comparing the frequencies of the measured vibrations.
An apparatus, comprising: a radar array (102a-102d); and a power control system (104, 105) configured to issue power draw commands to the radar array (102a-102d) that control direct current power draw by the radar array (102a-102d) on a dwell-by-dwell basis, taking into account a predetermined number of future dwell periods within a dwell schedule for the array (102a-102d), and to adjust a duration of an empty dwell period between two consecutive transmit and/or receive tasks within the dwell schedule in order to maintain less than a predetermined ripple on total DC power drawn from a source of the DC power by a radar system including the radar array (102a-102d). a radar array (102a-102d); and a power control system (104, 105) configured to issue power draw commands to the radar array (102a-102d) that control direct current power draw by the radar array (102a-102d) on a dwell-by-dwell basis, taking into account a predetermined number of future dwell periods within a dwell schedule for the array (102a-102d), and to adjust a duration of an empty dwell period between two consecutive transmit and/or receive tasks within the dwell schedule in order to maintain less than a predetermined ripple on total DC power drawn from a source of the DC power by a radar system including the radar array (102a-102d).
A crystal growth apparatus for continuous preparation of a silicon ingot from a silicon melt, the apparatus having a vertical axis with a silicon ingot being pulled upward relative the vertical axis, the crystal growth apparatus comprising: a base holding a solid silicon support, the support having a top surface shaped for holding a silicon melting pool, a silicon stabilization pool and a silicon growth pool; a feed inlet for providing a continuous source of silicon material into the silicon melting pool; a first annular heater mounted above the silicon melting pool for melting the silicon material or for maintaining the silicon material in a molten state; a second annular heater mounted above the silicon stabilization pool, the second annular heater being within the first annular heater; and at least a third annular heater mounted above the silicon growth pool, the third annular heater being within the second annular heater. a base holding a solid silicon support, the support having a top surface shaped for holding a silicon melting pool, a silicon stabilization pool and a silicon growth pool; a feed inlet for providing a continuous source of silicon material into the silicon melting pool; a first annular heater mounted above the silicon melting pool for melting the silicon material or for maintaining the silicon material in a molten state; a second annular heater mounted above the silicon stabilization pool, the second annular heater being within the first annular heater; and at least a third annular heater mounted above the silicon growth pool, the third annular heater being within the second annular heater.
An aerosol container having a valve disc with a dispensing valve, the valve disc being tightly fastened to the opening of the container, wherein the valve disc is made of plastic and has a disc face with a tappet opening for a valve element of the dispensing valve, wherein a dimensionally stable extension is integrally moulded on the underside of the disc face and has a receiving area for a valve housing of the dispensing valve, the valve housing in the receiving area bears against a seal and the extension and the valve housing are connected by at least one securing element, which can be handled separately, in order to fix the valve housing in the receiving space, characterised in that the extension and the valve housing are connected by a fork-shaped securing spring, which can be fitted on the outer side of the extension, wherein the securing spring engages in a window of the extension and catches behind an axial counter face of the valve housing.
An agricultural harrow consisting of a frame and at least one row of spring-loaded tines arranged next to one another at a distance from one another, which tines are directed obliquely downwards and are pivotable about first pivot points in a vertical plane extending in the direction of travel, wherein a) in each case a compression spring is arranged between a second adjustable pivot point and a lower-lying link point on the tine and above the latter, and that b) the quotient of the force exerted by the compression spring times the normal distance (n) between the compression spring and the first pivot point and of the vertical force exerted by the tip of the tine on the soil times the distance between the tip of the tine and the first pivot point times the sine of the angle (α) between the radius beam to the tip of the tine and a vertical is essentially constant, characterized in that a distance (s) between the first pivot point and the second pivot point is adjustable in a longitudinal direction so that, in use, the vertical force exerted by the respective tines on the soil is adjustable by adjusting the distance (s). a) in each case a compression spring is arranged between a second adjustable pivot point and a lower-lying link point on the tine and above the latter, and that b) the quotient of the force exerted by the compression spring times the normal distance (n) between the compression spring and the first pivot point and of the vertical force exerted by the tip of the tine on the soil times the distance between the tip of the tine and the first pivot point times the sine of the angle (α) between the radius beam to the tip of the tine and a vertical is essentially constant, characterized in that a distance (s) between the first pivot point and the second pivot point is adjustable in a longitudinal direction so that, in use, the vertical force exerted by the respective tines on the soil is adjustable by adjusting the distance (s).