mhurhangee/ep-ind-claims huggingface dataset:
An electrical energy consumption analysis and reporting system including a portable electrical energy consumption diagnostic device connectable to electrical systems to acquire and analyse electrical data relating to electrical equipment connected to at least one electrical system, wherein the device includes: multiple current transformer electrical connectors, at least one of said current transformer electrical connectors temporarily connects the device to a mains electrical supply (36, 38) supplying electricity to an electrical switchboard (100, 100a), and at least one other of the current transformer electrical connectors temporarily connects the device to a branch electrical circuit at the electrical switchboard of the at least one electrical system, the branch electrical circuit being connected to at least one item of the electrical equipment; the device further including data acquisition means to acquire the electrical data; and an on-board data processing means to process the acquired electrical data, the data processing means arranged and configured to determine electrical consumption over a period of time while the electrical current transformer electrical connectors are connected, and/or the device including transmission means to transmit the acquired electrical data to a remote data processor for remote processing of the electrical data, the on-board or remote data processor generating report data relating to the electrical energy consumption of the electrical equipment.
A lighting device comprising: a plurality of solid state lighting elements in a circular pattern; and an optical element comprising a central cavity extending from a first aperture to a second aperture of the optical element, said central cavity gradually widening in a direction from the first aperture to the second aperture, said central cavity being delimited by a stack of transparent frustums, forming a main body of the optical element including a first frustum defining the first aperture and a final frustum defining the second aperture, each frustum having a prismatic outer surface having a first surface portion tapering in the direction from the second aperture to the first aperture and a continuous inner surface (22, 36), wherein the respective continuous inner surfaces combine to delimit said central cavity; wherein the optical element is designed such that the luminous surface of the solid state lighting elements is positioned facing the surface of the main body of the optical element delimiting the first aperture, such that the solid state lighting elements are arranged to emit light into the first frustum.
A threaded tubular connection comprising a male threaded element disposed at the end of a first tubular component and a female threaded element disposed at the end of a second tubular component, the male threaded element comprising two male threadings, an outer and an inner, a first outer peripheral surface disposed between the male threadings, a first male sealing surface on said outer peripheral surface, a second outer peripheral surface, a male axial abutment surface disposed at the end of the male threaded element, and a second male sealing surface provided on the second outer peripheral surface of the male threaded element between the inner threading and the male axial abutment surface; the female threaded element comprising two female threadings, an outer and an inner, an inner peripheral surface disposed between the female threadings (9, 11), at least one first female sealing surface on said inner peripheral surface, a female axial abutment surface, and a second female sealing surface provided between the female axial abutment surface and the inner female threading, the threads of said outer male and female threadings being engaged in the coupled state, the threads of said inner male and female threadings being engaged in the coupled state; the male axial abutment surface and the female axial abutment surface being abutted in the coupled state, the first male sealing surface and the first female sealing surface being in sealing contact in the coupled state, the second male sealing surface and the second female sealing surface being in sealing contact in the coupled state; wherein the outer male threading comprises a dovetail thread with an increasing width and the corresponding outer female threading comprises a dovetail thread with an increasing width, the thread of said outer male threading comprising a load flank and a stabbing flank, the stabbing flank being contact-free in the coupled state, the thread of said inner male threading comprising a load flank and a stabbing flank, said stabbing flank being contact-free in the coupled state, and in that the thickness of the female threaded element measured in a radial plane intersecting with the first female sealing surface is in the range 20% to 50% of the nominal thickness of the male threaded element.
A conversion device for a motor vehicle headlight, with - a luminescent material for converting received laser light into conversion light, and - a sensor element for monitoring the luminescent material, characterised in that the sensor element comprises an ultrasonic unit comprising an ultrasonic transducer and receiver. - a luminescent material for converting received laser light into conversion light, and - a sensor element for monitoring the luminescent material,
A method of forming a laminate structure comprising a two-component solventless adhesive composition, comprising: uniformly applying to a surface of a first substrate an isocyanate component adapted for application to the first substrate and comprising at least one isocyanate, wherein the thickness of the isocyanate component on the first substrate is from 0.5 to 2.5 μm; uniformly applying to a surface of a second substrate a polyol component adapted for application to the second substrate and comprising at least one amine-initiated polyol comprising primary hydroxyl groups and a backbone incorporating tertiary amines, wherein the thickness of the polyol component on the second substrate is from 0.5 to 2.5 μm; bringing the surface of the first substrate into contact with the surface of the second substrate to mix and react the two components; and wherein the coating weight of the isocyanate component and polyol component each control the mix ratio of isocyanate to polyol in the adhesive composition ranging from 100:100 to 100:80. uniformly applying to a surface of a first substrate an isocyanate component adapted for application to the first substrate and comprising at least one isocyanate, wherein the thickness of the isocyanate component on the first substrate is from 0.5 to 2.5 μm; uniformly applying to a surface of a second substrate a polyol component adapted for application to the second substrate and comprising at least one amine-initiated polyol comprising primary hydroxyl groups and a backbone incorporating tertiary amines, wherein the thickness of the polyol component on the second substrate is from 0.5 to 2.5 μm; bringing the surface of the first substrate into contact with the surface of the second substrate to mix and react the two components;
A ketobutyrate compound for use in treating myocardial infarction in a subject, wherein a therapeutically effective amount of the compound is administered to the subject.
A wind turbine blade extending in a spanwise direction from a root end to a tip end, the blade having a pressure surface and a suction surface, the blade comprising: a truncated trailing edge having a trailing edge surface between the pressure surface and the suction surface; a pressure surface aft corner where the trailing edge surface connects with the pressure surface; a suction surface aft corner where the trailing edge surface connects with the suction surface; characterised in that the trailing edge surface is curved in cross-section, the curvature being in a cross-sectional plane parallel to a chord of the blade; and that the truncated trailing edge comprises a plurality of channels, the plurality of channels comprising a plurality of flutes on the trailing edge surface extending between the pressure surface and the suction surface. a truncated trailing edge having a trailing edge surface between the pressure surface and the suction surface; a pressure surface aft corner where the trailing edge surface connects with the pressure surface; a suction surface aft corner where the trailing edge surface connects with the suction surface; characterised in that the trailing edge surface is curved in cross-section, the curvature being in a cross-sectional plane parallel to a chord of the blade; and that the truncated trailing edge comprises a plurality of channels, the plurality of channels comprising a plurality of flutes on the trailing edge surface extending between the pressure surface and the suction surface.
An apparatus for safety monitoring of at least one robot, comprising a non-contact detection device (3A, 3B) for monitoring a work space of the at least one robot in a monitoring mode, characterized by a switching means for switching the detection device into a measuring mode for measuring of the at least one robot.
A method for the continuous production of hydrogen, said method comprising the following steps: a hydrogen production step comprising introducing mayenite (Ca 12 Al 14 O 33) and calcium hydroxide [Ca 2] into water and allowing them to react with water, thereby generating hydrogen and also forming katoite [Ca 3 Al 2 12]; a regeneration step comprising baking the formed katoite to regenerate mayenite and calcium hydroxide; and a circulation step comprising returning the regenerated mayenite and calcium hydroxide into the hydrogen production step, wherein a baking temperature of katoite in the regeneration step is from 300 to 500°C. a hydrogen production step comprising introducing mayenite (Ca 12 Al 14 O 33) and calcium hydroxide [Ca 2] into water and allowing them to react with water, thereby generating hydrogen and also forming katoite [Ca 3 Al 2 12]; a regeneration step comprising baking the formed katoite to regenerate mayenite and calcium hydroxide; and a circulation step comprising returning the regenerated mayenite and calcium hydroxide into the hydrogen production step, wherein a baking temperature of katoite in the regeneration step is from 300 to 500°C.
Method of contactless charging of a battery (Batt) of an electric motor vehicle by magnetic induction between a resonant transmitter circuit comprising a transmitter coil of a charging device and a resonant receiver circuit of the vehicle comprising a receiver coil, the vehicle being positioned above the transmitter coil so as to provide magnetic coupling between the transmitter coil and the receiver coil, the method comprising steps consisting of: a) controlling the electrical power supply and the instructions of an inverter to the terminals of which the transmitter coil is connected according to a variable frequency, b) measuring in an analog circuit at least one analog signal relating to a current or to a voltage across the terminals of the transmitter coil, characterized in that it includes the following steps: c) digitally processing, by means of a control card, at least two incoming signals, namely a first incoming digital signal (Sgn_V1, PWM1-A) relating to the voltage and a second incoming digital signal (Sgn_I1, PWM1-B) relating to the current, in order to calculate the phase difference between the current and the voltage, d) transmitting digital output signals (PWM1-A, PWM1-B) from the control card to the inverter so as to lock the inverter to the calculated value of the phase difference between the current and the voltage. a) controlling the electrical power supply and the instructions of an inverter to the terminals of which the transmitter coil is connected according to a variable frequency, b) measuring in an analog circuit at least one analog signal relating to a current or to a voltage across the terminals of the transmitter coil, c) digitally processing, by means of a control card, at least two incoming signals, namely a first incoming digital signal (Sgn_V1, PWM1-A) relating to the voltage and a second incoming digital signal (Sgn_I1, PWM1-B) relating to the current, in order to calculate the phase difference between the current and the voltage, d) transmitting digital output signals (PWM1-A, PWM1-B) from the control card to the inverter so as to lock the inverter to the calculated value of the phase difference between the current and the voltage.
Method for testing the tightness of an access hole of a cavity, which is already filled with a stored gas, by charging the cavity with a test gas, characterized by - overlayering the stored gas situated in the cavity with a test gas of a predefined amount such that a barrier layer forms between the stored gas and the test gas, wherein the test gas has a lower density than the stored gas, - releasing the test gas after a predefined time, - balancing the amount of test gas. - overlayering the stored gas situated in the cavity with a test gas of a predefined amount such that a barrier layer forms between the stored gas and the test gas, wherein the test gas has a lower density than the stored gas, - releasing the test gas after a predefined time, - balancing the amount of test gas.
A rolled graphene fiber (34A, 34B) having a hollow core extending longitudinally through the rolled graphene fiber, the rolled graphene fiber comprising a graphene film formed into an elongated fiber-like shape and having amine groups formed on at least an outer surface of the graphene film and epoxide groups formed on at least one edge (44, 46) of the graphene film.
A crate for accommodating bottles, the crate comprising a crate frame, a partition wall, full pinnacles and a crate base, wherein the crate frame forms side walls of the crate and has three ribs arranged on the outside of the crate frame and running completely around the crate frame, the outer dimensions of the crate frame are 300 mm x 400 mm, a separator structure with bottle receptacles in a grid of 4 x 6 is formed in an interior space by the crate frame, the partition and the full pinnacles, wherein said bottle receptacles are formed to receive individual bottles with a diameter of up to 62,3 mm, and wherein six of said bottle receptacles at a time are arranged in an arrangement of 2 x 3 for receiving a multipack with six of said bottles and/or four of said bottle receptacles at a time are arranged in an arrangement of 2 x 2 for receiving a multipack with four of said bottles, the partition wall extends parallel to the longer side of the crate frame and continuously connects the opposing side walls of the crate, the full pinnacles are arranged in two rows of five pinnacles at a time, and the crate comprises at least one vertically extending rib on each of the side walls. the crate frame forms side walls of the crate and has three ribs arranged on the outside of the crate frame and running completely around the crate frame, the outer dimensions of the crate frame are 300 mm x 400 mm, a separator structure with bottle receptacles in a grid of 4 x 6 is formed in an interior space by the crate frame, the partition and the full pinnacles, wherein said bottle receptacles are formed to receive individual bottles with a diameter of up to 62,3 mm, and wherein six of said bottle receptacles at a time are arranged in an arrangement of 2 x 3 for receiving a multipack with six of said bottles and/or four of said bottle receptacles at a time are arranged in an arrangement of 2 x 2 for receiving a multipack with four of said bottles, the partition wall extends parallel to the longer side of the crate frame and continuously connects the opposing side walls of the crate, the full pinnacles are arranged in two rows of five pinnacles at a time, and the crate comprises at least one vertically extending rib on each of the side walls.
A method of treating a plant by injecting under its bark a substance, preferably a phytosanitary substance, by means of a device comprising: - a body, - a needle taking the form of a substantially rectilinear cylindrical tube pierced at its center with a channel which opens into at least one hole on the side wall, namely the periphery, of said cylindrical tube, and not at the end intended to penetrate the plant; and having at its end intended to penetrate the plant, two opposite bevels together forming a single incising edge perpendicular to the axis of the needle, - an actuator capable of mobilizing the needle along the axis of the needle and in a centrifugal direction, away from the center of the device, so as to allow the introduction of the needle into the plant, - an injector capable of injecting the substance through the needle via the channel, characterized in that said method comprises the steps of: i) positioning said device on the bark of the plant so that the single incising edge of the needle is perpendicular to the wood fibers of that plant; and ii) introducing, by activating the actuator, the needle into the bark of the plant, always in such a way that the single incising edge of the needle is perpendicular to the wood fibers, and iii) injecting, under the bark of the plant, the substance by activating the injector. - a body, - a needle taking the form of a substantially rectilinear cylindrical tube pierced at its center with a channel which opens into at least one hole on the side wall, namely the periphery, of said cylindrical tube, and not at the end intended to penetrate the plant; and having at its end intended to penetrate the plant, two opposite bevels together forming a single incising edge perpendicular to the axis of the needle, - an actuator capable of mobilizing the needle along the axis of the needle and in a centrifugal direction, away from the center of the device, so as to allow the introduction of the needle into the plant, - an injector capable of injecting the substance through the needle via the channel, i) positioning said device on the bark of the plant so that the single incising edge of the needle is perpendicular to the wood fibers of that plant; and ii) introducing, by activating the actuator, the needle into the bark of the plant, always in such a way that the single incising edge of the needle is perpendicular to the wood fibers, and iii) injecting, under the bark of the plant, the substance by activating the injector.
A refrigerant control method for a dehumidifier, comprising: detecting an environment temperature and an evaporator tube temperature of a dehumidifier; obtaining a refrigerant leakage amount of the dehumidifier according to the environment temperature and the evaporator tube temperature; and judging whether the dehumidifier has a refrigerant fault according to the refrigerant leakage amount; wherein judging whether the dehumidifier has the refrigerant fault according to the refrigerant leakage amount comprises: reading a dehumidification ability parameter of the dehumidifier, corresponding to the refrigerant leakage amount, from a pre-set database; detecting whether the dehumidification ability parameter is within a pre-set dehumidification ability range; and determining that the refrigerant of the dehumidifier is faulty under the condition that the dehumidification ability parameter is not within the pre-set dehumidification ability range. detecting an environment temperature and an evaporator tube temperature of a dehumidifier; obtaining a refrigerant leakage amount of the dehumidifier according to the environment temperature and the evaporator tube temperature; and judging whether the dehumidifier has a refrigerant fault according to the refrigerant leakage amount; wherein judging whether the dehumidifier has the refrigerant fault according to the refrigerant leakage amount comprises: reading a dehumidification ability parameter of the dehumidifier, corresponding to the refrigerant leakage amount, from a pre-set database; detecting whether the dehumidification ability parameter is within a pre-set dehumidification ability range; and determining that the refrigerant of the dehumidifier is faulty under the condition that the dehumidification ability parameter is not within the pre-set dehumidification ability range. reading a dehumidification ability parameter of the dehumidifier, corresponding to the refrigerant leakage amount, from a pre-set database; detecting whether the dehumidification ability parameter is within a pre-set dehumidification ability range; and determining that the refrigerant of the dehumidifier is faulty under the condition that the dehumidification ability parameter is not within the pre-set dehumidification ability range.
A computer-implemented method for formatting indicia sized for use with jewelry includes: selecting a locket jewelry design from among a plurality of locket jewelry designs of different sizes and shapes; accessing a user's social media account, the user's social media account having a plurality of digital images (302a, 303a; 903); selecting indicia for reproduction including selecting one of the plurality of digital images (302a, 303a; 903); editing the selected indicia to fit in a virtual display frame representative of and corresponding to a physical frame (302, 303) of a locket represented by the selected locket jewelry design; and generating a cutout layout of the edited indicia on a printable media of a predetermined size, which when printed, includes a reproduction of the selected indicia sized to fit the locket represented by the selected locket jewelry design. selecting a locket jewelry design from among a plurality of locket jewelry designs of different sizes and shapes; accessing a user's social media account, the user's social media account having a plurality of digital images (302a, 303a; 903); selecting indicia for reproduction including selecting one of the plurality of digital images (302a, 303a; 903); editing the selected indicia to fit in a virtual display frame representative of and corresponding to a physical frame (302, 303) of a locket represented by the selected locket jewelry design; and generating a cutout layout of the edited indicia on a printable media of a predetermined size, which when printed, includes a reproduction of the selected indicia sized to fit the locket represented by the selected locket jewelry design.
A luminescent composition of matter characterized by the formula: AE 1-x Li 3-2y Al 1+2y-z Si z O 4-4y-z N 4y+z:Eu x; AE = Ca, Sr, Ba, or a combination thereof; 0 < x < 0.04; 0.4 < y < 0.6; and 0 < z < 0.05.
Mounting system for the arrangement of, for example, electrical devices switch cabinets, wherein the mounting system has at least one, preferably horizontally extending, mounting web to which at least one device can be attached, and the mounting web having a support rail on a first section, preferably in a section transverse to the longitudinal axis through the mounting web, to which the device can be detachably fastened, wherein a third portion of the mounting web spaced transversely to the longitudinal axis of the mounting rail has a greater height distance from the base point of the mounting rail, measured in the direction of the mounting rail height, than a second portion arranged between the first portion and third portion at its end close to the mounting rail, in particular at the end adjacent to the mounting rail, characterised in that the support strip has a convex curvature at least section wise and that thereby the first section of the support strip is arched outwards with the mounting rail.