mhurhangee/ep-ind-claims huggingface dataset:
A method for load control of a wind turbine, comprising: selecting a plurality of wind turbine components for load monitoring; defining a load envelope for each of the selected components, and storing the load envelopes in a controller (203, 204, 205), the load envelopes defining a maximum acceptable load capacity for the respective component as a function of the component's design capability; directly or indirectly monitoring loads on the selected components and generating corresponding load signals that are communicated to the controller (203, 204, 205); with the controller (203, 204, 205), determining if the loads acting on each of the selected components are within the component's respective load envelope; and the controller (203, 204, 205) initiating corrective action in the event that the load acting on any one of the selected components exceeds the component's load envelope; wherein the corrective action is tailored to the respective component to provide appropriate load reduction, and includes any combination of alarm generation, blade pitching, braking the rotor, stalling the rotor, or shutting down the wind turbine; characterized in that the load envelopes are three dimensional load envelopes defining maximum acceptable load capacity for the respective component defined as a function of the component's design yield limits relating to stress, strain or deformation along any combination of the X, Y, or Z axes, where the load envelope is designed at or near the component's design load capability without a load safety margin. selecting a plurality of wind turbine components for load monitoring; defining a load envelope for each of the selected components, and storing the load envelopes in a controller (203, 204, 205), the load envelopes defining a maximum acceptable load capacity for the respective component as a function of the component's design capability; directly or indirectly monitoring loads on the selected components and generating corresponding load signals that are communicated to the controller (203, 204, 205); with the controller (203, 204, 205), determining if the loads acting on each of the selected components are within the component's respective load envelope; and the controller (203, 204, 205) initiating corrective action in the event that the load acting on any one of the selected components exceeds the component's load envelope; wherein the corrective action is tailored to the respective component to provide appropriate load reduction, and includes any combination of alarm generation, blade pitching, braking the rotor, stalling the rotor, or shutting down the wind turbine; characterized in that the load envelopes are three dimensional load envelopes defining maximum acceptable load capacity for the respective component defined as a function of the component's design yield limits relating to stress, strain or deformation along any combination of the X, Y, or Z axes, where the load envelope is designed at or near the component's design load capability without a load safety margin.
A method for a client device for controlling adaptive streaming media access, the method comprising: requesting, with a processor, a first portion of media content from a content server; submitting evidence to an authorization server that the first portion of media content has been received by the client device in terms of presenting a specified part of the received media content; receiving a representation of authorization to access a second portion of media content in response to the evidence complying with a requirement; requesting the second portion of media content from the content server; and presenting the representation of authorization to the content server; characterized by receiving a manifest that signals a dependency relationship between the first and second portions of media content, identifies the authorization server, and specifies an authorization scheme; wherein the first portion of media content comprises at least part of an advertisement. requesting, with a processor, a first portion of media content from a content server; submitting evidence to an authorization server that the first portion of media content has been received by the client device in terms of presenting a specified part of the received media content; receiving a representation of authorization to access a second portion of media content in response to the evidence complying with a requirement; requesting the second portion of media content from the content server; and presenting the representation of authorization to the content server; characterized by receiving a manifest that signals a dependency relationship between the first and second portions of media content, identifies the authorization server, and specifies an authorization scheme; wherein the first portion of media content comprises at least part of an advertisement.
A surveying instrument comprising a tripod, a surveying instrument main unit having a machine reference point already known, a telescope unit provided on said surveying instrument main unit and for sighting a measuring point, a leveling unit mounted on said tripod for leveling said surveying instrument main unit, a laser pointer projecting unit provided on said leveling unit and said laser pointer projecting unit for projecting a laser pointer beam in a downward direction along a vertical axis of said surveying instrument main unit and said laser projecting unit for performing distance measurement to a projecting point on the ground surface, a rotation driving unit (16, 18) for rotating said telescope unit in a direction as desired, a horizontal angle detecting unit for detecting a horizontal angle of said surveying instrument main unit, a vertical angle detecting unit for detecting a vertical angle of said telescope unit, a tilt angle detecting unit for detecting a tilt angle of said surveying instrument main unit, and a control device, and said surveying instrument is installed on a reference point, which has known coordinates and is located on the ground surface, wherein when a projected point of said laser pointer beam is made coincident with said reference point, said control device is adapted to calculate relative space coordinates of said machine reference point of said surveying instrument main unit with respect to said reference point based on a distance measurement value obtained by said laser pointer projecting unit and on a tilt angle and a horizontal angle at the time of distance measurement, and wherein said control device is adapted to level said surveying instrument main unit by said leveling unit, to calculate a moving amount of said space coordinates based on a tilt adjusting amount as detected by said tilt angle detecting unit at the time of leveling and to calculate space coordinates of said machine reference point with respect to said reference point in the leveling condition based on said moving amount.
Spacer for hanging wall panels on posts to form walls, with a receiving contour for receiving and engaging behind the head of a connecting element which is to be connected to a post, wherein to fix the connecting element a releasable catch is provided which comprises a first and a second securing element which in the secured state prevent the connecting element from being released from the receiving contour (a) wherein at least one of the securing elements (3a, 3b) is part of a securing section which is configured so that it can be moved from the secured state into a release state which releases the connecting element, wherein the securing section is configured elastically resilient at least in part, characterised in that the securing section has a section of approximately C-shaped cross-section with a first leg, a connecting section and a second ieg which has the contact bearing region, wherein the first leg is supported against a base section of the spacer and the second leg is facing the receiving region of the spacer.
A sliding window with improved air tightness comprising: a window frame having a plurality of rails disposed along the longitudinal direction thereof; at least one pair of window sashes slidingly coupled to the rails; wherein the window sashes are provided with sliding grooves formed on the top and underside portions of the window sashes, wherein a mohair is formed in the sliding grooves; characterized in that wheel assemblies are rotatably mounted on facing surfaces of the window sashes laid on each other when the window sashes are closed, wherein a further mohair is provided on at least any one surface of the facing surfaces of the window sashes, whereby at the moment when the wheel assemblies are rolling-contacted with the facing surfaces of the window sashes upon the closing manipulation of the window sashes, the window sashes are horizontally moved and expanded indoors and outdoors in the direction perpendicular to the sliding direction thereof, whereby the mohair formed in the sliding grooves is brought into close contact with one surface of the rails and thus fills the gap between the window sashes and the window frame and whereby the further mohair fills the gap (t) between the window sashes laid on each other. a window frame having a plurality of rails disposed along the longitudinal direction thereof; at least one pair of window sashes slidingly coupled to the rails; wherein the window sashes are provided with sliding grooves formed on the top and underside portions of the window sashes, wherein a mohair is formed in the sliding grooves; characterized in that wheel assemblies are rotatably mounted on facing surfaces of the window sashes laid on each other when the window sashes are closed, wherein a further mohair is provided on at least any one surface of the facing surfaces of the window sashes, whereby at the moment when the wheel assemblies are rolling-contacted with the facing surfaces of the window sashes upon the closing manipulation of the window sashes, the window sashes are horizontally moved and expanded indoors and outdoors in the direction perpendicular to the sliding direction thereof, whereby the mohair formed in the sliding grooves is brought into close contact with one surface of the rails and thus fills the gap between the window sashes and the window frame and whereby the further mohair fills the gap (t) between the window sashes laid on each other.
A stimulator configured for transcutaneous electrical stimulation in a treatment of a subject with a respiratory deficiency to facilitate coughing, the opening of airways and/or swallowing in said subject, wherein: said stimulator is portable; said stimulator provides a signal for transcutaneous electrical stimulation superimposed on a high frequency carrier signal; and characterized in that said stimulator is controlled by voice and/or by an application on a computer, a smartphone, or a tablet to provide user control over one or more parameters selected from the group consisting of stimulation frequency, stimulation amplitude, stimulation pulse width and carrier frequency and amplitude, to facilitate coughing, the opening of airways and/or swallowing in said subject. said stimulator is portable; said stimulator provides a signal for transcutaneous electrical stimulation superimposed on a high frequency carrier signal; and characterized in that
Running part for a sliding door leaf, comprising a support part which is fixedly attachable on the door-leaf side, and an axle pin which is fastened to said support part and supports a roller or a slider, and a securing installation by means of which disengagement of the roller or of the slider from a guide track of a running rail is prevented, wherein the securing installation is composed of a rocker which in relation to the support part is pivotable about an axis which runs parallel with the displacement direction of a sliding door leaf, said rocker lying in a breakout of the support part and, in a secured position, by way of its upper end which faces the roller or the slider, lying below a running rail, characterized in that the other end of the rocker lies directly opposite a lower delimitation plane of the breakout of the support part and in the event of stress bears thereon.
A method of making a self-sealing membrane for a prosthetic device comprising: applying tension to a first layer (112, 212) of a cured elastomeric material to stretch said first layer; while said first layer remains stretched, applying a second layer (116, 216A) of an uncured elastomeric material over a first major surface of said first layer, wherein the second layer of an uncured elastomeric material is applied to the first layer (112, 212) in sheet form, and curing said second layer (116, 216A) of said elastomeric material; after said second layer (116, 216A) is cured, releasing the tension from said first layer (112, 212), wherein said first layer returns to a non-stretched configuration for holding said second layer in contraction. applying tension to a first layer (112, 212) of a cured elastomeric material to stretch said first layer; while said first layer remains stretched, applying a second layer (116, 216A) of an uncured elastomeric material over a first major surface of said first layer, wherein the second layer of an uncured elastomeric material is applied to the first layer (112, 212) in sheet form, and curing said second layer (116, 216A) of said elastomeric material; after said second layer (116, 216A) is cured, releasing the tension from said first layer (112, 212), wherein said first layer returns to a non-stretched configuration for holding said second layer in contraction.
Milling apparatus, in particular a mill roll frame, comprising a machine stand and at least one roll assembly with a first roll and a second roll that is or can be inserted in the machine stand, wherein the roll assembly has an integrated rolling device having at least one roller which is or can be arranged on the roll assembly in such a way that the roll assembly can be placed onto a horizontal base and moved thereon by means of the at least one roller, wherein the machine stand has at least one rail on which the at least one roller of the roll assembly is movable during mounting and/or demounting of the roll assembly, the roll assembly has at least one contact surface (42, 76) and the machine stand has at least one counter-contact surface, characterized in that the contact surface (42, 76) and the counter-contact surface are tailored to one another and to the at least one rail in such a way that, in a mounted position of the roll assembly, by virtue of at least one form-fitting engagement between the at least one contact surface (42, 76) and the at least one counter-contact surface, the at least one roller of the roll assembly does not lie on the rail.
Mite composition comprising: - a population of individuals of a mite species, preferably a mite species selected from Mesostigmatid mite species or Prostigmatid mite species; - a food source for the mite individuals; - and a carrier for the individuals of the mite species comprising stacked carrier elements said carrier elements having an average longest axis of about 3.0-9.0 mm and comprising structures suitable as mite shelters. - a population of individuals - a food source for the mite individuals; - and a carrier for the individuals of the mite species comprising stacked carrier elements said carrier elements having an average longest axis of about 3.0-9.0 mm and comprising structures suitable as mite shelters.
A method for optimizing automated packaging of a shipment set comprising the steps of: - arranging at least two items (12, 14; 50, 52; 88, 90) forming the shipment set in an arrangement for being automatically packaged, - by using an image obtaining device, obtaining three-dimensional image data of said arrangement, - by using a computer system, processing said image data to obtain information on the dimensions of individual items present in said arrangement and on the orientation and position of said items in said arrangement, - by using a computer system, performing an analysis of said information with respect to at least one optimization criterion and - by using a computer system, depending on said analysis, generating signals indicating to either proceed with automated packaging of said arrangement or to modify or to divert said arrangement. - arranging at least two items (12, 14; 50, 52; 88, 90) forming the shipment set in an arrangement for being automatically packaged, - by using an image obtaining device, obtaining three-dimensional image data of said arrangement, - by using a computer system, processing said image data to obtain information on the dimensions of individual items present in said arrangement and on the orientation and position of said items in said arrangement, - by using a computer system, performing an analysis of said information with respect to at least one optimization criterion and - by using a computer system, depending on said analysis, generating signals indicating to either proceed with automated packaging of said arrangement or to modify or to divert said arrangement.
A voltage regulator, comprising: an error amplifier circuit for amplifying a difference between a divided voltage (Vfb) obtained by dividing an output voltage (Vout) output from an output transistor and a reference voltage (Vref), and outputting the amplified difference to control a gate of the output transistor; an overshoot control circuit for detecting an occurrence of an overshoot in the output voltage (Vout) and limiting a current of the output transistor; and characterized by a non-regulated state detection circuit for detecting that the voltage regulator is in a non-regulated state based on the output voltage and the current flowing through the output transistor, the overshoot control circuit having an operating current controlled by a detection signal (Vdet) of the non-regulated state detection circuit, wherein the overshoot control circuit includes an amplifier having the reference voltage (Vref) and the divided voltage (Vfb) as inputs, and a bias circuit having the detection signal (Vdet) of the non-regulated state detection circuit as an input, the bias circuit being adapted to control an operating current of the amplifier based on the detection signal (Vdet). an error amplifier circuit for amplifying a difference between a divided voltage (Vfb) obtained by dividing an output voltage (Vout) output from an output transistor and a reference voltage (Vref), and outputting the amplified difference to control a gate of the output transistor; an overshoot control circuit for detecting an occurrence of an overshoot in the output voltage (Vout) and limiting a current of the output transistor; and characterized by a non-regulated state detection circuit for detecting that the voltage regulator is in a non-regulated state based on the output voltage and the current flowing through the output transistor, the overshoot control circuit having an operating current controlled by a detection signal (Vdet) of the non-regulated state detection circuit, wherein the overshoot control circuit includes an amplifier having the reference voltage (Vref) and the divided voltage (Vfb) as inputs, and a bias circuit having the detection signal (Vdet) of the non-regulated state detection circuit as an input, the bias circuit being adapted to control an operating current of the amplifier based on the detection signal (Vdet).
A control device for an internal combustion engine, the internal combustion engine including an in-cylinder injector, and the in-cylinder injector configured to inject a fuel into a cylinder of the internal combustion engine, the control device characterized by comprising: an electronic control unit configured to: (i) control the energizing time of the in-cylinder injector so that a partial lift injection is performed as a maximum partial lift injection in which the energizing time is the maximum time in which the injection remains a partial lift injection, the partial lift injection being an injection during which a needle valve of the in-cylinder injector does not reach the fully open state; and (ii) control the number of energizations which perform the maximum partial lift injections during a single injection stroke such that a total injection amount from a maximum partial lift injection multiplied by the number of the energizations is equal to or less than a required injection amount, the required injection amount being a target amount for an injection amount of a single injection stroke. an electronic control unit configured to: (i) control the energizing time of the in-cylinder injector so that a partial lift injection is performed as a maximum partial lift injection in which the energizing time is the maximum time in which the injection remains a partial lift injection, the partial lift injection being an injection during which a needle valve of the in-cylinder injector does not reach the fully open state; and (ii) control the number of energizations which perform the maximum partial lift injections during a single injection stroke such that a total injection amount from a maximum partial lift injection multiplied by the number of the energizations is equal to or less than a required injection amount, the required injection amount being a target amount for an injection amount of a single injection stroke. (i) control the energizing time of the in-cylinder injector so that a partial lift injection is performed as a maximum partial lift injection in which the energizing time is the maximum time in which the injection remains a partial lift injection, the partial lift injection being an injection during which a needle valve of the in-cylinder injector does not reach the fully open state; and (ii) control the number of energizations which perform the maximum partial lift injections during a single injection stroke such that a total injection amount from a maximum partial lift injection multiplied by the number of the energizations is equal to or less than a required injection amount, the required injection amount being a target amount for an injection amount of a single injection stroke.
Arrangement comprising a fan unit and a gas burner with pre-mixing of the type comprising a combustion head and first conveying means for conveying a combustible air/gas mixture fed to the delivery side of the fan in the direction of the head, said fan unit comprising a radial impeller and a manifold for housing said impeller, the fan being provided with at least one intake section and at least one delivery section for the flow which are defined in the manifold, drive means being provided for rotating the impeller about an axis of rotation, the intake section of the fan being arranged on the same side as the combustion head, said arrangement comprising second conveying means for conveying the flow of air, and optionally gas, between the head and the impeller in the direction of said intake section, characterized in that said first and second conveying means (13, 14) have a length and configuration such that the flow of the air/gas mixture supplied at the delivery side of the fan crosses the flow of air, and optionally gas, directed to the intake section of the fan, said flows being conducted separately and distinctly by said respective first and second conveying means (13, 14).