mhurhangee/ep-ind-claims huggingface dataset:
A control arrangement of a wind power plant comprising a number of wind turbines and a number of storage arrangements, which control arrangement comprises - a first monitoring module configured to determine a first power quantity (P 20) stored in the rotating mass of a wind turbine; - a computation module configured to predict a power curve progression during injection (T i) of the first power quantity (P 20) into the grid and during a subsequent recovery phase (T r); - a second monitoring module configured to determine a second power quantity (P 21) available in a storage arrangement; characterized by - a response management module configured to identify, on the basis of the predicted power curve progression and the second power quantity (P 21), a time instant (t 0) at which to commence release of the second power quantity (P 21) in order to maintain the combined output power (P total) of the wind power plant at a pre-defined threshold (P limit) during inertial response following a grid under-frequency event. - a first monitoring module configured to determine a first power quantity (P 20) stored in the rotating mass of a wind turbine; - a computation module configured to predict a power curve progression during injection (T i) of the first power quantity (P 20) into the grid and during a subsequent recovery phase (T r); - a second monitoring module configured to determine a second power quantity (P 21) available in a storage arrangement; characterized by - a response management module configured to identify, on the basis of the predicted power curve progression and the second power quantity (P 21), a time instant (t 0) at which to commence release of the second power quantity (P 21) in order to maintain the combined output power (P total) of the wind power plant at a pre-defined threshold (P limit) during inertial response following a grid under-frequency event.
A system adapted to be used in conjunction with a conventional light fixture that is configured to receive a standardized electrical connector of a conventional light, the system comprising: a sensor operable to output a first signal indicative of whether an area in a building is in an occupied state or a non-occupied state; an LED-based light including: at least one LED, an LED controller operable to receive the first signal and control the at least one LED in response to the first signal, a transmitter operable to transmit a second signal indicative of whether the area is in the occupied state or the non-occupied state, a housing for the at least one LED, the LED controller and the transmitter, and at least one electrical connector disposed at an end of the housing, the electrical connector compatible with the conventional light fixture; and a regulator controller remote from the LED-based light and operable to receive the second signal and control an environmental condition in the building other than artificial light in response to the second signal. a sensor operable to output a first signal indicative of whether an area in a building is in an occupied state or a non-occupied state; an LED-based light including: at least one LED, an LED controller operable to receive the first signal and control the at least one LED in response to the first signal, a transmitter operable to transmit a second signal indicative of whether the area is in the occupied state or the non-occupied state, a housing for the at least one LED, the LED controller and the transmitter, and at least one electrical connector disposed at an end of the housing, the electrical connector compatible with the conventional light fixture; and at least one LED, an LED controller operable to receive the first signal and control the at least one LED in response to the first signal, a transmitter operable to transmit a second signal indicative of whether the area is in the occupied state or the non-occupied state, a housing for the at least one LED, the LED controller and the transmitter, and at least one electrical connector disposed at an end of the housing, the electrical connector compatible with the conventional light fixture; and a regulator controller remote from the LED-based light and operable to receive the second signal and control an environmental condition in the building other than artificial light in response to the second signal.
Lighting device for a vehicle headlight, comprising: a reflector comprising a first focal point, a second focal point and an optical axis which passes via the first and the second focal points; a source of light which is situated in the vicinity of the first focal point of the reflector, such that the rays of light which are emitted by the source of light are reflected by the reflector approximately towards its second focal point; a first optical element comprising a focal point and an optical axis, the focal point being situated in the vicinity of the second focal point of the reflector, the first optical element being able to project the rays of light which are emitted by the source and reflected by the reflector in a beam according to its optical axis; a second optical element (6; 6') comprising a generally flat surface, an area of which is situated in the vicinity of the second focal point of the reflector, such as to receive with an angle of incidence the rays of light emitted by the source and reflected by the reflector; wherein the second optical element (6; 6') is mobile horizontally on the plane of its surface, characterised in that the second optical element is mobile substantially transversely to the optical axis of the reflector, such as to be able to displace the said area out of the rays of light. a reflector comprising a first focal point, a second focal point and an optical axis which passes via the first and the second focal points; a source of light which is situated in the vicinity of the first focal point of the reflector, such that the rays of light which are emitted by the source of light are reflected by the reflector approximately towards its second focal point; a first optical element comprising a focal point and an optical axis, the focal point being situated in the vicinity of the second focal point of the reflector, the first optical element being able to project the rays of light which are emitted by the source and reflected by the reflector in a beam according to its optical axis; a second optical element (6; 6') comprising a generally flat surface, an area of which is situated in the vicinity of the second focal point of the reflector, such as to receive with an angle of incidence the rays of light emitted by the source and reflected by the reflector; wherein the second optical element (6; 6') is mobile horizontally on the plane of its surface, characterised in that the second optical element is mobile substantially transversely to the optical axis of the reflector, such as to be able to displace the said area out of the rays of light.
Rotor blade for a compressor stage or turbine stage of a gas turbine, comprising a radially outer rib arrangement which is arranged on a shroud of the rotor blade and has at least two radially outwardly directed ribs, wherein the ribs are arranged one behind the other in the axial direction and are inclined in the circumferential direction by an angle (α) not equal to 0° which is smaller than 10° in absolute value, wherein the ribs have a coating on the respective two axially opposite side surfaces and on the radially outer end face of the ribs, via which the side surfaces are connected, wherein the thickness of the coating in a section transverse with respect to the rib on the two radial side surfaces of the rib increases with increasing radial distance from the axis of rotation of the gas turbine.
A method comprising: progressively increasing an energy level of a signal provided to drive a transducer in a middle ear implant that is at least partially implanted in a human recipient; determining a change in the electrical characteristic of a circuit component in series with the transducer corresponding to a respective step up in energy level caused by said progressively increasing the energy level of the signal; determining the energy level of the signal at which said change in the electrical characteristic of said circuit component is a threshold disproportionate change in the electrical characteristic, which is disproportionate to a respective step up in energy level, thus being indicative of a threshold change in impedance of the transducer; and using the determined energy level as a basis to configure an operational parameter of the middle ear implant, wherein the threshold disproportionate change in the electrical characteristic of the circuit component results from the threshold change in impedance of the transducer, and wherein the circuit component serves a function in the middle ear implant beyond being used in the method as a basis to detect the threshold change in impedance of the transducer. progressively increasing an energy level of a signal provided to drive a transducer in a middle ear implant that is at least partially implanted in a human recipient; determining a change in the electrical characteristic of a circuit component in series with the transducer corresponding to a respective step up in energy level caused by said progressively increasing the energy level of the signal; determining the energy level of the signal at which said change in the electrical characteristic of said circuit component is a threshold disproportionate change in the electrical characteristic, which is disproportionate to a respective step up in energy level, thus being indicative of a threshold change in impedance of the transducer; and using the determined energy level as a basis to configure an operational parameter of the middle ear implant, wherein the threshold disproportionate change in the electrical characteristic of the circuit component results from the threshold change in impedance of the transducer, and wherein the circuit component serves a function in the middle ear implant beyond being used in the method as a basis to detect the threshold change in impedance of the transducer.
A joining device for carrying out a joining movement for joining together propellant charge modules to form a propellant charge with a temperature ascertaining device for a propellant charge and with a sensor head which is variable in a relative position in relation to the propellant charge and which is at least temporarily arranged in a cavity of the propellant charge for ascertaining the temperature during the joining movement.
A method of determining a corneal thickness comprising the steps of - illuminating a cornea by a plurality of stimulator point light sources (100, 5 300) whereby the stimulator point light sources (100, 300) are located on one or more concentric circles, each circle comprising various stimulator light sources, said one or more concentric circles being arranged such that a distance towards the cornea of the various stimulator light sources on a circle is the same for all stimulator light sources on the circle, and are not diametrically opposed, so as to reduce interference or overlap of different Purkinje images, - capturing an image of the cornea comprising reflected images of the stimulator point light sources (100, 300), - obtaining a model representing an anterior surface of the cornea, - constructing a second model representing a posterior surface of the cornea from the image by ray-tracing the reflected images of the stimulator point light sources towards the model representing the anterior surface of the cornea, - determining the corneal thickness from the model representing the anterior surface and the second model representing the posterior surface. - illuminating a cornea by a plurality of stimulator point light sources (100, 5 300) whereby the stimulator point light sources (100, 300) are located on one or more concentric circles, each circle comprising various stimulator light sources, said one or more concentric circles being arranged such that a distance towards the cornea of the various stimulator light sources on a circle is the same for all stimulator light sources on the circle, and are not diametrically opposed, so as to reduce interference or overlap of different Purkinje images, - capturing an image of the cornea comprising reflected images of the stimulator point light sources (100, 300), - obtaining a model representing an anterior surface of the cornea, - constructing a second model representing a posterior surface of the cornea from the image by ray-tracing the reflected images of the stimulator point light sources towards the model representing the anterior surface of the cornea, - determining the corneal thickness from the model representing the anterior surface and the second model representing the posterior surface.
A surgical instrument comprising: a handle assembly coupled to a proximal end of a shaft and a dissection head coupled to a distal end of the shaft, the shaft comprising an outer hypotube; a coaxial feedline disposed within a lumen of the shaft; and the dissection head comprising: a dielectric core including a radiating surface, and at least one non-radiating surface; and a blade extending from the radiating surface; characterised in that a balun dielectric is concentrically disposed about the feedline, the balun dielectric is positioned within the lumen at or near a juncture of the distal end of the hypotube and a proximal side of the dissection head, and a balun outer conductor concentrically disposed about the balun dielectric. a handle assembly coupled to a proximal end of a shaft and a dissection head coupled to a distal end of the shaft, the shaft comprising an outer hypotube; a coaxial feedline disposed within a lumen of the shaft; and the dissection head comprising: a dielectric core including a radiating surface, and at least one non-radiating surface; and a blade extending from the radiating surface; a dielectric core including a radiating surface, and at least one non-radiating surface; and a blade extending from the radiating surface; characterised in that a balun dielectric is concentrically disposed about the feedline, the balun dielectric is positioned within the lumen at or near a juncture of the distal end of the hypotube and a proximal side of the dissection head, and a balun outer conductor concentrically disposed about the balun dielectric.
A wire fence comprising a plurality of wires (12, 14) arranged in an intersecting manner to form a multiplicity of apertures, wherein intersecting wires are connected by joints formed by a joining wire portion, wherein said plurality of wires includes a number of line wires spaced apart, preferably extending substantially parallel to one another, and two adjacent line wires are united by transverse wires that are distributed along the line wires, the ends of each of the transverse wires constituting joining wire portions forming said joints around the respective line wires; and at least part of said joints (16, 16') are configured in such a way that a free end of said joining wire portion protrudes on one side of the fence, preferably substantially perpendicularly thereto, to form a barb end; characterized in that the transverse wires (14 1; 14 2) forming the joints (16, 16') with protruding barb ends, in particular in the upper fence region, are made from steel having a comparatively greater tensile strength than that of the other transverse wires.
Nozzle system of a device for contact-free treatment of a running web, which nozzle system comprises an overpressure nozzle part and at least one direct impingement nozzle part (25A; 25B) arranged on either side of the overpressure nozzle part and in which nozzle system the direct impingement nozzle part (25A, 25B) is combined with the overpressure nozzle part such that no discharge passage for discharging gases is formed between the direct impingement nozzle part (25A; 25B) and the overpressure nozzle part, in which nozzle system the overpressure nozzle part has a carrier surface and on both sides of the carrier surface a nozzle orifice row formed of nozzle orifices (18A, 18B) and extending in length direction of the nozzle system and which nozzle orifices (18A, 18B) are configured to blow gas flows, which are guided against each other with the aid of curved Coanda-surfaces (22A, 22B) formed on each side of the carrier surface, in which nozzle system the direct impingement nozzle part (25A; 25B) comprises at least one nozzle orifice row formed of nozzle orifices (16A, 16B) configured to blow gas flows mainly perpendicularly in view of upper surface of the direct impingement nozzle parts (25A, 25B), characterized in, that the overpressure nozzle part comprises on the carrier surface at least one row of direct impingement nozzle orifices configured to provide direct impingement blowing by gas flows directed mainly perpendicularly in view of the upper surface of the overpressure nozzle part and that in the nozzle system gas distribution between the direct impingement nozzle orifices (16A, 16B), the direct impingement nozzle orifices of the carrier surface and the overpressure nozzle orifices (18A, 18B) is such that of the total gas amount 25 - 55% is blown through the direct impingement nozzle orifices (16A, 16B) and through the overpressure nozzle orifices (18A, 18B) is blown 30 - 60% of the total gas amount and through the direct impingement nozzle orifices of the carrier surface is blown 10 - 25 % of the total gas amount.
A pharmaceutically acceptable acid salt of a compound of formula I, wherein the compound of formula I has the following structure: wherein the pharmaceutically acceptable acid is selected from sulfuric acid, carbonic acid, nitric acid, hydrochloric acid, hydrobromic acid, hydroiodic acid, phosphoric acid, metaphosphoric acid, trifluoroacetic acid, lactic acid, fumaric acid, mandelic acid, glycolic acid, p-toluenesulfonic acid, o-toluenesulfonic acid, citric acid, methanesulfonic acid, formic acid, acetic acid, benzoic acid, phenylacetic acid, malonic acid, cinnamic acid, malic acid, maleic acid, tartaric acid, oxalic acid, acrylic acid, crotonic acid, oleic acid, and linoleic acid.
A gas combustion type driving tool comprising: a cylinder for slidably accommodating a piston; a cylinder head provided above the cylinder; a cylindrical movable sleeve disposed movably in a vertical direction between the cylinder and the cylinder head and having a larger inner diameter than an outer diameter of the cylinder; an annular sliding portion formed on an outer circumference of the cylinder and below an upper opening end of the cylinder and sliding with an opening portion at a lower end of the movable sleeve, wherein the annular sliding portion is formed at least under a top dead center of the piston, and an opening groove is formed on a lower portion of an outer circumferential surface of the annular sliding portion. characterized by: a cylindrical partition wall portion provided on an extension from an upper end of the cylinder; and an opening portion (10, 11) formed on each of an upper part and a lower part of the partition wall portion. a cylinder for slidably accommodating a piston; a cylinder head provided above the cylinder; a cylindrical movable sleeve disposed movably in a vertical direction between the cylinder and the cylinder head and having a larger inner diameter than an outer diameter of the cylinder; an annular sliding portion formed on an outer circumference of the cylinder and below an upper opening end of the cylinder and sliding with an opening portion at a lower end of the movable sleeve, wherein the annular sliding portion is formed at least under a top dead center of the piston, and an opening groove is formed on a lower portion of an outer circumferential surface of the annular sliding portion. characterized by: a cylindrical partition wall portion provided on an extension from an upper end of the cylinder; and an opening portion (10, 11) formed on each of an upper part and a lower part of the partition wall portion. a cylindrical partition wall portion provided on an extension from an upper end of the cylinder; and an opening portion (10, 11) formed on each of an upper part and a lower part of the partition wall portion.
Assembly for an emergency exit, comprising an emergency-exit door arranged in a frame, a main lock case which is arranged on the door and has at least one latching deadbolt that can be actuated by means of a panic bar or by means of a latch, and comprising a catch and an electrical drive arranged on the frame, wherein the catch can be released by means of the electrical drive, wherein the catch is arranged outside the main lock case in an additional lock case (30, 34), wherein the assembly comprises at least one additional latching deadbolt which is arranged outside the main lock case and outside the additional lock case (30, 44) and can be opened by means of an operating or pulling rod by actuating the panic bar or the latch, wherein the catch is arranged, when viewed in the vertical direction of the door, between the main lock case and the additional latching deadbolt, and wherein the catch is decoupled from a movement of the operating or pulling rod.
Packing for a chromatographic column, comprising a monolithic porous material based on an aluminosilicate and comprising substantially rectilinear capillary channels parallel to one another, characterised in that: - said channels have a substantially uniform cross-section relative to each other, i.e. the mean diameter of one channel does not on average differ by more than 30% from the average of the diameters of the channels, - the cross-section of each channel is regular over its entire length, the diameter of a channel not varying by a factor of more than 2 between the narrowest regions and the widest regions, - said channels pass right through the material from end to end, - said channels pass have a diameter less than 0.25 mm, - the volume of the micropores of less than 0.3 nm is less than 50% of the total porous volume of the material measured by excluding the volume of the channels. - said channels have a substantially uniform cross-section relative to each other, i.e. the mean diameter of one channel does not on average differ by more than 30% from the average of the diameters of the channels, - the cross-section of each channel is regular over its entire length, the diameter of a channel not varying by a factor of more than 2 between the narrowest regions and the widest regions, - said channels pass right through the material from end to end, - said channels pass have a diameter less than 0.25 mm, - the volume of the micropores of less than 0.3 nm is less than 50% of the total porous volume of the material measured by excluding the volume of the channels.