mhurhangee/ep-ind-claims huggingface dataset:
A blade for a rotor of a wind turbine, comprising a profiled contour formed by a pressure side shell and a suction side shell rigidly joined thereof, said blade comprising a blade root, a blade tip, a leading edge and a trailing edge with a chord extending therebetween, said shells (7,8) comprising: - at least one electrical connector layer located at a first distance L1 from the blade root and extending from the leading edge towards the trailing edge, - at least one heating elements layer electrically in contact with the electrical connector layer, said heating element layer extending in a longitudinal direction therebetween the blade root and the blade tip and more proximate to the leading edge than to the trailing edge, - glass fabric layers at least inwardly in contact with the electrical connector or with heating elements layer, - a connector component extending transversally through the glass fabric layers and being electrically connected with the electrical connector layer and with a metallic block, - power wires extending longitudinally from a power source near the blade root to the connector component being one of these power wires electrically in contact thereof, said power wires located in at least one of the shells (7,8), wherein the metallic blocks are drilled by an inter-connector so that the electrical connector layers from each shell (7,8) are electrically connected and the blade is able to be heated by the heating elements layer when electrically fed from the power source. - at least one electrical connector layer located at a first distance L1 from the blade root and extending from the leading edge towards the trailing edge, - at least one heating elements layer electrically in contact with the electrical connector layer, said heating element layer extending in a longitudinal direction therebetween the blade root and the blade tip and more proximate to the leading edge than to the trailing edge, - glass fabric layers at least inwardly in contact with the electrical connector or with heating elements layer, - a connector component extending transversally through the glass fabric layers and being electrically connected with the electrical connector layer and with a metallic block, - power wires extending longitudinally from a power source near the blade root to the connector component being one of these power wires electrically in contact thereof, said power wires located in at least one of the shells (7,8),
A surgical system comprising: an imaging device configured to capture images of a surgical site the imaging device movable within the surgical site; a tool having a function, the function configured to manipulate tissue in response to a control signal; and a processing unit in communication with the imaging device and the tool, the processing unit configured to: determine a distance of the tool relative to targeted tissue from the captured images; and characterized in that, the processing unit is further configured to enable activation of the function of the tool when the tool is positioned within a predetermined distance of the targeted tissue and it is determined that the imaging device is stationary within the surgical site. an imaging device configured to capture images of a surgical site the imaging device movable within the surgical site; a tool having a function, the function configured to manipulate tissue in response to a control signal; and a processing unit in communication with the imaging device and the tool, the processing unit configured to: determine a distance of the tool relative to targeted tissue from the captured images; and characterized in that, the processing unit is further configured to enable activation of the function of the tool when the tool is positioned within a predetermined distance of the targeted tissue and it is determined that the imaging device is stationary within the surgical site. determine a distance of the tool relative to targeted tissue from the captured images; and characterized in that, the processing unit is further configured to enable activation of the function of the tool when the tool is positioned within a predetermined distance of the targeted tissue and it is determined that the imaging device is stationary within the surgical site.
Method of removing flat articles, and in particular collapsed folding boxes, which are arranged loose, next to one another, and upright in outer packaging at least in one layer (13a, 13b), from the outer packaging with the help of a gripping means (10, 10'), characterised by the following steps: a) moving the outer packaging such that the articles slide towards one (12.2) of the side-walls of the outer packaging and a gap comes into being between the opposite side-wall (12.1) and the first article, b) introducing a gripping jaw of the gripping means (10, 10') into this gap, c) moving the outer packaging, together with the gripping means, in the opposite direction such that the articles slide towards the gripping jaw and a gap comes into being between the opposite side-wall (12.2) from the gripping jaw and the last article, d) introducing a second gripping jaw of the gripping means into the gap, e) moving the gripping jaws (14, 15) together and removing the articles from the outer packaging. a) moving the outer packaging such that the articles slide towards one (12.2) of the side-walls of the outer packaging and a gap comes into being between the opposite side-wall (12.1) and the first article, b) introducing a gripping jaw of the gripping means (10, 10') into this gap, c) moving the outer packaging, together with the gripping means, in the opposite direction such that the articles slide towards the gripping jaw and a gap comes into being between the opposite side-wall (12.2) from the gripping jaw and the last article, d) introducing a second gripping jaw of the gripping means into the gap, e) moving the gripping jaws (14, 15) together and removing the articles from the outer packaging.
A direction indicator control method comprising calculating a presumed traveling route to a destination; acquiring each position of a plurality of directional indication determination points at which it is to be determined whether a directional indication should be made on the presumed traveling route, referring to map information stored in a map database; acquiring a position of the vehicle; determining whether one of the directional indication determination points belongs to a roundabout when the vehicle is coming close to the corresponding directional indication determination point; and inhibiting a direction indicator (7A, 7B) of the vehicle from making the directional indication when the vehicle enters the roundabout when the corresponding directional indication determination point to which the vehicle is coming close is determined to belong to the roundabout. calculating a presumed traveling route to a destination; acquiring each position of a plurality of directional indication determination points at which it is to be determined whether a directional indication should be made on the presumed traveling route, referring to map information stored in a map database; acquiring a position of the vehicle; determining whether one of the directional indication determination points belongs to a roundabout when the vehicle is coming close to the corresponding directional indication determination point; and inhibiting a direction indicator (7A, 7B) of the vehicle from making the directional indication when the vehicle enters the roundabout when the corresponding directional indication determination point to which the vehicle is coming close is determined to belong to the roundabout. roundabout when the vehicle is coming close to the corresponding directional indication determination point; and inhibiting a direction indicator (7A, 7B) of the vehicle from making the directional indication when the vehicle enters the roundabout when the corresponding directional indication determination point to which the vehicle is coming close is determined to belong to the roundabout.
A process for preparing a beverage or beverage component comprising the steps of: • Providing brewer's spent grain; • Performing saccharification by enzymatic treatment of the brewer's spent grain and a fermentation of the saccharified brewer's spent grain with lactic acid bacteria and/or acetic acid bacteria and/or probiotics to obtain a fermented broth; and • homogenizing the fermented broth to obtain the beverage or beverage component. • Providing brewer's spent grain; • Performing saccharification by enzymatic treatment of the brewer's spent grain and a fermentation of the saccharified brewer's spent grain with lactic acid bacteria and/or acetic acid bacteria and/or probiotics to obtain a fermented broth; and • homogenizing the fermented broth to obtain the beverage or beverage component.
A self-test alarm system device having a self-testing capability wherein the device comprises: a detector module; a self-test module; a first circuit, the first circuit comprising a first independent power source connected to the detector module, and a first controller electrically connected to the detector module; and a second circuit separate to the first circuit, the second circuit comprising a second independent power source connected to the self-test module, and a second controller electrically connected to the second independent power source, the second controller being configured to control a metering of power to the self-test module and an initiation of a self-test process, and wherein the first and second controllers each control the functions of their respective first and second circuits independent of each other. a detector module; a self-test module; a first circuit, the first circuit comprising a first independent power source connected to the detector module, and a first controller electrically connected to the detector module; and a second circuit separate to the first circuit, the second circuit comprising a second independent power source connected to the self-test module, and a second controller electrically connected to the second independent power source, the second controller being configured to control a metering of power to the self-test module and an initiation of a self-test process, and wherein the first and second controllers each control the functions of their respective first and second circuits independent of each other.
A component in an aircraft which is provided with a multilayer coating obtaining by carrying out the steps of: applying a Low Hydrogen Embrittlement ZnNi layer, i.e. LHE ZnNi layer, to a high-strength steel, carrying out a first heat treatment in a temperature range from 135-300°C for a time period of at least 4 hours, and applying a metal-pigmented top coat to the LHE ZnNi layer, characterized by carrying out a second heat treatment in a temperature range from 150 - 250°C for a time period of at least 10 minutes. applying a Low Hydrogen Embrittlement ZnNi layer, i.e. LHE ZnNi layer, to a high-strength steel, carrying out a first heat treatment in a temperature range from 135-300°C for a time period of at least 4 hours, and applying a metal-pigmented top coat to the LHE ZnNi layer, carrying out a second heat treatment in a temperature range from 150 - 250°C for a time period of at least 10 minutes.
Use of a binder-free composition for one- and two-component clearcoat materials which comprises at least 2% to 30% by weight of an isocyanate compound and at least one organic solvent, as a spot blender in automotive refinish, more particularly in automotive spot repair.
A compliant circuit spacing system comprising: a circuit board; one or more active components mounted to the circuit board; a dummy spacer electronic component mountable on the circuit board at the same time as the one or more active components, using the same mounting process, mounted to the circuit board, such that the dummy spacer electronic component is electrically isolated from each active component mounted to the circuit board; and a compliant circuit element positionable proximate the circuit board, wherein the compliant circuit element is spaced from the circuit board by the dummy spacer electronic component, isolating the compliant circuit element from each active component mounted to the circuit board. a circuit board; one or more active components mounted to the circuit board; a dummy spacer electronic component mountable on the circuit board at the same time as the one or more active components, using the same mounting process, mounted to the circuit board, such that the dummy spacer electronic component is electrically isolated from each active component mounted to the circuit board; and a compliant circuit element positionable proximate the circuit board, wherein the compliant circuit element is spaced from the circuit board by the dummy spacer electronic component, isolating the compliant circuit element from each active component mounted to the circuit board.
Method for coordinating the execution of a composed service in a service execution coordination unit (102, 103) on request by a service composition server, wherein the service execution coordination unit (102, 103) is remote from the service composition server, the service being composed in the service composition server of at least a first and a second component service instance, the method comprising: - receiving, by the service execution coordination unit (102, 103), an instruction for invoking the first component service instance from the service composition server, - receiving, by the service execution coordination unit (102, 103), an instruction for invoking the second component service instance from the service composition server, - contacting a respective one of one or more application servers (111, 112, 121, 123) for invoking the first component service instance, and - in response to receiving a service invocation result from invoking the first component service instance automatically contacting respective one of one or more application servers (111, 112, 121, 123) for invoking the second component service instance. - receiving, by the service execution coordination unit (102, 103), an instruction for invoking the first component service instance from the service composition server, - receiving, by the service execution coordination unit (102, 103), an instruction for invoking the second component service instance from the service composition server, - contacting a respective one of one or more application servers (111, 112, 121, 123) for invoking the first component service instance, and - in response to receiving a service invocation result from invoking the first component service instance automatically contacting respective one of one or more application servers (111, 112, 121, 123) for invoking the second component service instance.
An aerosol-generation apparatus, the apparatus comprising a heater having a planar heating surface, and being configured to receive an aerosol precursor carrier for thermal interaction with said heating surface; wherein said heater comprises a heating element at said heating surface, and said heating surface comprises a fluid transport region (62, 65) adjacent said heating element; said fluid transport region (62, 65) being configured to move liquid across said heating surface towards the heating element.
Voltage converter for transmitting harmonics from low- or medium-voltage networks in order to be able to determine the voltage quality in a low- or medium-voltage network, comprising a primary coil, at least one secondary coil and one coil core, wherein the at least one secondary coil is arranged around the coil core and the primary coil is arranged around the at least one secondary coil, wherein the windings of the primary coil are designed as a plurality of double layers, wherein a double layer is a pair of windings of the primary coil, the two windings of the said pair of windings having an opposite winding sense in relation to one another, wherein the primary coil has a lower coil half, which is formed by the inner double layers which are therefore closest to the coil core, and an upper coil half, which is formed by the outer double layers which are further remote from the coil core, characterized in that the effective summed capacitance of the double layers of the lower coil half is greater than or equal to the effective summed capacitance of the double layers of the upper coil half, with the result that a virtually linear transmission behaviour is achieved in a wide frequency range starting from and greater than 0 Hz.
A method of manufacturing a rope drum that has a drum casing and end plates attached thereto at the end faces, characterized in that the drum casing is seamlessly rolled from an annular workpiece blank by means of a rolling apparatus, with a rope groove profile being formed at the outer casing surface of the seamless drum casing on and/or after the rolling thereof by a non-cutting machining by means of a tool that is mapped in the outer casing surface.
Arrangement for performing an automatic error correction in a distance measurement between two transceivers (10, 20), wherein the arrangement includes at least two transceivers (10, 20) for transmitting and/or receiving a signal in the ultra-broadband range, spaced apart from each other by a specified distance (D v), wherein the arrangement is configured to: in the distance measurement, control the frequency difference between the at least two transceivers (10, 20) to a predetermined value, determine a distance (D 1) to be measured between the two transceivers (10, 20) by means of two-way-ranging depending on a transmission signal strength and a frequency difference of the signal, and set a transmission signal strength and a frequency difference of the signal, as a result of which a value of the distance (D 1) to be measured is changed, and calculate a correction value on the basis of a measured signal strength, a measured frequency difference, and the measured distance (D 1), and correct the measured distance (D 1) on the basis of the determined correction value. in the distance measurement, control the frequency difference between the at least two transceivers (10, 20) to a predetermined value, determine a distance (D 1) to be measured between the two transceivers (10, 20) by means of two-way-ranging depending on a transmission signal strength and a frequency difference of the signal, and set a transmission signal strength and a frequency difference of the signal, as a result of which a value of the distance (D 1) to be measured is changed, and calculate a correction value on the basis of a measured signal strength, a measured frequency difference, and the measured distance (D 1), and correct the measured distance (D 1) on the basis of the determined correction value.
A carrier for adsorbing organic matter, comprising a sea-island type solid composite fiber which has a pore volume,which is the sum of volumes of minute pores which have a diameter of 200 nm or less and are contained in 1 g of the material, of 0.05 to 0.5 cm 3 /g, as measured by the method of the description, and a fiber diameter of 25 to 60 μm, as measured by the method of the description, and wherein the distance from the surface of said sea-island type solid composite fiber to the outermost island component in a cross section perpendicular to the fiber axis direction of said sea-island type solid composite fiber is not less than 1 μm and less than 30 μm, as determined by the method of the description, and the maximum island diameter of the island component of said sea-island type solid composite fiber is 0.1 to 2 μm, as determined by the method of the description. of 0.05 to 0.5 cm 3 /g, as measured by the method of the description, and a fiber diameter of 25 to 60 μm, as measured by the method of the description, and wherein the distance from the surface of said sea-island type solid composite fiber to the outermost island component in a cross section perpendicular to the fiber axis direction of said sea-island type solid composite fiber is not less than 1 μm and less than 30 μm, as determined by the method of the description, and the maximum island diameter of the island component of said sea-island type solid composite fiber is 0.1 to 2 μm, as determined by the method of the description.
A vehicle powertrain comprising: an internal combustion engine with stop/start technology; an engine controller for operating the internal combustion engine; a transmission connected to the internal combustion engine; and a shifter connected to the transmission and the engine controller, the shifter being operable to place the transmission into one of a plurality of operating modes by positioning the shifter into a position associated with each operating mode and arranged along a path of the shifter, the operating modes including at least a park mode, reverse mode, a neutral mode, a drive mode, and an additional low speed mode wherein upon positioning the shifter in the position associated with the low speed mode, the stop/start technology is disabled so that the engine does not automatically shut down; characterized in that the engine controller is further operable to repeat playing an audible chime or message or displaying a visual cue to the driver until the low speed mode is deselected and to cause the audible chime or message to be played when the driver attempts to accelerate; and wherein the controller is configured to implement a speed or acceleration threshold upon receiving an indication of selection of the low speed mode and is operable to determine if the speed threshold has been exceeded for a predetermined period of time and, after such determination, to automatically disable the low speed mode thereby re-enabling the start/stop technology at vehicle speeds above the threshold. an internal combustion engine with stop/start technology; an engine controller for operating the internal combustion engine; a transmission connected to the internal combustion engine; and a shifter connected to the transmission and the engine controller, the shifter being operable to place the transmission into one of a plurality of operating modes by positioning the shifter into a position associated with each operating mode and arranged along a path of the shifter, the operating modes including at least a park mode, reverse mode, a neutral mode, a drive mode, and an additional low speed mode wherein upon positioning the shifter in the position associated with the low speed mode, the stop/start technology is disabled so that the engine does not automatically shut down;