mhurhangee/ep-ind-claims huggingface dataset:
Connection device between high-voltage electrical equipment, applicable between first electrical equipment and second electrical equipment insulated in a fluid medium or in a solid medium, the first electrical equipment comprising at least one female coupling bushing in correspondence with conductive terminals of the first electrical equipment such that the electric coupling between the connection device and said first electrical equipment is performed by plug-in, the connection device being independent from the electrical equipment to be coupled, wherein the connection device comprises: - an elongated body made of insulating and elastic material, with a first end configured to be tightly coupled in the at least one coupling bushing of the first electrical equipment, - a connector encapsulated in the elongated body, in correspondence with the first end of the elongated body and configured to be connected to the conductive terminals of the coupling bushing, when the first end of the elongated body is coupled in the at least one female coupling bushing of the first electrical equipment; - a conductor encapsulated at least partially in the elongated body, having a first end which is connected to the connector and a second end suitable for connecting the second electrical equipment, establishing at least one aerial point of connection, wherein the connector comprises a plurality of conductive parts, such that the electric connection between said conductive parts and conductive terminals is of the plug-in type, this electric connection being inside the elongated body, and wherein the first end of the conductor is encapsulated inside the elongated body and plugged into the connector, such that it is in electrical contact and surrounded by the conductive parts of the connector, establishing a second electric point of connection inside the elongated body of the connection device. - an elongated body made of insulating and elastic material, with a first end configured to be tightly coupled in the at least one coupling bushing of the first electrical equipment, - a connector encapsulated in the elongated body, in correspondence with the first end of the elongated body and configured to be connected to the conductive terminals of the coupling bushing, when the first end of the elongated body is coupled in the at least one female coupling bushing of the first electrical equipment; - a conductor encapsulated at least partially in the elongated body, having a first end which is connected to the connector and a second end suitable for connecting the second electrical equipment, establishing at least one aerial point of connection,
A vessel comprising a drive-off prevention controller, a dynamic positioning system, and a propulsion system, the drive off prevention controller being configured to communicate with the dynamic positioning system, - wherein the dynamic positioning system is configured: ∘ to determine a position of the vessel relative to a target position and ∘ to determine an adjustment to the control of a propulsion system of the vessel based on the determined position of the vessel relative to the target position; and - wherein the drive-off prevention controller is configured to ∘ determine whether one or more indicative conditions are met; and ∘ when the one or more indicative conditions are met, selectively apply the adjustment to the control of the propulsion system determined by the dynamic positioning system, ∘ when the one or more indicative conditions are not met, not apply the adjustment to the control of the propulsion system determined by the dynamic positioning system, characterized in that at least one of the one or more indicative conditions depends on weather or environmental data; and that the drive-off prevention controller is configured to receive and determine the weather or environmental data from a database, remote server or weather service. - wherein the dynamic positioning system is configured: ∘ to determine a position of the vessel relative to a target position and ∘ to determine an adjustment to the control of a propulsion system of the vessel based on the determined position of the vessel relative to the target position; and ∘ to determine a position of the vessel relative to a target position and ∘ to determine an adjustment to the control of a propulsion system of the vessel based on the determined position of the vessel relative to the target position; and - wherein the drive-off prevention controller is configured to ∘ determine whether one or more indicative conditions are met; and ∘ when the one or more indicative conditions are met, selectively apply the adjustment to the control of the propulsion system determined by the dynamic positioning system, ∘ when the one or more indicative conditions are not met, not apply the adjustment to the control of the propulsion system determined by the dynamic positioning system, ∘ determine whether one or more indicative conditions are met; and ∘ when the one or more indicative conditions are met, selectively apply the adjustment to the control of the propulsion system determined by the dynamic positioning system, ∘ when the one or more indicative conditions are not met, not apply the adjustment to the control of the propulsion system determined by the dynamic positioning system, characterized in that at least one of the one or more indicative conditions depends on weather or environmental data; and that the drive-off prevention controller is configured to receive and determine the weather or environmental data from a database, remote server or weather service.
A heat exchanger comprising: a hot fluid inlet; a hot fluid outlet; a cold fluid inlet; a cold fluid outlet; and a header connected to the hot fluid outlet, the header comprising: a housing; a baffle separating a first cavity from a second cavity within the housing; an outlet adjacent to the first cavity; and a primary outlet adjacent to the second cavity; characterised in that: the baffle defines a slot such that a first fluid positioned in the first cavity is in fluid communication with a second fluid positioned in the second cavity via an alternate flowpath. a hot fluid inlet; a hot fluid outlet; a cold fluid inlet; a cold fluid outlet; and a header connected to the hot fluid outlet, the header comprising: a housing; a baffle separating a first cavity from a second cavity within the housing; a housing; a baffle separating a first cavity from a second cavity within the housing; an outlet adjacent to the first cavity; and a primary outlet adjacent to the second cavity; characterised in that: the baffle defines a slot such that a first fluid positioned in the first cavity is in fluid communication with a second fluid positioned in the second cavity via an alternate flowpath. the baffle defines a slot such that a first fluid positioned in the first cavity is in fluid communication with a second fluid positioned in the second cavity via an alternate flowpath.
A system suitable for testing a spectral response speed of a tunable filter, characterized in that it comprises: a collimating light source, a tunable filter, a beam splitting element, a focusing lens and an image recording device of light spot position arranged successively, the tunable filter is disposed between the collimating light source and the beam splitting element and configured to be continuously tuned within a certain wavelength range during testing, the beam splitting element is configured to transform light beams of different wavelength bands passing through the tunable filter into diffracted beams or refracted beams corresponding to different wavelength bands, the focusing lens is configured to focus the diffracted beams or refracted beams to be incident on the image recording device of light spot position, and the image recording device of light spot position is configured to record change information about positions where the diffracted beams or refracted beams corresponding to different wavelength bands are imaged. characterized in that it comprises: a collimating light source, a tunable filter, a beam splitting element, a focusing lens and an image recording device of light spot position arranged successively, the tunable filter is disposed between the collimating light source and the beam splitting element and configured to be continuously tuned within a certain wavelength range during testing, the beam splitting element is configured to transform light beams of different wavelength bands passing through the tunable filter into diffracted beams or refracted beams corresponding to different wavelength bands, the focusing lens is configured to focus the diffracted beams or refracted beams to be incident on the image recording device of light spot position, and the image recording device of light spot position is configured to record change information about positions where the diffracted beams or refracted beams corresponding to different wavelength bands are imaged.
An apparatus for determining heart transplant rejection of a heart in a patient comprising: a catheter having at least a first and second electrode adapted to be disposed in the patient and in communication with the heart that span the left ventricle and a third electrode and a fourth electrode adapted to be implanted in the LV myocardium; and a voltage generator adapted to be inserted in the patient which generates a voltage to at least two of the electrodes and senses the resulting voltage with either the first and second electrodes or the third and fourth electrodes, the voltage generator determines both the magnitude and phase angle of the resulting voltage from the first and second or third and fourth electrodes where a reduction in myocardial capacitance (C musc) from baseline when the heart was first transplanted indicates myocardial rejection of the heart, and where phase angle is used to determine the myocardial capacitance (C musc) after catheter phase effects have been removed, and wherein the voltage generator includes a processor that produces a single waveform at a desired maximum frequency of 100kHz for the electrodes. a catheter having at least a first and second electrode adapted to be disposed in the patient and in communication with the heart that span the left ventricle and a third electrode and a fourth electrode adapted to be implanted in the LV myocardium; and a voltage generator adapted to be inserted in the patient which generates a voltage to at least two of the electrodes and senses the resulting voltage with either the first and second electrodes or the third and fourth electrodes, the voltage generator determines both the magnitude and phase angle of the resulting voltage from the first and second or third and fourth electrodes where a reduction in myocardial capacitance (C musc) from baseline when the heart was first transplanted indicates myocardial rejection of the heart, and where phase angle is used to determine the myocardial capacitance (C musc) after catheter phase effects have been removed, and wherein the voltage generator includes a processor that produces a single waveform at a desired maximum frequency of 100kHz for the electrodes.
A fabric care composition comprising a modified carbohydrate polymer having quaternary ammonium groups having at least one C 8 -C 22 alkyl or alkenyl group; wherein the modified carbohydrate polymer has a weight-average molecular weight of at least 500,000; and wherein at least 20 wt% of quaternary ammonium groups on said at least one modified carbohydrate polymer have at least one C 8 -C 22 alkyl or alkenyl group.
A recreational board carrier, comprising: a backpack portion including a pair of shoulder straps coupled to the backpack portion, wherein the shoulder straps extend from an upper portion of a rear face to a lower portion of the rear face; at least one longitudinal strap coupled to a lower end of the backpack portion and extending therefrom; at least one lateral retaining strap coupled to side faces of the backpack portion; a loop disposed at a distal end of the longitudinal strap, the loop adapted to encircle a first end of a recreational board; wherein the at least one longitudinal strap is adapted to extend down from the lower end of the backpack portion along a first face of a recreational board and wrap around a lower end of the recreational board and extend back up a second face to an upper end of the recreational board such that the longitudinal strap parallels the longitudinal axis on two sides of the recreational board; and the loop encircles the upper end. a backpack portion including a pair of shoulder straps coupled to the backpack portion, wherein the shoulder straps extend from an upper portion of a rear face to a lower portion of the rear face; at least one longitudinal strap coupled to a lower end of the backpack portion and extending therefrom; at least one lateral retaining strap coupled to side faces of the backpack portion; a loop disposed at a distal end of the longitudinal strap, the loop adapted to encircle a first end of a recreational board; wherein the at least one longitudinal strap is adapted to extend down from the lower end of the backpack portion along a first face of a recreational board and wrap around a lower end of the recreational board and extend back up a second face to an upper end of the recreational board such that the longitudinal strap parallels the longitudinal axis on two sides of the recreational board; and the loop encircles the upper end.
An apparatus for minimizing noise generated by blades of an aircraft propeller where the noise from a blade originates from a target origin with an associated frequency and a corresponding wavelength, the apparatus comprising the blade and a mechanism disposed on the blade that produces a sound having a first frequency that is the same frequency as the associated frequency of the noise; an aperture that is part of the mechanism; a hollow vessel that is part of the mechanism, the aperture connected to the hollow vessel having a first volume, the aperture disposed at a location on the blade so that air flows over it and into the hollow vessel during the rotation of the blade; the area of the aperture and the first volume of the hollow vessel each contributing to defining the first frequency of the sound; the aperture located a distance from the target origin of the noise that is one half of the wavelength of the noise to effectuate the sound arriving at the target origin of the noise 180 degrees out of phase with the noise.
Method for operating an automatically driven, driverless motor vehicle, which is in the form of a passenger car, wherein sensor data recorded by environment sensors of the motor vehicle, comprising at least one camera, are evaluated with respect to objects to be taken into account when planning the trajectory, which objects can be classified either as an obstacle or not an obstacle by using at least one classifier evaluating the associated sensor data, characterised in that in case of an object that cannot be classified at all or cannot be classified with sufficient certainty as either being an obstacle or not being an obstacle and/or in case of at least one object preventing further driving of the motor vehicle to a current destination, at least one camera image of the corresponding object is taken by at least one of the at least one cameras, is transmitted to a portable mobile communication device carried by a user of the motor vehicle and is displayed there, an input of a user classifying the object as being an obstacle or not being an obstacle is received as classification information, the classification information is sent back to the vehicle and is taken into account when planning the trajectory.
A backpack or bag comprising a carrying system for carrying the backpack or bag, wherein the carrying system comprises: (a) an essentially elastic portion, (b) wherein the essentially elastic portion is attached to the backpack or bag at a first position located on the backpack or bag; and (c) a limitation arrangement, wherein a length of the limitation arrangement limits a maximum extension of the essentially elastic portion, (d) wherein the limitation arrangement is attached at least at one second position on the backpack or bag that is different from the first position, and (e) wherein the limitation arrangement comprises a limitation strap and a guiding portion, wherein the guiding portion is attached to the backpack or bag at the second position, and wherein the limitation strap is slidably attached to the guiding portion. (a) an essentially elastic portion, (b) wherein the essentially elastic portion is attached to the backpack or bag at a first position located on the backpack or bag; and (c) a limitation arrangement, wherein a length of the limitation arrangement limits a maximum extension of the essentially elastic portion, (d) wherein the limitation arrangement is attached at least at one second position on the backpack or bag that is different from the first position, and (e) wherein the limitation arrangement comprises a limitation strap and a guiding portion, wherein the guiding portion is attached to the backpack or bag at the second position, and wherein the limitation strap is slidably attached to the guiding portion.
A method for protocol agnostic storage access in a software defined network topology, the method comprising: receiving, at a software defined network, SDN, enabled switch, an initialization packet to access a storage volume; determining, at the SDN enabled switch, a storage protocol used by the initialization packet, adding a protocol tag indicative of the storage protocol to the initialization packet, and sending the initialization packet to a SDN controller; identifying, at the SDN controller, a storage application based on the protocol tag and sending the initialization packet to the storage application, wherein the storage application is one of a plurality of storage applications, each associated with a different storage protocol; and performing, by the storage application, protocol-specific tasks. receiving, at a software defined network, SDN, enabled switch, an initialization packet to access a storage volume; determining, at the SDN enabled switch, a storage protocol used by the initialization packet, adding a protocol tag indicative of the storage protocol to the initialization packet, and sending the initialization packet to a SDN controller; identifying, at the SDN controller, a storage application based on the protocol tag and sending the initialization packet to the storage application, wherein the storage application is one of a plurality of storage applications, each associated with a different storage protocol; and performing, by the storage application, protocol-specific tasks.
A method of manufacturing a tubular metal-cored welding wire, comprising: - disposing a granular core within a metallic sheath, wherein the core comprises an organic stabilizer component, characterized in that the organic stabilizer component is a cellulose-based component including a cellulose chain that has been derivatized to form a sodium or potassium salt having a degree of substitution ranging from 0,5 to 2,5; the method further comprising heating the tubular welding wire to between 149 °C (300 °F) and 343 °C (650 °F) for 4 to 6 hours, wherein the metal-cored welding wire comprises between 0,05% and 5% by weight organic stabilizer component, wherein the core comprises between 7% and 40% of the tubular welding wire by weight, wherein the core includes between 70% and 75% by weight iron powder, as well as other alloying components, such as ferro-titanium, ferro-magnesium-silicon, and ferro-silicon powder, wherein the metallic sheath is a low carbon steel comprising between 0,07 and 0,08 % carbon by weight, between 0,25% and 0,5% manganese by weight and further impurities. - disposing a granular core within a metallic sheath, wherein the core comprises an organic stabilizer component,
Steam generating device comprising a steam chamber provided with a hydrophilic coating comprising an acid phosphate compound, characterized in that the coating comprises boron.
Harmonic pin ring transmission with hollow shaft configuration, comprising - at least one inner ring (7, 7') with external toothing (5, 5') and - at least one outer ring (8, 8') with internal toothing (6' 6')' - a pin ring with pins comprising a circular cross-section, - a rotor configured as a hollow shaft with a transmitter (4, 18) for drawing the pins of the pin ring into the teeth of the outer ring (8, 8') and into the teeth of the inner ring (7, 7')', wherein the transmitter (4, 18) is configured as a flange of the rotor, wherein the inner ring (7, 7'), the rotor and the outer ring (8, 8') are arranged concentrically to one another, the transmitter (4, 18) is arranged inside the pin ring, and wherein the pin ring is arranged between the inner ring (7, 7') and the outer ring (8, 8'), wherein the transmitter (4, 18) deforms the pin ring such that the outer ring (8, 8') and the inner ring (7, 7') rotate relative to each other, wherein furthermore the shape of the teeth of the outer ring (8, 8') and the shape of the teeth of the inner ring (7, 7') are substantially determined by the envelope of the pins which move and wherein each of the pins is in engagement with the internal toothing (6, 6') of the outer ring (8, 8') or in engagement with the external toothing (5, 5') of the inner ring (7, 7') and wherein each pin is in contact with a tooth of the internal toothing (6, 6') or with a tooth of the external toothing (5, 5') at any point in time, wherein a distance of two radially opposite tooth bases (24, 34) corresponds approximately to twice the circumference of the pins. - at least one inner ring (7, 7') with external toothing (5, 5') and - at least one outer ring (8, 8') with internal toothing (6' 6')' - a pin ring with pins comprising a circular cross-section, - a rotor configured as a hollow shaft with a transmitter (4, 18) for drawing the pins of the pin ring into the teeth of the outer ring (8, 8') and into the teeth of the inner ring (7, 7')', wherein the transmitter (4, 18) is configured as a flange of the rotor, wherein the inner ring (7, 7'), the rotor and the outer ring (8, 8') are arranged concentrically to one another, the transmitter (4, 18) is arranged inside the pin ring, and wherein the pin ring is arranged between the inner ring (7, 7') and the outer ring (8, 8'), wherein the transmitter (4, 18) deforms the pin ring such that the outer ring (8, 8') and the inner ring (7, 7') rotate relative to each other, wherein furthermore the shape of the teeth of the outer ring (8, 8') and the shape of the teeth of the inner ring (7, 7') are substantially determined by the envelope of the pins which move and wherein each of the pins is in engagement with the internal toothing (6, 6') of the outer ring (8, 8') or in engagement with the external toothing (5, 5') of the inner ring (7, 7') and wherein each pin is in contact with a tooth of the internal toothing (6, 6') or with a tooth of the external toothing (5, 5') at any point in time, wherein a distance of two radially opposite tooth bases (24, 34) corresponds approximately to twice the circumference of the pins.
Method for manufacturing a luminaire with a luminaire frame, comprising the steps of: a) forming a box-shaped base part to form a luminaire housing of the lamp, wherein the base part has a base and side walls (6, 8, 10, 12) which are connected to the corresponding edge portions of the base surface via bends, b) forming a corner part, and c) connecting the corner part with the box-shaped base part to form the luminaire frame, characterized in that, the bends are 90° bends, and the joining in step c) is through welding. a) forming a box-shaped base part to form a luminaire housing of the lamp, wherein the base part has a base and side walls (6, 8, 10, 12) which are connected to the corresponding edge portions of the base surface via bends, b) forming a corner part, and c) connecting the corner part with the box-shaped base part to form the luminaire frame,