mhurhangee/ep-ind-claims huggingface dataset:
Coupling element for the assembly of a furniture frame, in particular a frame for a worktable with at least one longitudinal support running in a longitudinal direction for the attachment of a coupling element, wherein said coupling element comprises: - at least one connection point for the longitudinal support, and - at least two connection points arranged at intervals in a transverse direction (5, 9, 10, 11), both intended for a furniture support, characterised in that - at least one guide section (3, 4), which is flat in shape and runs along one edge of the coupling element that faces the coupled longitudinal support and to which a panel displacement member is connected at the side of the coupling element. - at least one connection point for the longitudinal support, and - at least two connection points arranged at intervals in a transverse direction (5, 9, 10, 11), both intended for a furniture support, - at least one guide section (3, 4), which is flat in shape and runs along one edge of the coupling element that faces the coupled longitudinal support and to which a panel displacement member is connected at the side of the coupling element.
Method for operating a ship with - at least one electric motor as a main engine for propelling the ship, wherein the electric motor propels a shaft system which is coupled to a ship propeller - at least one combustion engine which can be coupled to the shaft system, in particular a gas turbine or one or a number of diesel engines, as auxiliary propulsion in order to reach the maximum speed of the ship, - an on-board electrical system, by means of which the at least one electric motor and further electric loads of the ship are supplied with electrical energy and - power generators for generating electrical energy for the on-board system, characterised in that the at least one electric motor can also be operated as a generator, as a result of which an energy flow which can be changed in respect of its direction can be produced between the on-board system and the shaft system, and that by controlling the direction and magnitude of this energy flow, a minimum output required for the on-board system is provided and at the same time the minimum propelling output required in particular situations for the propulsion of the ship is also provided here for the ship propeller. - at least one electric motor as a main engine for propelling the ship, wherein the electric motor propels a shaft system which is coupled to a ship propeller - at least one combustion engine which can be coupled to the shaft system, in particular a gas turbine or one or a number of diesel engines, as auxiliary propulsion in order to reach the maximum speed of the ship, - an on-board electrical system, by means of which the at least one electric motor and further electric loads of the ship are supplied with electrical energy and - power generators for generating electrical energy for the on-board system,
Setting tool for inserting an anchor rod into a drill hole filled with a curable composition or with a cartridge containing a curable composition, comprising a housing having a receiver for the anchor rod, wherein the anchor rod can be inserted into said receiver in the longitudinal direction and fixed therein, wherein at least one clamping element is provided and is associated with the receiver, said clamping element being inclined at an angle of inclination (α) relative to the longitudinal axis of the receiver and supported in a guide in the receiver in such a manner that, by rotating the housing relative to the anchor rod, the clamping element can be moved out of a receiving position in which the anchor rod can be inserted into the receiver in the longitudinal direction into a clamping position in which the anchor rod is fixed in the receiver in the circumferential direction and in the longitudinal direction, characterised in that the housing is substantially cylindrical, comprising a bottom plate having an opening for the insertion of the anchor rod and a cover plate situated opposite the bottom plate and the guide for the clamping elements is formed by a groove (30, 32) in the bottom plate and in the cover plate of the housing, wherein the groove (30, 32) defines a linear or curved path along which the clamping element is guided towards the anchor rod, moving from a receiving position to a clamping position, and the grooves (30, 32) in the cover plate and in the bottom plate are arranged in such a manner that they are offset in the circumferential direction.
A vehicle comprising a lighting arrangement, the lighting arrangement comprising a left-hand lighting assembly and a right-hand lighting assembly, and a controller (30, 31) for controlling the activation of the light sources (S 11,..., S 26) of the lighting assemblies (10', 20') so as to adjust the swivel angles (σ 1, σ 2) of the front beams (B L, B R) of each one of the lighting assemblies, wherein each lighting assembly (10', 20') comprises a projection lens (11, 21) and a light source array (12, 22) of light sources (S 11,..., S 26) distributed symmetrically about an optical axis (X 1, X 2) of that lighting assembly (10', 20'), wherein, in each lighting assembly (10', 20'), the light sources (S 11,..., S 26) are individually controlled to adjust a swivel angle (σ1, σ2) of a front beam (B L, B R) generated by that lighting assembly (10', 20') to illuminate the area in front of the vehicle when the vehicle is directed into a turn, characterized in that, the optical axis (X 1) of the left-hand lighting assembly is arranged at a positive fixed angle (Φ 1) to the longitudinal axis of the vehicle so as to point somewhat to the left, and the optical axis (X 2) of the right-hand lighting assembly is arranged at a negative fixed angle (Φ 2) to the longitudinal axis of the vehicle so as to point somewhat to the right.
A control system for a wind park, said wind park comprising wind turbines arranged in a convex polygon comprising straight sides (3, 4, 5) connecting vertices of said polygon, wherein a node wind turbine (1a, 1b, 1c) of a first type is located at each vertex of said polygon, one or more intermediate wind turbine (2a, 2b, 2c, 2d) of a second type being located along each side (3, 4, 5) of said polygon between two node wind turbines (1a, 1b, 1c), said polygon forming an interior area within said sides (3, 4, 5), wherein said interior area is free of turbines of said first and second type, wherein said polygon is a quadrilateral, said control system being adapted to: - obtain meteorological data and/or information comprising at least a current wind direction, - use wind turbine state data and/or information for each wind turbine in said wind park, said wind turbine state data and/or information comprising at least wind turbine position information, - on the basis of said meteorological data and/or information and said wind turbine state data and/or information, control activation and deactivation of said wind turbines of said wind park, characterized in that: said quadrilateral is associated with four sectors (W 1,W 2,W 3,W 4), each sector (W 1,W 2,W 3,W 4) being defined by diagonals (G 1, G 2) connecting two opposing vertices of said quadrilateral such that each sector (W 1,W 2,W 3,W 4) comprises a side (3, 4, 5, 6) of said quadrilateral, said control system being adapted to: - determine within which sector (W 1,W 2,W 3,W 4) said current wind direction is located, - on the basis of the determined sector (W 1,W 2,W 3,W 4), control said intermediate wind turbines such that said intermediate wind turbines of said side (3, 4, 5, 6) in the determined sector (W 1,W 2,W 3,W 4) as well as its opposing side (3, 4, 5, 6) are active and such that the intermediate wind turbines of the other two sides (3, 4, 5, 6) are inactive. - obtain meteorological data and/or information comprising at least a current wind direction, - use wind turbine state data and/or information for each wind turbine in said wind park, said wind turbine state data and/or information comprising at least wind turbine position information, - on the basis of said meteorological data and/or information and said wind turbine state data and/or information, control activation and deactivation of said wind turbines of said wind park, - determine within which sector (W 1,W 2,W 3,W 4) said current wind direction is located, - on the basis of the determined sector (W 1,W 2,W 3,W 4), control said intermediate wind turbines such that said intermediate wind turbines of said side (3, 4, 5, 6) in the determined sector (W 1,W 2,W 3,W 4) as well as its opposing side (3, 4, 5, 6) are active and such that the intermediate wind turbines of the other two sides (3, 4, 5, 6) are inactive.
A method for transmitting signals using multiple component carriers at a communication apparatus in a wireless communication system, the method comprising: controlling transmission powers for one or more channels per each component carrier; checking whether a total transmission power of multiple channels for simultaneous transmission over the multiple component carriers exceeds an overall maximum transmission power configured for the communication apparatus or not, the multiple channels including a physical uplink control channel, PUCCH, including acknowledgement/non-acknowledgement, ACK/NACK, information, and a physical uplink shared channel, PUSCH; if the total transmission power of the multiple channels over the multiple component carriers exceeds the overall maximum transmission power configured for the communication apparatus, keeping the transmission power of the PUCCH and reducing the transmission power of the PUSCH in such a way that the total transmission power of the multiple channels over the multiple component carriers does not exceed the overall maximum transmission power; and simultaneously transmitting the PUCCH and the PUSCH. controlling transmission powers for one or more channels per each component carrier; checking whether a total transmission power of multiple channels for simultaneous transmission over the multiple component carriers exceeds an overall maximum transmission power configured for the communication apparatus or not, the multiple channels including a physical uplink control channel, PUCCH, including acknowledgement/non-acknowledgement, ACK/NACK, information, and a physical uplink shared channel, PUSCH; if the total transmission power of the multiple channels over the multiple component carriers exceeds the overall maximum transmission power configured for the communication apparatus, keeping the transmission power of the PUCCH and reducing the transmission power of the PUSCH in such a way that the total transmission power of the multiple channels over the multiple component carriers does not exceed the overall maximum transmission power; and simultaneously transmitting the PUCCH and the PUSCH.
A compound represented by formula (1-0'): wherein in formula (1-0'), R represents -O(CH 2) n OC 2 H 4 -; n represents 2; and Q 1 represents F or -OCH 3.
A method of eluting DNA from a blood sample, consisting of adding a one-step elution buffer to the blood sample to form a mixture, wherein the one-step elution buffer consists of 5 to 22.5 mM potassium in the form of KOH, KCl, or a combination thereof, and 7.5 to 30 mM of a base having a buffering range of 7.0 to 9.5, and wherein the pH of the one-step elution buffer is 9 to 13, heating the mixture at 90°C to 99°C for a time sufficient to elute the DNA from the blood sample to form an eluted DNA solution, and optionally cooling the eluted DNA solution at a temperature of at least 4°C for at least 5 minutes, wherein the eluted DNA solution is suitable for direct use in an enzymatic DNA amplification reaction.
An article processing machine with a ram assembly and a sliding air valve mechanism, the sliding air valve mechanism comprising: an air inlet passage with a first inlet end and a second inlet end; an air exit passage with a first exit end proximate the second inlet end, and a second exit end proximate to an article processing end of tooling in the ram assembly; and a slidable disc positioned between the second inlet end and the first exit end, the slidable disc configured to slide with movement of the ram assembly such that the slidable disc seals a connection between the second inlet end and the first exit end, wherein air passes from the air inlet passage, through an opening in the slidable disc, and into the air exit passage, and characterized in that an operable opening size of the opening in the slidable disc varies with movement of the ram assembly, and a minimum area of the operable opening is equal to or greater than a cross-sectional area of the air exit passage. an air inlet passage with a first inlet end and a second inlet end; an air exit passage with a first exit end proximate the second inlet end, and a second exit end proximate to an article processing end of tooling in the ram assembly; and a slidable disc positioned between the second inlet end and the first exit end, the slidable disc configured to slide with movement of the ram assembly such that the slidable disc seals a connection between the second inlet end and the first exit end, wherein air passes from the air inlet passage, through an opening in the slidable disc, and into the air exit passage, and characterized in that an operable opening size of the opening in the slidable disc varies with movement of the ram assembly, and a minimum area of the operable opening is equal to or greater than a cross-sectional area of the air exit passage.
A method in a first radio network node (105, 110, 120) for handling positioning of a first user equipment, which first radio network node (105, 110, 120) and which first user equipment are comprised in a radio communication system, the method comprising: defining (204, 301) a criterion relating to at least one measurable radio quality of the first user equipment, which criterion is based on historical measurements of the at least one radio quality of at least one second user equipment having experienced a radio event, and wherein fulfilment of the criterion is an indication that the radio event is upcoming for the first user equipment, receiving (205, 302) a current measurement of the at least one radio quality of the first user equipment, and when the criterion is fulfilled, triggering (207, 304) positioning of the first user equipment. defining (204, 301) a criterion relating to at least one measurable radio quality of the first user equipment, which criterion is based on historical measurements of the at least one radio quality of at least one second user equipment having experienced a radio event, and wherein fulfilment of the criterion is an indication that the radio event is upcoming for the first user equipment, receiving (205, 302) a current measurement of the at least one radio quality of the first user equipment, and when the criterion is fulfilled, triggering (207, 304) positioning of the first user equipment.
A method in a device comprising a first radio access technology, RAT, radio and a second RAT radio, the method comprising: determining whether or not a transmission from the first RAT radio is expected to cause interference to reception by the second RAT radio based on at least one interference criterion (11,13,23); transmitting an indication from the first RAT radio to the second RAT radio to indicate that the first RAT radio is transmitting only when it has been determined that the transmission from the first RAT radio is expected to cause interference to reception by the second RAT radio (24,28). determining whether or not a transmission from the first RAT radio is expected to cause interference to reception by the second RAT radio based on at least one interference criterion (11,13,23); transmitting an indication from the first RAT radio to the second RAT radio to indicate that the first RAT radio is transmitting only when it has been determined that the transmission from the first RAT radio is expected to cause interference to reception by the second RAT radio (24,28).
An apparatus for estimating intrinsic positive end-expiatory pressure of a respiratory patient connected to a ventilator comprising a mathematical modeling device; a controller; sensors comprising a carbon dioxide detector, an airway flow sensor, and a pressure sensor for measuring raw signals in gases that pass to and from the respiratory patient; and a processing device having a parameter extraction module configured to calculate other parameters from the raw signals and identify markers indicative of intrinsic positive end-expiatory pressure; characterized in that the mathematical modeling device is a neural network; the markers comprise one or more of an expiratory airflow versus expiratory air volume trajectory, an expiratory carbon dioxide flow versus expiratory air volume trajectory, an expiratory carbon dioxide volume to expiratory air volume ratio, an expiratory airflow at onset of inhalation, a model of an expiratory waveform, a peak to mid-exhalation airflow ratio, duration of reduced exhaled airflow, and a Capnograph waveform shape; wherein the neural network is configured to receive a combination of the markers indicative of intrinsic positive end-expiratory pressure and to predict a value for intrinsic positive end-expiratory pressure; and wherein the controller is configured to control the ventilator from the predicted intrinsic positive end expiratory pressure.
Handheld infrared measuring device for non-contact temperature measurement of an object, comprising a device housing and an infrared sensor, arranged in the device housing for non-contact temperature measurement, and also comprising an optical element for focusing the infrared radiation emanating from the object onto the infrared sensor, characterized in that the optical element is mounted in a floating fashion between a tube accommodating the infrared sensor, in particular a metal tube, and an IR housing extending around the infrared beam path, said IR housing being arranged in the device housing, wherein the IR housing is mounted in a floating fashion in the device housing.
A structure of memory device, comprising: a substrate, comprising a bottom electrode layer therein; a buffer layer, disposed on the substrate, in contact with the bottom electrode layer; a resistive layer, surrounding a whole sidewall of the buffer layer and extending upward vertically from the substrate; and a mask layer, disposed on the buffer layer and the resistive layer; the structure of memory device being characterized in further comprising a noble metal layer, disposed on the substrate and fully covering the resistive layer and the mask layer; and a top electrode layer, disposed on the noble metal layer. a substrate, comprising a bottom electrode layer therein; a buffer layer, disposed on the substrate, in contact with the bottom electrode layer; a resistive layer, surrounding a whole sidewall of the buffer layer and extending upward vertically from the substrate; and a mask layer, disposed on the buffer layer and the resistive layer; the structure of memory device being characterized in further comprising a noble metal layer, disposed on the substrate and fully covering the resistive layer and the mask layer; and a top electrode layer, disposed on the noble metal layer.
A device comprising: an OLED; and a curved outcoupling component comprising a material having an index of refraction n, the component having a curved outer surface with an outer radius R and a curved inner surface with an inner radius r with which the OLED is optically coupled, wherein all emissive elements of the OLED are within an inner radius r of the center of curvature of the outer surface of the outcoupling component, wherein R - r > (n - 1)r, where R - r is the minimum thickness of the outcoupling component and wherein the curved outer surface and the curved inner surface are arranged concentrically, and wherein the OLED is disposed on the curved inner surface of the outcoupling component. an OLED; and a curved outcoupling component comprising a material having an index of refraction n, the component having a curved outer surface with an outer radius R and a curved inner surface with an inner radius r with which the OLED is optically coupled, wherein all emissive elements of the OLED are within an inner radius r of the center of curvature of the outer surface of the outcoupling component, wherein R - r > (n - 1)r, where R - r is the minimum thickness of the outcoupling component and wherein the curved outer surface and the curved inner surface are arranged concentrically, and wherein the OLED is disposed on the curved inner surface of the outcoupling component.
A blade assembly comprising: a hub which is rotatable about an axis; at least one blade having an aerofoil portion and a root, wherein the root is coupled to the hub using a primary retention device which prevents radial separation of the root and hub in normal use; and, a secondary retention device which comprises an annular catcher having a restriction through which the root cannot radially pass, the restriction being located radially outwardly and radially spaced from the root part during use characterised in that: the annular catcher comprises at least two sections which abut one another along a parting line, the parting line passing through at least one restriction aperture. a hub which is rotatable about an axis; at least one blade having an aerofoil portion and a root, wherein the root is coupled to the hub using a primary retention device which prevents radial separation of the root and hub in normal use; and, a secondary retention device which comprises an annular catcher having a restriction through which the root cannot radially pass, the restriction being located radially outwardly and radially spaced from the root part during use the annular catcher comprises at least two sections which abut one another along a parting line, the parting line passing through at least one restriction aperture.
Use of a powder comprising calcium nitrate as a setting accelerator in a tile adhesive blend, wherein at least 70 weight%, specifically at least 75 weight%, of the powder has a particle size of between 0.01 mm to 1 mm, specifically between 0.1 mm and 1 mm, and wherein the powder comprises at least 70 weight% calcium nitrate.