mhurhangee/ep-ind-claims huggingface dataset:
A method of operating a wind park, comprising at least one wind turbine and at least one airborne wind energy system, the wind turbine comprising a tower, at least one nacelle mounted on the tower and a rotor coupled to the nacelle and rotatable about a rotation axis for generating electrical energy for a power grid, the airborne wind energy system comprising an airborne unit, a base, and a cable connecting the airborne unit to the base, the method comprising the steps of: - defining for at least one of the airborne wind energy systems, a first zone and a second zone such that the risk of collision between a part of that airborne wind energy systems and a part of one of the wind turbines is higher when the airborne unit of that airborne wind energy system is in the second zone than when it is in the first zone.; - determining a position of the airborne unit, and - applying a first set of control parameters to the control of at least one of the wind turbine and the airborne wind energy system if the position of the airborne unit is in the first zone, and applying a second set of control parameters to the control of at least one of the wind turbine and the airborne wind energy system if the position of the airborne unit is in the second zone. - defining for at least one of the airborne wind energy systems, a first zone and a second zone such that the risk of collision between a part of that airborne wind energy systems and a part of one of the wind turbines is higher when the airborne unit of that airborne wind energy system is in the second zone than when it is in the first zone.; - determining a position of the airborne unit, and - applying a first set of control parameters to the control of at least one of the wind turbine and the airborne wind energy system if the position of the airborne unit is in the first zone, and applying a second set of control parameters to the control of at least one of the wind turbine and the airborne wind energy system if the position of the airborne unit is in the second zone.
A method for communication between two or more network sites (20, 22) connected through a core network, each of the network sites comprising an edge device in communication with the core network, the method comprising: receiving at a first edge device located within a first network site, MAC addresses for network devices located in one or more other network sites; mapping each of said MAC addresses of the network devices to an address of the edge device located in the same network site as the network device; receiving a packet at said first edge device from a network device in said first network site, the packet comprising a destination address of one of the network devices in said other network sites; encapsulating the packet with an IP header comprising a destination address of the edge device mapped to the destination address of the network device; and forwarding said encapsulated packet to the core network; wherein said first network site and said one or more other network sites are connected together via the edge devices operating in an overlay network and wherein state for said overlay network is maintained at the edge device. receiving at a first edge device located within a first network site, MAC addresses for network devices located in one or more other network sites; mapping each of said MAC addresses of the network devices to an address of the edge device located in the same network site as the network device; receiving a packet at said first edge device from a network device in said first network site, the packet comprising a destination address of one of the network devices in said other network sites; encapsulating the packet with an IP header comprising a destination address of the edge device mapped to the destination address of the network device; and forwarding said encapsulated packet to the core network; wherein said first network site and said one or more other network sites are connected together via the edge devices operating in an overlay network and wherein state for said overlay network is maintained at the edge device.
A chemical mechanical polishing composition comprising at least one silane modified metal oxide, wherein the silane modified metal oxide comprises a metal oxide having attached at least one non-zwitterionic silyl group having the formula -Si n [(R"-HET) m L-(R-I)] 3-n, wherein X, which can independently be the same or different, is-OH, a hydrolyzable substituent, a non-hydrolyzable substituent, or an oxygen-containing substituent having the formula -O-G- wherein G is a Si of a silicon-containing group or a surface metal atom of the metal oxide; R and R" are independently a branched or unbranched alkylene, alkenylene, or alkynylene group or an arylene, heteroarylene, alkylarylene; or arylalkylene group; HET is a heteroatom group; L is a linking group; m is 0, 1, 2, 3, 4, 5, or 6; n is 0, 1, or 2; and I is a -SO 3 - M +,-OS 3 -M +,-SSO 3 - M +,-NHSO 3 - M +, -NR'SO 3 - M +,-NR' 3 + A -, or -Q + A - group, wherein R', which can be the same or different, is a branched or unbranched, substituted or unsubstituted alkyl, alkenyl or alkynyl group or a substituted or unsubstituted aryl, heteroaryl, alkylaryl; or arylalkyl group, Q + is a heterocyclic or heteroaromatic quaternary ammonium group,M + is a cationic counterion, and A - is a anionic counterion.
An aerosol-generating device for generating an aerosol by inductive heating of an aerosol-forming substrate, the device comprising: a device housing comprising a cavity configured for receiving the aerosol-forming substrate to be heated; an induction source comprising an induction coil for generating an alternating magnetic field within the cavity, wherein the induction coil is arranged around at least a portion of the receiving cavity; a flux concentrator (33, 133, 233) arranged around the induction coil and configured to distort the alternating magnetic field of the induction source during use of the device towards the cavity; and a bond layer (40, 140, 240) firmly coupled to a least a portion of the flux concentrator (33, 133, 233), characterized in that the bond layer (40, 140, 240) comprises or consists of a poly(p-xylylene) polymer. a device housing comprising a cavity configured for receiving the aerosol-forming substrate to be heated; an induction source comprising an induction coil for generating an alternating magnetic field within the cavity, wherein the induction coil is arranged around at least a portion of the receiving cavity; a flux concentrator (33, 133, 233) arranged around the induction coil and configured to distort the alternating magnetic field of the induction source during use of the device towards the cavity; and a bond layer (40, 140, 240) firmly coupled to a least a portion of the flux concentrator (33, 133, 233), characterized in that the bond layer (40, 140, 240) comprises or consists of a poly(p-xylylene) polymer.
A speech recognition method comprising: receiving an analog audio signal input by a user; converting the analog audio signal into a digital signal; dividing the digital signal into a plurality of audio frames; calculating (310, 410) probabilities of phonemes of each audio frame using an acoustic model; acquiring phoneme sequences based on the phoneme probabilities; calculating similarities between the acquired phoneme sequences and each target sequence included in a recognition target list (140, 250), wherein the target sequences in the recognition target list (140, 250) are predefined for each device according to types of devices to be operated, and wherein the recognition target list further includes information on a usage frequency and a usage probability of each target sequence; extracting (320, 430) a candidate set from the recognition target list in order of similarity; and returning (330, 440) a recognition result of the audio signal based on the calculated phoneme probabilities and the extracted candidate set. receiving an analog audio signal input by a user; converting the analog audio signal into a digital signal; dividing the digital signal into a plurality of audio frames; calculating (310, 410) probabilities of phonemes of each audio frame using an acoustic model; acquiring phoneme sequences based on the phoneme probabilities; calculating similarities between the acquired phoneme sequences and each target sequence included in a recognition target list (140, 250), wherein the target sequences in the recognition target list (140, 250) are predefined for each device according to types of devices to be operated, and wherein the recognition target list further includes information on a usage frequency and a usage probability of each target sequence; extracting (320, 430) a candidate set from the recognition target list in order of similarity; and returning (330, 440) a recognition result of the audio signal based on the calculated phoneme probabilities and the extracted candidate set.
An antibody for use in a method selected from the group consisting of treating pre-cachexia in a subject, inhibiting the progression of pre-cachexia to cachexia in a subject, treating or inhibiting the development of cachexia or pre-cachexia in a subject, and treating or preventing undesirable muscle or fat loss in a cancer patient, wherein the antibody is administered to the subject or the cancer patient in need thereof in an effective amount, wherein said antibody associates with an epitope of a RAGE receptor, which prevents the epitope from interacting with a RAGE ligand selected from S100A7, S100A8, S100A9 and/or Calprotectin, and wherein the epitope comprises: - amino acid residues 44-52 corresponding to the sequence numbering of human RAGE receptor, or - KPPQRLEWK. - amino acid residues 44-52 corresponding to the sequence numbering of human RAGE receptor, or - KPPQRLEWK.
An electronic power apparatus comprising: a housing; a pair of input power pins and a pair of output power pins; a plurality of power components mounted on a power circuit board and electrically connected to the input power pins and the output power pins to modulate a supply of power from the input power pins to the output power pins; and a control unit arranged on a control circuit board disposed at a distance from the power circuit board, the control circuit board and the power circuit board being arranged inside the housing; characterised by a user-actuated input unit including a variable-speed actuator a first portion of which is at least partially arranged outside the housing to be engageable by a user and a second portion of which is movably arranged between the power circuit board and the control circuit board. a housing; a pair of input power pins and a pair of output power pins; a plurality of power components mounted on a power circuit board and electrically connected to the input power pins and the output power pins to modulate a supply of power from the input power pins to the output power pins; and a control unit arranged on a control circuit board disposed at a distance from the power circuit board, the control circuit board and the power circuit board being arranged inside the housing; characterised by a user-actuated input unit including a variable-speed actuator a first portion of which is at least partially arranged outside the housing to be engageable by a user and a second portion of which is movably arranged between the power circuit board and the control circuit board.
An injection device including a heating cylinder and a screw, the injection device comprising: a front plate to which the heating cylinder is fixed; a rear plate provided with a forward and backward movement mechanism that moves the screw forward and backward in an axial direction thereof; a pair of side support plates connecting the front plate and the rear plate at left and right end portions thereof; and an intermediate member slidably mounted on the side support plates, a rear end portion of the screw being axially supported by the intermediate member, wherein a guide member that guides the intermediate member to be slidably movable is provided on an upper surface of the side support plates, characterized in that a bending buffer portion is provided in a first region of the side support plates which is located more outward than a part of the side support plates on which the guide member is provided, the bending buffer portion being configured to be bent and deformed easier than a second region of the side support plates in which the guide member is provided, wherein each of the side support plates includes: a body portion having a predetermined width; and a wide portion provided on a longitudinal end portion of the body portion and having a width wider than a width of the body portion, and wherein the bending buffer portion is provided near a boundary between the body portion and the wide portion. a front plate to which the heating cylinder is fixed; a rear plate provided with a forward and backward movement mechanism that moves the screw forward and backward in an axial direction thereof; a pair of side support plates connecting the front plate and the rear plate at left and right end portions thereof; and an intermediate member slidably mounted on the side support plates, a rear end portion of the screw being axially supported by the intermediate member, wherein a guide member that guides the intermediate member to be slidably movable is provided on an upper surface of the side support plates, characterized in that a bending buffer portion is provided in a first region of the side support plates which is located more outward than a part of the side support plates on which the guide member is provided, the bending buffer portion being configured to be bent and deformed easier than a second region of the side support plates in which the guide member is provided, wherein each of the side support plates includes: a body portion having a predetermined width; and a wide portion provided on a longitudinal end portion of the body portion and having a width wider than a width of the body portion, and wherein the bending buffer portion is provided near a boundary between the body portion and the wide portion.
A pipe coupling with one or several rubber-elastic sealing elements and with a heat shield, which consists of a coating of intumescent material that envelops the components of the pipe coupling, characterized in that the coating is shielded by a protective jacket against smaller, locally acting thermal exposures, wherein the protective jacket is comprised of a sheath (8, 10-18) of sheet metal, the circumference of which has several openings through which the intumescent material that swells while being exposed to heat can exit.
Receiver of radio and/or television signals comprising contents, where said signals are transmitted via radio by transmitters and are received by said receiver, comprising: - means for receiving signals via radio (14,16) that, through the tuning information, can be configured for the reception of the content of the received radio and/or television signals, wherein the tuning information comprises, for each received content, a service name and/or radio station and/or the channel frequency on which the multiplex is received which contains said content; - memory means containing at least the geographic transmission information which includes the geographical areas of coverage of the transmitters, that transmit the received signals by the reception means, wherein said geographical transmission information is comparable with the tuning information, and whereby said geographical transmission information includes, for each content, a service name and/or radio station. characterised by - a central computing unit configured to determine the geographical location of the receiver based on a comparison between the geographical transmission information and the tuning information, and where the central computing unit is also configured to arrange the tuning information based on the geographical location of the receiver in order to organize access to the contents relating to the location of the receiver. - means for receiving signals via radio (14,16) that, through the tuning information, can be configured for the reception of the content of the received radio and/or television signals, wherein the tuning information comprises, for each received content, a service name and/or radio station and/or the channel frequency on which the multiplex is received which contains said content; - memory means containing at least the geographic transmission information which includes the geographical areas of coverage of the transmitters, that transmit the received signals by the reception means, wherein said geographical transmission information is comparable with the tuning information, and whereby said geographical transmission information includes, for each content, a service name and/or radio station. characterised by - a central computing unit configured to determine the geographical location of the receiver based on a comparison between the geographical transmission information and the tuning information, and where the central computing unit is also configured to arrange the tuning information based on the geographical location of the receiver in order to organize access to the contents relating to the location of the receiver.
Use of a steel powder for additive manufacturing of a steel component, in which, in a work process which is repeated several times, steel powder is applied to a heating plate to build up the component, the applied steel powder is melted by means of an electron beam or laser beam to form a melt portion, and the melted melt portion is cooled to form a solid portion of the steel component, wherein the component growing in portions in this way, by means of the heating plate, is kept at a temperature which corresponds at least to a minimum heating temperature Tmin and is at most 225°C during production, and wherein the steel powder is formed of steel particles of a steel which has a martensite start temperature Ms of at most 225°C and, in % by mass, of C: 0.80 - 1.20%, Si: 0.1 - 1.0%, Mn: 0.1 - 4.0%, Ni: ≤ 2.0%, Cr: ≤ 6.00%, Mo: ≤ 3.0%, W: ≤ 6.0%, S: ≤ 0.05%, Al: 0.004 - 0.035%, V: 0.02 - 0.20%, Ti: ≤ 0.10%, Nb: ≤ 0.40%, B: ≤ 0.0030%, and the remainder consists of iron and steel-typical impurities, which in total do not exceed 0.55 wt. % and include up to 0.05% P and up to 0.12% N, wherein for the respective Mn content %Mn, the respective Ni content %Ni, the respective Si content %Si, the respective Cr content %Cr, the respective N content %N and the respective B content %B of the steel, each introduced as a % value, the following applies: %Mn + %Ni < 5% and 0 < 200 - 30 × %Mn - 7 × %Si - 12 × %Cr - 16 × %Ni - 220 × %N + 34600 × %B < 225 C: 0.80 - 1.20%, Si: 0.1 - 1.0%, Mn: 0.1 - 4.0%, Ni: ≤ 2.0%, Cr: ≤ 6.00%, Mo: ≤ 3.0%, W: ≤ 6.0%, S: ≤ 0.05%, Al: 0.004 - 0.035%, V: 0.02 - 0.20%, Ti: ≤ 0.10%, Nb: ≤ 0.40%, B: ≤ 0.0030%, and the remainder consists of iron and steel-typical impurities, which in total do not exceed 0.55 wt. % and include up to 0.05% P and up to 0.12% N, wherein for the respective Mn content %Mn, the respective Ni content %Ni, the respective Si content %Si, the respective Cr content %Cr, the respective N content %N and the respective B content %B of the steel, each introduced as a % value, the following applies: %Mn + %Ni < 5% and 0 < 200 - 30 × %Mn - 7 × %Si - 12 × %Cr - 16 × %Ni - 220 × %N + 34600 × %B < 225
A viscosity measurement device comprising: a housing having an inlet port and an outlet port and a measurement space positioned between the inlet port and the outlet port, respectively; a magnetic body arranged in the measurement space; an electromagnet for slidingly moving the magnetic body toward the inlet port side; a position measurement part for measuring a position of the magnetic body, wherein the position of the magnetic body is determined by measuring an initial position and a moved position of the magnetic body; a flow rate measurement part for measuring a flow rate of a fluid which flows in the measurement space; and a control part for measuring a viscosity of the fluid on the basis of strength of a magnetic field generated by the electromagnet and a shear strain rate of the fluid which passes through the measurement space, wherein the control part determines the shear strain rate on the basis of the position of the magnetic body and the flow rate of the fluid flowing in the measurement space. a housing having an inlet port and an outlet port and a measurement space positioned between the inlet port and the outlet port, respectively; a magnetic body arranged in the measurement space; an electromagnet for slidingly moving the magnetic body toward the inlet port side; a position measurement part for measuring a position of the magnetic body, wherein the position of the magnetic body is determined by measuring an initial position and a moved position of the magnetic body; a flow rate measurement part for measuring a flow rate of a fluid which flows in the measurement space; and a control part for measuring a viscosity of the fluid on the basis of strength of a magnetic field generated by the electromagnet and a shear strain rate of the fluid which passes through the measurement space, wherein the control part determines the shear strain rate on the basis of the position of the magnetic body and the flow rate of the fluid flowing in the measurement space.
Road train having a device fitted thereon for identifying the position of a first or second vehicle (10, 20) which are intended to be coupled together, wherein the road train comprises a first and at least second vehicle (10, 20) and the device has a sensor device which is arranged on the first or second vehicle (10, 20) and which detects at least one reference point of the other second or first vehicle (20, 10) in technical measurement terms, wherein the second device has at least one transmitter/receiver unit and a transponder can be secured to the at least one reference point and reflects a radio signal of the transmitter/receiver unit, wherein the sensor device comprises an electronic control device, and the transmitter/receiver unit is arranged on the first vehicle and the at least one transponder (41-43b, 45-50) is arranged on the second vehicle, characterised in that the electronic control device receives a signal relating to the vertical position of an air suspension and calculates from the running time of the radio signal the direct distance from the at least one transponder.
A method for detecting a modulation of AHR in a cell or subject, comprising detecting a change of the biological state of IL4I1 in a biological sample derived from said cell or subject, wherein a change in said biological state of IL4I1 in said sample, when compared to a healthy control sample or an internal standard, indicates an IL4I1-related modulation of AHR in said cell or subject, wherein preferably said modulation is selected from an activation or repression of AHR.