mhurhangee/ep-ind-claims huggingface dataset:
A fabric treating apparatus, comprising: a receiving space that receives articles therein to be treated; a heated air supplier that supplies heated air to the receiving space; a holding device (13, 15) provided in the receiving space to hold the articles to be treated; and a controller that controls the heated air supplier, wherein the controller is electrically connected to the holding device (13, 15) so as to measure a level of dryness of the articles held on the holding device by electrodes (12, 12a) exposed to the articles and control the heated air supplier based on the measured level of dryness, characterized in that the heated air supplier is a heat pump, and the heated air supplier includes a compressor that compresses a refrigerant, a heat exchanger including a condensing part and a heating part that perform dehumidification and heating, respectively, and a blowing duct that blows the dehumidified and heated air into the receiving room wherein the fabric treating apparatus further comprises at least one flapper rotatably coupled to an inner wall surface of the receiving space, near a discharge of the heated air supplier into the receiving space, wherein the controller is adapted to control a rotation angle of the at least one flapper based on the measured dryness level of the articles. a receiving space that receives articles therein to be treated; a heated air supplier that supplies heated air to the receiving space; a holding device (13, 15) provided in the receiving space to hold the articles to be treated; and a controller that controls the heated air supplier, wherein the controller is electrically connected to the holding device (13, 15) so as to measure a level of dryness of the articles held on the holding device by electrodes (12, 12a) exposed to the articles and control the heated air supplier based on the measured level of dryness,
An inspection apparatus for inspecting a structural component to which access is restricted, comprising: a) a movable unit including a superconductor and an inspection device; b) a drive unit including a magnetic field generator adapted to generate a magnetic field; wherein c) said movable unit and said drive unit are arranged with a predetermined gap therebetween for receiving said structural component and are coupled in a force-locking manner by means of the frozen magnetic flux between the magnetic field generator and the superconductor; and d) wherein the magnetic field strength is adapted to keep the movable unit floating three-dimensionally. a) a movable unit including a superconductor and an inspection device; b) a drive unit including a magnetic field generator adapted to generate a magnetic field; wherein c) said movable unit and said drive unit are arranged with a predetermined gap therebetween for receiving said structural component and are coupled in a force-locking manner by means of the frozen magnetic flux between the magnetic field generator and the superconductor; and d) wherein the magnetic field strength is adapted to keep the movable unit floating three-dimensionally.
A compound of formula I wherein L is a bond, a triple bond, -C NH- or -NHC -; R 1 is phenyl or a five or six-membered heteroaryl group, optionally substituted by lower alkyl, lower alkyl substituted by halogen or lower alkoxy substituted by halogen; R 2 is fluoro; R 3 is fluoro or chloro; R 4 is hydrogen, lower alkyl, halogen, lower alkyl substituted by hydroxy, S 2 CH 3, or is a five or six-membered heteroaryl group or a heterocycloalkyl group, which are optionally substituted by lower alkyl, hydroxy or =O; R 5 and R 6 are both methyl and the dotted line is a bond; or R 5 and R 6 are both methyl and the dotted line is nothing; or one of R 5 and R 6 is hydrogen and the other is methyl, and the dotted line is nothing; or a pharmaceutically acceptable salt or acid addition salt, all possible tautomeric forms, a racemic mixture, or its corresponding enantiomer and/or optical isomer and/or stereoisomer thereof; and wherein lower alkyl" denotes a saturated straight- or branched-chain group containing from 1 to 7 carbon atoms. L is a bond, a triple bond, -C NH- or -NHC -; R 1 is phenyl or a five or six-membered heteroaryl group, optionally substituted by lower alkyl, lower alkyl substituted by halogen or lower alkoxy substituted by halogen; R 2 is fluoro; R 3 is fluoro or chloro; R 4 is hydrogen, lower alkyl, halogen, lower alkyl substituted by hydroxy, S 2 CH 3, or is a five or six-membered heteroaryl group or a heterocycloalkyl group, which are optionally substituted by lower alkyl, hydroxy or =O; R 5 and R 6 are both methyl and the dotted line is a bond; or
A terminal comprising: a receiver configured to receive, from a base station, a physical random access channel, PRACH, configuration index; a controller configured to select, based on a frequency band, a candidate group between a first candidate group for a first frequency band and a second candidate group for a second frequency band, wherein each of the first candidate group and the second candidate group includes, in each PRACH configuration index: a resource used for transmission of a random access preamble; and a preamble format; and a transmitter configured to transmit a random access preamble using a preamble format corresponding to the received PRACH configuration index in the selected candidate group in a resource corresponding to the received PRACH configuration index in the selected candidate group, wherein each of the first candidate group and the second candidate group further includes, in each PRACH configuration index, a parameter related to a number of PRACH time resources. a receiver configured to receive, from a base station, a physical random access channel, PRACH, configuration index; a controller configured to select, based on a frequency band, a candidate group between a first candidate group for a first frequency band and a second candidate group for a second frequency band, wherein each of the first candidate group and the second candidate group includes, in each PRACH configuration index: a resource used for transmission of a random access preamble; and a preamble format; and a resource used for transmission of a random access preamble; and a preamble format; and a transmitter configured to transmit a random access preamble using a preamble format corresponding to the received PRACH configuration index in the selected candidate group in a resource corresponding to the received PRACH configuration index in the selected candidate group, wherein each of the first candidate group and the second candidate group further includes, in each PRACH configuration index, a parameter related to a number of PRACH time resources.
A communication channel configured to operatively couple a first imaging component of an X-ray imaging system to a second imaging component of the X-ray imaging system, the communication channel comprising: a first authentication module associated with the communication channel; a second authentication module associated with the second imaging component; a first connector configured to couple to the first imaging component; and a second connector configured to couple to the second imaging component; wherein first imaging component is configured to authenticate the communication channel by transmitting a challenge to the first authentication module and receive a response to the challenge transmitted by the first authentication module; wherein the first imaging component is configured to authenticate the second imaging component by transmitting a challenge to the second authentication module and receive a response to the challenge transmitted by the second authentication module. a first authentication module associated with the communication channel; a second authentication module associated with the second imaging component; a first connector configured to couple to the first imaging component; and a second connector configured to couple to the second imaging component; wherein first imaging component is configured to authenticate the communication channel by transmitting a challenge to the first authentication module and receive a response to the challenge transmitted by the first authentication module; wherein the first imaging component is configured to authenticate the second imaging component by transmitting a challenge to the second authentication module and receive a response to the challenge transmitted by the second authentication module.
A method for reducing the recalcitrant organic compounds of a liquid in a water system, the water system comprising a pretreatment unit, a feed tank, a conduit between the feed tank and a reactor, the reactor containing a filter bed comprising a carrier material and a biofilm formed on the surface of the carrier material, the method comprising the steps of: pretreating said liquid in the pretreatment unit and sending the liquid to the feed tank, sending said liquid from the feed tank to the reactor through the conduit, percolating the liquid through the filter bed, wherein at least one co-substrate capable of inducing the activation of cometabolic enzymes is supplemented to the liquid in the feed tank or in the conduit, wherein the carrier material has been colonized with microbes by employing microbial culturing techniques so as to form a dense and stable biofilm, wherein the microbes have been screened and selected to degrade the removing recalcitrant organic compounds under aerobic conditions, these screened microbes comprising at least one microbial species selected from the group consisting of Bacillus, Comamonas, Arthrobacter, Micrococcus, Pseudomonas, Pediococcus, Achromobacter, Flavobacterium, Mycobacterium, Rhodanobacter, Stenotrophomonas and yeast, wherein the BOD 5 /COD ratio of the liquid to be treated by the water system is lower than 0,2 or desirably even lower than 0,1. pretreating said liquid in the pretreatment unit and sending the liquid to the feed tank, sending said liquid from the feed tank to the reactor through the conduit, percolating the liquid through the filter bed, wherein at least one co-substrate capable of inducing the activation of cometabolic enzymes is supplemented to the liquid in the feed tank or in the conduit, wherein the carrier material has been colonized with microbes by employing microbial culturing techniques so as to form a dense and stable biofilm, wherein the microbes have been screened and selected to degrade the removing recalcitrant organic compounds under aerobic conditions, these screened microbes comprising at least one microbial species selected from the group consisting of Bacillus, Comamonas, Arthrobacter, Micrococcus, Pseudomonas, Pediococcus, Achromobacter, Flavobacterium, Mycobacterium, Rhodanobacter, Stenotrophomonas and yeast, wherein the BOD 5 /COD ratio of the liquid to be treated by the water system is lower than 0,2 or desirably even lower than 0,1.
Cannula device for the circulation of a fluid in an artificial lung characterized in that it comprises: - a first lumen, called the aspiration lumen, comprising at least one orifice permitting the aspiration of a volume of the fluid, - a second lumen, called the injection lumen, comprising at least one orifice permitting the injection of a volume of the fluid, characterized in that the injection lumen and the aspiration lumen are held rigidly connected over at least a portion of their length, said lumens being sealed in relation to each other, the injection lumen comprises at the distal end thereof a deformable element which is meshed so as to enable the passage of a fluid between its meshes, said deformable element being held over a portion of the distal end thereof, said deformable element comprising a first setting called "pass" and a second setting called "hold", the change from the first setting to the second setting being effected by a modification of the diameter of said deformable element. - a first lumen, called the aspiration lumen, comprising at least one orifice permitting the aspiration of a volume of the fluid, - a second lumen, called the injection lumen, comprising at least one orifice permitting the injection of a volume of the fluid,
Tire, comprising an annular massive tire body having an essentially round or oval cross section having a centre M B, and having an outer circumference C O forming a tread and an inner circumference C I facing the centre M B of the annular body, the body containing a longitudinal pull cable channel, the channel containing a pull cable and having a cross section having a centre M K, characterized in that the distance between M K and the inner circumference C I is between 7 and 20 mm measured along a line connecting M K and M B.
A calcium enriched seafood product comprising an additional calcium supplement, wherein: - said enriched seafood product is prepared from tuna or salmon, - said enriched seafood product is in the form of flake, shredded, chunk or steak, - the amount of said additional calcium supplement is in the range of 0.5 to 5.0 % (w/w) of the total weight of said product, and - said additional calcium supplement is: - a fish bone powder selected from tuna, salmon or trout bone powder, or - inorganic calcium selected from the group of calcium carbonate, calcium phosphate, calcium sulfate and calcium chloride or combination thereof. - said enriched seafood product is prepared from tuna or salmon, - said enriched seafood product is in the form of flake, shredded, chunk or steak, - the amount of said additional calcium supplement is in the range of 0.5 to 5.0 % (w/w) of the total weight of said product, and - said additional calcium supplement is: - a fish bone powder selected from tuna, salmon or trout bone powder, or - inorganic calcium selected from the group of calcium carbonate, calcium phosphate, calcium sulfate and calcium chloride or combination thereof. - a fish bone powder selected from tuna, salmon or trout bone powder, or - inorganic calcium selected from the group of calcium carbonate, calcium phosphate, calcium sulfate and calcium chloride or combination thereof.
A voltage converter arrangement (500; 1000; 1200; 1300; 1380; 1390; 1395; 1400; 1500; 1580; 1590), comprising: a clocked voltage converter (510; 1030; 1330; 1330′; 1330ʺ; 1330′′′; 1530; 1530′) capable of generating an output voltage (V aus; V out; V Out) on the basis of an input voltage (U ein, V in; V IN); and a first input regulating element (LR4; 520; 1050; 1250; 1350; 1550) connected between a first input voltage node (504; 1032; 1232; 1332; 1432; 1532) and a second input voltage node (506; 1034; 1234; 1334; 1434; 1534), the second input voltage node having a reference potential, wherein the first input regulating element is configured to allow a current flow (I regel; I LR4) in order to counteract fluctuations in an input current (I ein; I IN; I in) of the voltage converter arrangement. a clocked voltage converter (510; 1030; 1330; 1330′; 1330ʺ; 1330′′′; 1530; 1530′) capable of generating an output voltage (V aus; V out; V Out) on the basis of an input voltage (U ein, V in; V IN); and a first input regulating element (LR4; 520; 1050; 1250; 1350; 1550) connected between a first input voltage node (504; 1032; 1232; 1332; 1432; 1532) and a second input voltage node (506; 1034; 1234; 1334; 1434; 1534), the second input voltage node having a reference potential, wherein the first input regulating element is configured to allow a current flow (I regel; I LR4) in order to counteract fluctuations in an input current (I ein; I IN; I in) of the voltage converter arrangement.
A fuel supply manifold assembly for a gas turbine engine, comprising: a first manifold segment including a first multiple of double-barrel fittings which at least partially defines a primary fuel circuit and a secondary fuel circuit; and a second manifold segment attachable to the first manifold segment, the second manifold segment including a second multiple of double-barrel fittings that at least partially define the primary fuel circuit and the secondary fuel circuit; characterised in that said fuel supply manifold assembly further comprises: a first pigtail; and a second pigtail, wherein each of the first and second multiples of double-barrel fitting comprise: a primary pigtail port in communication with the primary fuel circuit; and a secondary pigtal port in communication with the secondary fuel circuit, wherein the primary pigtail port receives the first pigtail; and wherein the secondary pigtail port receives the second pigtail. a first manifold segment including a first multiple of double-barrel fittings which at least partially defines a primary fuel circuit and a secondary fuel circuit; and a second manifold segment attachable to the first manifold segment, the second manifold segment including a second multiple of double-barrel fittings that at least partially define the primary fuel circuit and the secondary fuel circuit; characterised in that said fuel supply manifold assembly further comprises: a first pigtail; and a second pigtail, wherein each of the first and second multiples of double-barrel fitting comprise: a primary pigtail port in communication with the primary fuel circuit; and a secondary pigtal port in communication with the secondary fuel circuit, wherein the primary pigtail port receives the first pigtail; and wherein the secondary pigtail port receives the second pigtail. a first pigtail; and a second pigtail, wherein each of the first and second multiples of double-barrel fitting comprise: a primary pigtail port in communication with the primary fuel circuit; and a secondary pigtal port in communication with the secondary fuel circuit, a primary pigtail port in communication with the primary fuel circuit; and a secondary pigtal port in communication with the secondary fuel circuit, wherein the primary pigtail port receives the first pigtail; and wherein the secondary pigtail port receives the second pigtail.
A method of controlling a fluid working machine (201, 205), the fluid working machine comprising a working chamber of cyclically varying volume, a low pressure manifold (16, 204) and a high pressure manifold (22, 203), a low pressure valve for regulating communication between the low pressure manifold and the working chamber, a high pressure valve for regulating communication between the high pressure manifold and the working chamber, and a controller (12, 213) which actively controls one or more said valves to determine the net displacement of fluid by the working chamber on a cycle by cycle basis, the timing of the opening or closing of at least one of the low pressure valve and the high pressure valve being variable relative to cycles of working chamber volume, characterised by the method comprising measuring one or more properties of the performance of the fluid working machine during an earlier cycle of working chamber volume and controlling the timing of the opening or closing of a variably timed valve, which is the said low pressure valve or the said high pressure valve, during a later cycle of working chamber volume taking into account the one or more properties measured during the earlier cycle.
A steering control device that controls a motor depending on a steering state, the motor being a source of a driving force applied to a steering mechanism of a vehicle, the steering control device comprising: a conversion circuit that converts direct current power supplied from a direct current power supply mounted in the vehicle to alternating current power supplied to the motor; a drive circuit that, upon being initialized, becomes operable to generate a drive signal that drives the conversion circuit; and a control circuit that, after initializing the drive circuit, generates a command signal for the drive circuit depending on the steering state, characterized in, that when a drop in a voltage of the direct current power supply is detected, the drive circuit is configured to transmit an abnormal-condition detection signal to the control circuit and stops generating the drive signal by resetting a state of the drive circuit to an initial state where the drive circuit is not initialized yet, and when the abnormal-condition detection signal is received, the control circuit is configured to re-initialize the drive circuit. a conversion circuit that converts direct current power supplied from a direct current power supply mounted in the vehicle to alternating current power supplied to the motor; a drive circuit that, upon being initialized, becomes operable to generate a drive signal that drives the conversion circuit; and a control circuit that, after initializing the drive circuit, generates a command signal for the drive circuit depending on the steering state, characterized in, that when a drop in a voltage of the direct current power supply is detected, the drive circuit is configured to transmit an abnormal-condition detection signal to the control circuit and stops generating the drive signal by resetting a state of the drive circuit to an initial state where the drive circuit is not initialized yet, and when the abnormal-condition detection signal is received, the control circuit is configured to re-initialize the drive circuit.
A method for selecting a network, comprising: selecting from a Public Land Mobile Network PLMN list of a mobile terminal, a PLMN and a corresponding Radio Access Technology RAT type, wherein the PLMN list contains a PLMN number and a RAT type corresponding to the PLMN; characterized by: if the selected RAT type corresponding to the PLMN is supported by the mobile terminal, searching in a comparison table to determine whether the selected PLMN and RAT type are contained in the comparison table, wherein the comparison table contains a PLMN number, a RAT type corresponding to the PLMN, and a duplex mode corresponding to the PLMN and the RAT type; if the selected PLMN and RAT type are contained in the comparison table, determining whether a duplex mode which corresponds to the selected PLMN and RAT type is supported by the mobile terminal; and if the duplex mode corresponding to the selected PLMN and RAT type is supported by the mobile terminal, selecting a network according to the duplex mode. selecting from a Public Land Mobile Network PLMN list of a mobile terminal, a PLMN and a corresponding Radio Access Technology RAT type, wherein the PLMN list contains a PLMN number and a RAT type corresponding to the PLMN; characterized by: if the selected RAT type corresponding to the PLMN is supported by the mobile terminal, searching in a comparison table to determine whether the selected PLMN and RAT type are contained in the comparison table, wherein the comparison table contains a PLMN number, a RAT type corresponding to the PLMN, and a duplex mode corresponding to the PLMN and the RAT type; if the selected PLMN and RAT type are contained in the comparison table, determining whether a duplex mode which corresponds to the selected PLMN and RAT type is supported by the mobile terminal; and if the duplex mode corresponding to the selected PLMN and RAT type is supported by the mobile terminal, selecting a network according to the duplex mode.
An interference reduction method performed by a base station, which communicates with mobile terminals (MS11, MS12) existing in a subordinate cell, and which further executes control to reduce interference from mobile terminals (MS21, MS22, MS32) existing in adjacent cells, comprising the steps of: measuring a total interference power received from mobile terminals in all adjacent cells; and issuing (202, 203) a request to the base stations (BTS2, BTS3) of all the adjacent cells to reduce interference if the total interference power is greater than a preset value. measuring a total interference power received from mobile terminals in all adjacent cells; and issuing (202, 203) a request to the base stations (BTS2, BTS3) of all the adjacent cells to reduce interference if the total interference power is greater than a preset value.