mhurhangee/ep-ind-claims huggingface dataset:
A towbarless airplane tug comprising: a chassis mounted on a plurality of tug wheels (104, 106, 108, 110, 112, 114), at least some of said plurality of tug wheels being steerable tug wheels (104, 106, 108, 110, 112, 114); an airplane nose wheel support turret assembly, rotatably mounted on said chassis, for supporting rotatable wheels of a nose landing gear of an airplane; at least one rotation detector operative to sense rotation of said airplane nose wheel support assembly relative to said chassis, resulting at least from pilot-controlled ground steering of said airplane; at least one tug wheel driver operative to drive said plurality of tug wheels (104, 106, 108, 110, 112, 114) in rotation to provide displacement of said chassis; at least one tug wheel steering mechanism operative to steer said steerable tug wheels (104, 106, 108, 110, 112, 114); and at least one tug controller operative to control operation of at least said at least one tug wheel steering mechanism, characterized in that said at least one tug controller being operative at least partially in response to an output of said at least one rotation detector indicating airplane pilot-controlled steering of said airplane to operate said at least one tug wheel steering mechanism so as to steer said steerable tug wheels (104, 106, 108, 110, 112, 114) such that said chassis moves in a direction indicated by said pilot-controlled steering. a chassis mounted on a plurality of tug wheels (104, 106, 108, 110, 112, 114), at least some of said plurality of tug wheels being steerable tug wheels (104, 106, 108, 110, 112, 114); an airplane nose wheel support turret assembly, rotatably mounted on said chassis, for supporting rotatable wheels of a nose landing gear of an airplane; at least one rotation detector operative to sense rotation of said airplane nose wheel support assembly relative to said chassis, resulting at least from pilot-controlled ground steering of said airplane; at least one tug wheel driver operative to drive said plurality of tug wheels (104, 106, 108, 110, 112, 114) in rotation to provide displacement of said chassis; at least one tug wheel steering mechanism operative to steer said steerable tug wheels (104, 106, 108, 110, 112, 114); and at least one tug controller operative to control operation of at least said at least one tug wheel steering mechanism, characterized in that said at least one tug controller being operative at least partially in response to an output of said at least one rotation detector indicating airplane pilot-controlled steering of said airplane to operate said at least one tug wheel steering mechanism so as to steer said steerable tug wheels (104, 106, 108, 110, 112, 114) such that said chassis moves in a direction indicated by said pilot-controlled steering.
A resin piping assembly (70; 200; 210) having an oil passage, comprising: a base divisional component (100; 212) including a first half component having a first interfacial surface formed along the oil passage, and a second half component having a second interfacial surface formed along the oil passage; a first divisional component having a third interfacial surface formed along the oil passage, and bonded to the first half component with the first and third interfacial surfaces being held in contact with each other, so as to form a first passage portion of the oil passage; and a second divisional component having a fourth interfacial surface formed along the oil passage, and bonded to the second half component with the second and fourth interfacial surfaces being held in contact with each other, so as to form a second passage portion of the oil passage, each of the base divisional component, the first divisional component and the second divisional component being formed of a resin material, the first and second half components being spaced apart from each other along a length of the oil passage, and the first and second interfacial surfaces being open in respective opposite directions, the base divisional component (100; 212) further including a cylindrical connecting pipe portion (90; 216) having a connecting passage portion (88; 214) which is a part of the oil passage and which is provided for communication between the first and second passage portions (80, 84). a base divisional component (100; 212) including a first half component having a first interfacial surface formed along the oil passage, and a second half component having a second interfacial surface formed along the oil passage; a first divisional component having a third interfacial surface formed along the oil passage, and bonded to the first half component with the first and third interfacial surfaces being held in contact with each other, so as to form a first passage portion of the oil passage; and a second divisional component having a fourth interfacial surface formed along the oil passage, and bonded to the second half component with the second and fourth interfacial surfaces being held in contact with each other, so as to form a second passage portion of the oil passage, each of the base divisional component, the first divisional component and the second divisional component being formed of a resin material, the first and second half components being spaced apart from each other along a length of the oil passage, and the first and second interfacial surfaces being open in respective opposite directions, the base divisional component (100; 212) further including a cylindrical connecting pipe portion (90; 216) having a connecting passage portion (88; 214) which is a part of the oil passage and which is provided for communication between the first and second passage portions (80, 84).
A process for the preparation of an immunogenic agent, characterized in that it comprises the following steps: a) incubating a biofilm-producing S. uberis strain to obtain a biofilm, b) recovering the biofilm from the culture medium, c) subjecting the biofilm obtained in step b) to a thermal heat treatment carried out at a temperature comprised from 80°C to 130°C, and d) discarding the insoluble fraction obtained after the thermal heat treatment of step c) and preserving the soluble extract. a) incubating a biofilm-producing S. uberis strain to obtain a biofilm, b) recovering the biofilm from the culture medium, c) subjecting the biofilm obtained in step b) to a thermal heat treatment carried out at a temperature comprised from 80°C to 130°C, and d) discarding the insoluble fraction obtained after the thermal heat treatment of step c) and preserving the soluble extract.
A method for forming a die-cut element, particularly for forming a wrap-around box of the tray plus lid type, comprising: - a step of providing a main die-cut element and a secondary die-cut element; characterised in that the method comprises: - a division step of the main die-cut element along a predefined division line in such a way as to obtain a first die-cut element and second die-cut element that are mutually distinct, wherein grip and contrast means retain the main die-cut element during division thereof into the first die-cut element and into the second die-cut element, - a step of depositing glue on a first portion of one from between the first die-cut element and the secondary die-cut element and on a second portion of one from between the second die-cut element and the secondary die-cut element, - a step of forming an opened die-cut element of the tray plus lid type provided by the combination of said first die-cut element and of said second die-cut element, wherein: the first die-cut element and the second die-cut element are coupled to the secondary die-cut element with the first die-cut element and the secondary die-cut element partly superposed and pressed to one another at the first portion and the second die-cut element and the secondary die-cut element partially superposed and pressed to one another at the second portion; - wherein the step of depositing the glue is carried out prior to the step of forming. - a step of providing a main die-cut element and a secondary die-cut element; - a division step of the main die-cut element along a predefined division line in such a way as to obtain a first die-cut element and second die-cut element that are mutually distinct, wherein grip and contrast means retain the main die-cut element during division thereof into the first die-cut element and into the second die-cut element, - a step of depositing glue on a first portion of one from between the first die-cut element and the secondary die-cut element and on a second portion of one from between the second die-cut element and the secondary die-cut element, - a step of forming an opened die-cut element of the tray plus lid type provided by the combination of said first die-cut element and of said second die-cut element, wherein: the first die-cut element and the second die-cut element are coupled to the secondary die-cut element with the first die-cut element and the secondary die-cut element partly superposed and pressed to one another at the first portion and the second die-cut element and the secondary die-cut element partially superposed and pressed to one another at the second portion; - wherein the step of depositing the glue is carried out prior to the step of forming.
Arrangement for leading through at least one electrical connection element, comprising a metal cover which is formed from a metal sheet and has a leadthrough opening and a leadthrough apparatus, the leadthrough apparatus comprising: - a sealing element which has a disc-like sealing element edge region and a central leadthrough region which surrounds the at least one electrical connection element in a media-tight manner, - an opening edge region of a leadthrough opening in the metal sheet, which opening edge region is matched to the sealing element edge region in a media-tight manner, - a cylindrical section of the sealing element in the sealing element edge region, the outside diameter (D A) of the said cylindrical section being larger than an inside diameter (D I) of the leadthrough opening, and wherein the cylindrical section has a press-fit in the leadthrough opening, and wherein the cylindrical section has a pot-like sealing element region which engages with the leadthrough opening in the opening edge region, characterized in that the leadthrough opening has a beaded, circular edge in the opening edge region. - a sealing element which has a disc-like sealing element edge region and a central leadthrough region which surrounds the at least one electrical connection element in a media-tight manner, - an opening edge region of a leadthrough opening in the metal sheet, which opening edge region is matched to the sealing element edge region in a media-tight manner, - a cylindrical section of the sealing element in the sealing element edge region, the outside diameter (D A) of the said cylindrical section being larger than an inside diameter (D I) of the leadthrough opening, and wherein the cylindrical section has a press-fit in the leadthrough opening, and wherein the cylindrical section has a pot-like sealing element region which engages with the leadthrough opening in the opening edge region, characterized in that the leadthrough opening has a beaded, circular edge in the opening edge region.
A method for the large scale preparation of (1-{9-[(4S,2R,3R,5R)-3,4-dihydroxy-5-(hydroxymethyl)oxolan-2-yl]-6-aminopurin-2-yl}pyrazol-4-yl)-N-methylcarboxamide: comprising: contacting a compound of the formula: with methylamine. contacting a compound of the formula: with methylamine.
A mobile device, wherein the mobile device comprises a battery and a connector, wherein the connector comprises a charging pin and a ground pin; and when the charging pin establishes a connection to an output pin of a charging device by using a charging cable or a battery charging stand, the charging pin receives a first current signal transmitted by the output pin of the charging device, and transmits the first current signal to an anode pin (Vbat) of the battery, so as to charge the battery; wherein the mobile device further comprises an analog switch; when the charging pin establishes a connection to the output pin of the charging device by using a charging cable or a battery charging stand, the analog switch connects the anode pin of the battery to the charging pin; and the charging pin receives the first current signal transmitted by the output pin of the charging device, and transmits the first current signal to the anode pin of the battery by using the analog switch, so as to charge the battery, wherein the mobile device further comprises a charging circuit and a universal serial bus USB port; when the charging pin is disconnected from the output pin of the charging device while the mobile device is connected to a computer or a USB device to perform USB charging, the analog switch disconnects the anode pin of the battery from the charging pin, and an output pin of the charging circuit and the USB port of the mobile device are connected to the anode pin of the battery by using the analog switch; and an input pin of the charging circuit is connected to the USB port, receives a second current signal which is smaller than the first current signal, transmitted by the USB port, and transmits the second current signal to the anode pin of the battery by using the output pin of the charging circuit and the analog switch, so as to charge the battery.
A computer-implemented method comprising: identifying, by a monitoring server, a social media message including a keyword, the social media message being posted by an originating social media user, the originating social media user having an originating social media profile; transmitting, by the monitoring server, when the social media message containing the keyword is identified, a response including invocable data for initiating a service request by a social media user, the response viewable to one or more additional social media profiles; receiving, by the monitoring server, an indication that the service request was initiated by an initiating social media user, the initiating social media user having an initiating social media profile being one of the one or more additional social media profiles; processing (310, 312), at the monitoring server, the service request when an attribute of the originating social media profile and an attribute of the initiating social media profile match, thereby authenticating the initiating user, wherein data representing the initiating social media profile is retrieved, by the monitoring server, from a social networking server; and; wherein the service includes a chat or voice service between the initiating user device and a third party device associated with an expert, wherein the expert is selected by the monitoring server based on the number of followers of the initiating social media profile. identifying, by a monitoring server, a social media message including a keyword, the social media message being posted by an originating social media user, the originating social media user having an originating social media profile; transmitting, by the monitoring server, when the social media message containing the keyword is identified, a response including invocable data for initiating a service request by a social media user, the response viewable to one or more additional social media profiles; receiving, by the monitoring server, an indication that the service request was initiated by an initiating social media user, the initiating social media user having an initiating social media profile being one of the one or more additional social media profiles; processing (310, 312), at the monitoring server, the service request when an attribute of the originating social media profile and an attribute of the initiating social media profile match, thereby authenticating the initiating user, wherein data representing the initiating social media profile is retrieved, by the monitoring server, from a social networking server; and; wherein the service includes a chat or voice service between the initiating user device and a third party device associated with an expert, wherein the expert is selected by the monitoring server based on the number of followers of the initiating social media profile.
The use of 5-(2,4-Dihydroxy-5-isopropyl-phenyl)-4-(4-morpholin-4-ylmethyl-phenyl)isoxazole-3-carboxylic acid ethylamide or a pharmaceutically acceptable salt, hydrate or solvate thereof, for the manufacture of a pharmaceutical composition for the treatment of cancer of the breast.
A method of selecting data for a wireless device (400, 600), the method comprising acts of: categorizing selected data based on two or more categories 610, 620, 630, 640, 650); determining an action based on the categorization; and transferring the selected data and the determined action to the wireless device, the categorizing of the selected data comprises acts of: receiving input related to the categorizing; and altering a categorizing algorithm utilized in performing the categorization in response to the received input the method being characterized in that it further comprises the acts of: analyzing the selected data to determine an identifiable pattern in the selected data; and associating the identifiable pattern with the alteration of the categorization algorithm. categorizing selected data based on two or more categories 610, 620, 630, 640, 650); determining an action based on the categorization; and transferring the selected data and the determined action to the wireless device, receiving input related to the categorizing; and altering a categorizing algorithm utilized in performing the categorization in response to the received input analyzing the selected data to determine an identifiable pattern in the selected data; and associating the identifiable pattern with the alteration of the categorization algorithm.
A composition comprising (i) a compound selected from the group consisting of synthesized palmitoleic acid, salts thereof, 11-cis-hexadecenoic acid, 9-cis,12-cis hexadecenoic acid, trans-9-hexadecenoic acid, 2-methoxy-5-hexadecenoic acid, ω-fluoropalmitoleic acid, ω-hydroxydecenoic acid and mixtures thereof, and (ii) an acceptable vehicle, for use in the treatment of sea lice in fish.
Hearing device comprising - a data interface for receiving data, wherein the received data is comprised in a data package that comprises a header and payload data, wherein the header indicates the type of payload data, - a memory unit or partition for storing the received data, said memory unit comprising ∘ a non-static section and ∘ a static section, said static section comprising a unique key being unique for the hearing device, and - a verifier including a program code that is stored in the static section, wherein the verifier is configured; ∘ to process said unique key and a second key contained in data received via said data interface in order to determine whether said second key meets a verification criterion with respect to said unique key, and ∘ to discard received data in the non-static section if the second key contained in said received data does not meet the verification criterion with respect to said unique key. - a data interface for receiving data, wherein the received data is comprised in a data package that comprises a header and payload data, wherein the header indicates the type of payload data, - a memory unit or partition for storing the received data, said memory unit comprising ∘ a non-static section and ∘ a static section, said static section comprising a unique key being unique for the hearing device, and ∘ a non-static section and ∘ a static section, said static section comprising a unique key being unique for the hearing device, and - a verifier including a program code that is stored in the static section, wherein the verifier is configured; ∘ to process said unique key and a second key contained in data received via said data interface in order to determine whether said second key meets a verification criterion with respect to said unique key, and ∘ to discard received data in the non-static section if the second key contained in said received data does not meet the verification criterion with respect to said unique key. ∘ to process said unique key and a second key contained in data received via said data interface in order to determine whether said second key meets a verification criterion with respect to said unique key, and ∘ to discard received data in the non-static section if the second key contained in said received data does not meet the verification criterion with respect to said unique key.
An apparatus comprising: a low noise amplifier, LNA, multiplexer configured to receive a plurality of radio frequency, RF, signals (Rx1, Rx2, Rx3) at a plurality of input terminals and to combine the plurality of RF signals into a combined RF signal that is output at an output terminal, the LNA multiplexer including a plurality of input signal paths, each input signal path coupled to a respective input terminal of the plurality of input terminals and configured to receive a respective RF signal of the plurality of RF signals; and an LNA demultiplexer configured to receive the combined RF signal at an input port that is connected to the output terminal and to distribute the combined RF signal to a plurality of output ports, each output port of the plurality of output ports configured to output the combined RF signal to a respective downconverter of a plurality of downconverters, the LNA demultiplexer comprising: a gain transistor configured to receive the combined RF signal at a source terminal; a plurality of cascode transistors having source terminals connected to the gain transistor; and plurality of transformers having a plurality of first inductors connected to a plurality of drain terminals of the cascode transistors, each transformer having an output inductor connected to a selected demodulator. a low noise amplifier, LNA, multiplexer configured to receive a plurality of radio frequency, RF, signals (Rx1, Rx2, Rx3) at a plurality of input terminals and to combine the plurality of RF signals into a combined RF signal that is output at an output terminal, the LNA multiplexer including a plurality of input signal paths, each input signal path coupled to a respective input terminal of the plurality of input terminals and configured to receive a respective RF signal of the plurality of RF signals; and an LNA demultiplexer configured to receive the combined RF signal at an input port that is connected to the output terminal and to distribute the combined RF signal to a plurality of output ports, each output port of the plurality of output ports configured to output the combined RF signal to a respective downconverter of a plurality of downconverters, the LNA demultiplexer comprising: a gain transistor configured to receive the combined RF signal at a source terminal; a plurality of cascode transistors having source terminals connected to the gain transistor; and plurality of transformers having a plurality of first inductors connected to a plurality of drain terminals of the cascode transistors, each transformer having an output inductor connected to a selected demodulator. a gain transistor configured to receive the combined RF signal at a source terminal; a plurality of cascode transistors having source terminals connected to the gain transistor; and plurality of transformers having a plurality of first inductors connected to a plurality of drain terminals of the cascode transistors, each transformer having an output inductor connected to a selected demodulator.
A reinforced concrete material comprising a cementitious material in which graphene is substantially uniformly distributed, characterised in that the graphene is dispersed or suspended within water prior to the formation of the concrete material, the concentration of graphene within the water being in the range of 0.2 - 2.5g/L, and wherein the graphene is in the form of flakes of lateral dimensions in the range of 1 - 3μm.