mhurhangee/ep-ind-claims huggingface dataset:
A half-flex type induction heating device, comprising: a plurality of working coils installed in a case and disposed respectively in a plurality of zones spaced apart from each other; a cover plate coupled to an upper end of the case, and where an object to be heated by at least one of the plurality of working coils is to be placed at an upper surface thereof; an input interface configured to receive a touch input from a user and to display a specific image, and embedded in the upper surface of the cover plate; a first control module configured to control the specific image displayed on the input interface based on the touch input received from the input interface; a second control module configured to control driving of the plurality of working coils based on the touch input received from the input interface, characterized in that, based on the input interface receiving a touch input for a termination image of a working coil being driven among the plurality of working coils, the second control module stops the driving of the working coil being driven, and the first control module changes a heating intensity image and a timer image displayed on the input interface into a power image for activating operation of a corresponding working coil and a residual heat image. a plurality of working coils installed in a case and disposed respectively in a plurality of zones spaced apart from each other; a cover plate coupled to an upper end of the case, and where an object to be heated by at least one of the plurality of working coils is to be placed at an upper surface thereof; an input interface configured to receive a touch input from a user and to display a specific image, and embedded in the upper surface of the cover plate; a first control module configured to control the specific image displayed on the input interface based on the touch input received from the input interface; a second control module configured to control driving of the plurality of working coils based on the touch input received from the input interface, characterized in that, based on the input interface receiving a touch input for a termination image of a working coil being driven among the plurality of working coils, the second control module stops the driving of the working coil being driven, and the first control module changes a heating intensity image and a timer image displayed on the input interface into a power image for activating operation of a corresponding working coil and a residual heat image.
A gas turbine engine shroud support system with load spreading, comprising: a shroud hanger which extends in at least a circumferential direction, said shroud hanger having a first wall and a second wall spaced apart in an axial direction by a retainer support wall; a ceramic matrix composite shroud, formed of a plurality of shroud segments disposed in said shroud hanger between said first and second walls (72,74) and said retainer support wall; a retainer having circumferentially spaced first and second bolt holes, said retainer passing through said shroud segment; first and second bolts passing through said shroud hanger and engaging said first and second bolt holes of said retainer; wherein each shroud segment has generally hollow cross-sectional shape defined by a radially inner wall and a radially outer wall and forward and aft walls (46,48); and wherein said radially inner wall and support walls (46,48) define a hollow interior or cavity; wherein shroud segments includes end faces, said end faces include relief sections (62,64); wherein the shroud is supported from hanger and retainer at the end faces and relief sections (62,64); wherein said retainer includes flanges at circumferential ends and an arm extending between opposed flanges; wherein each of flanges includes a bolt hole to receive first or second bolt; wherein one of said first and second walls (72,74) is functioning as a spring; and wherein said retainer has a plurality of projections to engage said shroud segment.. a shroud hanger which extends in at least a circumferential direction, said shroud hanger having a first wall and a second wall spaced apart in an axial direction by a retainer support wall; a ceramic matrix composite shroud, formed of a plurality of shroud segments disposed in said shroud hanger between said first and second walls (72,74) and said retainer support wall; a retainer having circumferentially spaced first and second bolt holes, said retainer passing through said shroud segment; first and second bolts passing through said shroud hanger and engaging said first and second bolt holes of said retainer; wherein each shroud segment has generally hollow cross-sectional shape defined by a radially inner wall and a radially outer wall and forward and aft walls (46,48); and wherein said radially inner wall and support walls (46,48) define a hollow interior or cavity; wherein shroud segments includes end faces, said end faces include relief sections (62,64); wherein the shroud is supported from hanger and retainer at the end faces and relief sections (62,64); wherein said retainer includes flanges at circumferential ends and an arm extending between opposed flanges; wherein each of flanges includes a bolt hole to receive first or second bolt; wherein one of said first and second walls (72,74) is functioning as a spring; and wherein said retainer has a plurality of projections to engage said shroud segment..
An information acquisition method, comprising: acquiring, by a server, a request for acquiring event information for a first terminal; acquiring, by the server, event attribute information from the request, wherein the event attribute information comprises event occurrence time and an event occurrence location, characterized by further comprising: determining, by the server, candidate terminals which are located at the event occurrence location at the event occurrence time according to pre-acquired movement trajectory records of the respective terminals; determining, by the server, one of the candidate terminals as a second terminal by virtue of an image recognition technology, wherein an image or video stored on each candidate terminal is recognized to judge whether the stored image or video contains an image of the event location; and controlling, by the server, the second terminal to send the event information consistent with the event attribute information to the first terminal by sending the event attribute information acquired from the request to the second terminal. acquiring, by a server, a request for acquiring event information for a first terminal; acquiring, by the server, event attribute information from the request, wherein the event attribute information comprises event occurrence time and an event occurrence location, characterized by further comprising: determining, by the server, candidate terminals which are located at the event occurrence location at the event occurrence time according to pre-acquired movement trajectory records of the respective terminals; determining, by the server, one of the candidate terminals as a second terminal by virtue of an image recognition technology, wherein an image or video stored on each candidate terminal is recognized to judge whether the stored image or video contains an image of the event location; and controlling, by the server, the second terminal to send the event information consistent with the event attribute information to the first terminal by sending the event attribute information acquired from the request to the second terminal. determining, by the server, candidate terminals which are located at the event occurrence location at the event occurrence time according to pre-acquired movement trajectory records of the respective terminals; determining, by the server, one of the candidate terminals as a second terminal by virtue of an image recognition technology, wherein an image or video stored on each candidate terminal is recognized to judge whether the stored image or video contains an image of the event location; and controlling, by the server, the second terminal to send the event information consistent with the event attribute information to the first terminal by sending the event attribute information acquired from the request to the second terminal.
Lysis apparatus, comprising: a chamber for receiving a sample; at least one magnetic actuator located within the chamber; at least two magnetic elements (108, 109) arranged outside the chamber and driving means for effecting a rotational relative movement between the chamber and the magnetic elements arranged outside the chamber, by which the chamber successively passes the magnetic elements located outside the chamber, wherein the polarity of the magnetic elements is opposite with respect to the circular path of the rotational relative movement, such that the magnetic actuator arranged within the chamber is moved both translationally and rotationally around an own axis of the magnetic actuator to effect lysis of the sample, wherein the chamber is configured to enable the at least one magnetic actuator located within the chamber to move both translationally and rotationally around an own axis of the magnetic actuator. a chamber for receiving a sample; at least one magnetic actuator located within the chamber; at least two magnetic elements (108, 109) arranged outside the chamber and driving means for effecting a rotational relative movement between the chamber and the magnetic elements arranged outside the chamber, by which the chamber successively passes the magnetic elements located outside the chamber, wherein the polarity of the magnetic elements is opposite with respect to the circular path of the rotational relative movement, such that the magnetic actuator arranged within the chamber is moved both translationally and rotationally around an own axis of the magnetic actuator to effect lysis of the sample, wherein the chamber is configured to enable the at least one magnetic actuator located within the chamber to move both translationally and rotationally around an own axis of the magnetic actuator.
A sensor, comprising a) an oxygen transport region comprising a stabilized oxygen transport matrix, a first reversible oxygen binding protein immobilized in the stabilized oxygen transport matrix, an oxygen permeable first surface in communication with an external environment, and an oxygen permeable second surface which is impermeable to target analyte; b) a target analyte reaction region in communication with the oxygen transport region at the oxygen permeable second surface, wherein the target analyte reaction region comprises a target analyte oxidase enzyme, and a target analyte-permeable surface; and c) a sensing region comprising at least one detector probe in communication with the target analyte reaction region. a) an oxygen transport region comprising a stabilized oxygen transport matrix, a first reversible oxygen binding protein immobilized in the stabilized oxygen transport matrix, an oxygen permeable first surface in communication with an external environment, and an oxygen permeable second surface which is impermeable to target analyte; b) a target analyte reaction region in communication with the oxygen transport region at the oxygen permeable second surface, wherein the target analyte reaction region comprises a target analyte oxidase enzyme, and a target analyte-permeable surface; and c) a sensing region comprising at least one detector probe in communication with the target analyte reaction region.
A method for increasing lysine content in a plant, plant part or plant product derived therefrom comprising introducing and expressing a polynucleotide that is at least 80%, at least 90%, at least 95% identical to a sequence comprising two sequence pairs (a1-a2) and (b2-b1) separated by a spacer sequence in which: a. the sequences a1, a2, b1, and b2 are different sequences and are selected from SEQ ID NO: 1, SEQ ID NO: 2, SEQ ID NO: 3, or SEQ ID NO: 4, wherein b. if a1 is SEQ ID NO: 1 or SEQ ID NO: 4, b1 is SEQ ID NO: 4 or SEQ ID NO: 1, and a2 is SEQ ID NO: 2 or SEQ ID NO: 3, and c. if a1 is SEQ ID NO: 2 or SEQ ID NO: 3, b1 is SEQ ID NO: 3 or SEQ ID NO: 2, and a2 is SEQ ID NO: 1 or SEQ ID NO: 4, wherein said plant belongs to the genus Triticum; and wherein said lysine content is increased compared to a control plant, plant part thereof or control plant product, wherein the control plant does not express the polynucleotide; and wherein said increase in lysine content is 20 to 70%; and wherein the polynucleotide is introduced by transformation. a. the sequences a1, a2, b1, and b2 are different sequences and are selected from SEQ ID NO: 1, SEQ ID NO: 2, SEQ ID NO: 3, or SEQ ID NO: 4, wherein b. if a1 is SEQ ID NO: 1 or SEQ ID NO: 4, b1 is SEQ ID NO: 4 or SEQ ID NO: 1, and a2 is SEQ ID NO: 2 or SEQ ID NO: 3, and c. if a1 is SEQ ID NO: 2 or SEQ ID NO: 3, b1 is SEQ ID NO: 3 or SEQ ID NO: 2, and a2 is SEQ ID NO: 1 or SEQ ID NO: 4, wherein said plant belongs to the genus Triticum; and wherein said lysine content is increased compared to a control plant, plant part thereof or control plant product, wherein the control plant does not express the polynucleotide; and wherein said increase in lysine content is 20 to 70%; and wherein the polynucleotide is introduced by transformation. wherein said plant belongs to the genus Triticum; and wherein said lysine content is increased compared to a control plant, plant part thereof or control plant product, wherein the control plant does not express the polynucleotide; and wherein said increase in lysine content is 20 to 70%; and wherein the polynucleotide is introduced by transformation.
Cosmetic use of alkylamidothiazoles in cosmetic preparations for the prophylaxis and treatment of dry skin in human skin, characterized in that the alkylamidothiazole(s) have the following structure: N-(4-(2,4-dihydroxyphenyl)thiazol-2-yl)pivalamide N-(4-(2,4-dihydroxyphenyl)thiazol-2-yl)isobutyramide N-(4-(2,4-dihydroxyphenyl)thiazol-2-yl)butyramide N-(4-(2,4-dihydroxyphenyl)thiazol-2-yl)heptanamide N-(4-(2,4-dihydroxyphenyl)thiazol-2-yl)-6-hydroxyhexanamide N-(4-(2,4-dihydroxyphenyl)thiazol-2-yl)-3-hydroxypropanamide N-(4-(2,4-dihydroxyphenyl)thiazol-2-yl)-2-methoxyacetamide 3-amino-N-(4-(2,4-dihydroxyphenyl)thiazol-2-yl)propanamide N-(4-(2,4-dihydroxyphenyl)thiazol-2-yl)acetamide N-(4-(2,4-dihydroxyphenyl)thiazol-2-yl)-4-(hydroxymethyl)cyclohexanecarboxamide N-(4-(2,4-dihydroxyphenyl)thiazol-2-yl)cyclohexanecarboxamide and N-(4-(2,4-dihydroxyphenyl)thiazol-2-yl)-2-(4-hydroxymethyl)phenyl)acetamide
A biologic information detecting apparatus comprising: a pair of arms (31, 32) that face each other and are adapted to sandwich a projecting part of an auricle in the human body by an arm disposed on one of side face sides of the projecting part and an arm disposed on the other side face side of the projecting part; a spindle connecting the pair of arms (31, 32) at one end of each of the arms (31, 32); a distance varying mechanism provided for the spindle and adjusting an interval between the other ends of the pair of arms (31, 32); a spring for shortening the interval between the other ends of the pair of arms (31, 32); and a sensor (33, 34) for detecting the biologic information, which is attached to the other end of at least one of the arms (31, 32) and attached on the side facing the other arm (32, 31); wherein the biologic information is a blood pressure; and the sensor (33, 34) is a cuff for applying pressure to a living body and detecting the blood pressure from the living body, or a cuff is provided for pressing a living body, the cuff being attached to the other end of at least one of the arms (31, 32) and attached on the side facing the other arm (32, 31) and the sensor (33, 34) being provided in the cuff, characterized by a latch mechanism for temporarily regulating widening of the interval between the other ends of the pair of arms (31, 32). a pair of arms (31, 32) that face each other and are adapted to sandwich a projecting part of an auricle in the human body by an arm disposed on one of side face sides of the projecting part and an arm disposed on the other side face side of the projecting part; a spindle connecting the pair of arms (31, 32) at one end of each of the arms (31, 32); a distance varying mechanism provided for the spindle and adjusting an interval between the other ends of the pair of arms (31, 32); a spring for shortening the interval between the other ends of the pair of arms (31, 32); and a sensor (33, 34) for detecting the biologic information, which is attached to the other end of at least one of the arms (31, 32) and attached on the side facing the other arm (32, 31);
A rolling bearing device comprising an oil supply unit which includes: a lubrication oil tank having a discharge port of a lubrication oil; a pump which sucks the lubrication oil from the lubrication oil tank and discharge the lubrication oil; and an electric power source section for driving the pump; the oil supply unit being disposed inside a rolling bearing or inside a spacer which is placed adjacent to the rolling bearing, wherein the pump is operated intermittently; wherein the electric power source section for driving the pump includes: a power generator section which generates power by way of temperature difference between an inner and an outer rings (17, 18) in the rolling bearing; and a charging section which stores the electric power from the power generator section; and wherein the pump is driven to supply the lubrication oil when a voltage in the charging section attains a pump driving voltage, characterized in that an operation interval of the pump is controlled: by changing a number of times for which a cycle of charging to and discharging from the charging section is repeated, in accordance with an operation time of the rolling bearing.
An evaporative cooling device comprising: a central chamber, the central chamber defining an upper chamber and a lower chamber separated by a divider; one or more heat exchange units surrounding the central chamber; an upper fan arranged above the upper chamber and a lower fan arranged below the lower chamber; and a water circuit; wherein each heat exchange unit comprises an evaporative cooling element having an upper portion and a lower portion and an air to water pre-cooler, characterised in that the pre-cooler is placed ahead of only the lower portion of the cooling element and the water circuit is arranged to irrigate the cooling element and collect the irrigated water below the cooling element for delivery to the pre-cooler such that in operation pre-cooled air is drawn inwardly through the pre-cooler and the lower portion of the cooling element by the lower fan and ambient air is drawn inwardly through the upper portion of the cooling element without passing through the pre-cooler by the upper fan. one or more heat exchange units surrounding the central chamber; an upper fan arranged above the upper chamber and a lower fan arranged below the lower chamber; and a water circuit;
Rotor blade for an aircraft with an electrical energy generating system, which has: at least one electromechanical energy converting device; and at least one force-conducting line, which is mechanically connected to the electromechanical energy converting device and runs at least in some sections outside the rotor blade; the electromechanical energy converting device being designed in such a way that, when there is a movement of the force-conducting line, it converts the forces introduced into the electromechanical energy converting device by the movement of the force-conducting line into electrical energy. at least one electromechanical energy converting device; and at least one force-conducting line, which is mechanically connected to the electromechanical energy converting device and runs at least in some sections outside the rotor blade; the electromechanical energy converting device being designed in such a way that, when there is a movement of the force-conducting line, it converts the forces introduced into the electromechanical energy converting device by the movement of the force-conducting line into electrical energy.
A variable compression device (6, 7, 8, 300) for a combustion engine comprising: a piston rod connected to a crosshead and a connecting rod; and a fluid chamber limited in one direction by a movable piston and in which, when a pressurized working fluid is supplied thereinto, the piston rod is caused to move in a direction away from the crosshead so that a compression ratio of the combustion engine increases, characterized in that a grooved flow path is formed in a bottom surface of the fluid chamber or a contact surface of the movable piston in contact with the bottom surface of the fluid chamber. a piston rod connected to a crosshead and a connecting rod; and a fluid chamber limited in one direction by a movable piston and in which, when a pressurized working fluid is supplied thereinto, the piston rod is caused to move in a direction away from the crosshead so that a compression ratio of the combustion engine increases, characterized in that a grooved flow path is formed in a bottom surface of the fluid chamber or a contact surface of the movable piston in contact with the bottom surface of the fluid chamber.
A hydraulic pressing tool, in particular for compressing pipe fittings, comprising a hydraulic pump driven by an electric motor, a control device connected with the electric motor, a hydraulic piston for actuating the tool by supplying hydraulic fluid from a reservoir into a piston chamber by means of the hydraulic pump, and a valve means (34, 36) arranged in a return path (40, 56) between the piston chamber and the reservoir, the valve means opening the return path (40, 56) when a limit pressure is reached, wherein the valve means comprises a pressure sensor and a solenoid valve which is controlled in dependence on a pressure signal transmitted from the pressure sensor to the control device, characterized in that the solenoid valve comprises a spring element keeping the energized solenoid valve closed or open, which spring element is configured such that it functions as a mechanical overload safety device to open the solenoid valve when a maximum pressure is exceeded, the valve device (34, 36) is configured as a mechanical emergency opening device (48, 50) by connecting a valve plate with an actuation element for the mechanical opening of the solenoid valve.
Working machine for a construction machine comprising at least one hydraulic fixed displacement motor, which is arranged in a hydraulic circuit, which is fed by a primary volume flow of a base pump and is drivable via same, characterised in that at least one rotating hydraulic first machine is arranged, which is hydraulically connected in parallel to the at least one fixed displacement motor, whereby a secondary volume flow is branched off from the hydraulic circuit behind the fixed displacement motor and is fed to the primary volume flow upstream of the fixed displacement motor, which first machine is mechanically or electrically coupled to either the fixed displacement motor of the working machine or to a rotating hydraulic second machine, wherein the second machine is fed by the primary volume flow, the first machine by a secondary volume flow and the fixed displacement motor by a total volume flow of primary volume flow and secondary volume flow.