mhurhangee/ep-ind-claims huggingface dataset:
A method of determining the temperature of an object, including the steps of: - inducing an eddy current in a conducting member forming a part of or in operative thermal communication with said object, - said eddy current induced by subjecting said conducting member to a magnetic field, - detecting eddy current magnitude changes and using such detected magnitude changes to determine the temperature of said object, characterized in that - the magnetic field has a magnitude which varies substantially linearly over time, such that the corresponding eddy current magnitude changes exponentially over time, - said corresponding eddy current magnitude changes are detected during said subjecting step, and such detected magnitude changes are used to determine a characteristic time constant thereof, and - the temperature of said object is calculated using said characteristic time constant. - inducing an eddy current in a conducting member forming a part of or in operative thermal communication with said object, - said eddy current induced by subjecting said conducting member to a magnetic field, - detecting eddy current magnitude changes and using such detected magnitude changes to determine the temperature of said object, - the magnetic field has a magnitude which varies substantially linearly over time, such that the corresponding eddy current magnitude changes exponentially over time, - said corresponding eddy current magnitude changes are detected during said subjecting step, and such detected magnitude changes are used to determine a characteristic time constant thereof, and - the temperature of said object is calculated using said characteristic time constant.
Tool (3, 5) for the injection moulding of a plug connector (4, 6), having a base region (31, 51) and a plurality of cores (31a, 31b, 31c, 31d, 31e, 31f, 51a, 51b, 51c, 51d, 51e, 51f) protruding from the base region (31, 51), wherein at least one core (31a, 31b, 31c, 31d, 31e, 31f, 51a, 51b, 51c, 51d, 51e, 51f) has a rectangular cross-section with a plurality of core interfering contours (311a, 312a, 311b, 312b, 311c, 312c, 311d, 312d, 311e, 312e, 311f, 312f, 512a, 511b, 512b, 511c, 512d, 511e, 512e, 511f), characterised in that these are arranged point-symmetrically, but not mirror-symmetrically, on the core (31a, 31b, 31c, 31d, 31e, 31f, 51b, 51e).
A self-calcining electrode composition for electric arc furnaces, containing one or more carbon components and a binder, characterized in that the binder contains exclusively hard bitumen with a needle penetration of <50 per 0.1 mm at 25°C according to DIN EN 1426, and/or a softening point, ring and ball, of at least 65°C according to DIN EN 1427 and/or with a density of 0.5 to 2 g/cm 3 at 25°C according to DIN EN 52004, and in that the electrode composition has a polyaromatic hydrocarbon content of <500 ppm.
A compound represented by the following structural Formula: wherein Cy is R 1 and R 2 are H; R 3 is H; R 4 is -NR 6 R 7; R 5 is H; R 6 is selected from H or C 1 -C 4 alkyl; R 7 is -C O(CR a 2) q R 12; R 12 is selected from H, C 1 -C 4 alkyl, cycloalkyl, aryl, or heteroaryl; R 22, R 23 and R 24 are independently selected from hydrogen, methyl, amino, hydroxyl or halo; R a is independently H or C 1 -C 4 alkyl; Ring B is phenyl; q is independently 0, 1 or 2; L 1 is a bond; X is NH 2; or a stereoisomer or pharmaceutically acceptable salt thereof. Cy is R 1 and R 2 are H; R 3 is H; R 4 is -NR 6 R 7; R 5 is H; R 6 is selected from H or C 1 -C 4 alkyl; R 7 is -C O(CR a 2) q R 12; R 12 is selected from H, C 1 -C 4 alkyl, cycloalkyl, aryl, or heteroaryl; R 22, R 23 and R 24 are independently selected from hydrogen, methyl, amino, hydroxyl or halo; R a is independently H or C 1 -C 4 alkyl; Ring B is phenyl; q is independently 0, 1 or 2; L 1 is a bond; X is NH 2;
A washing machine comprising: a drum accommodating laundry and configured to be rotatable; a balancing unit moving along the circumference of the drum and changing the center of gravity of the drum; a drum motor generating rotary force; a rotational shaft connecting the drum motor and the drum to transfer rotary force of the drum motor to the drum, and a wireless power transmission unit wirelessly supplying power to the balancing unit, characterized in that the wireless power transmission unit comprises: a transmission coil unit generating a magnetic field from power; and a reception coil unit generating power from the magnetic field generated by the transmission coil unit and supplying the generated power to the balancing unit, wherein the reception coil unit is disposed at the circumference of the rotational shaft, and the transmission coil unit is disposed at the circumference of the reception coil unit such that the transmission coil unit is spaced apart from the reception coil unit. a drum accommodating laundry and configured to be rotatable; a balancing unit moving along the circumference of the drum and changing the center of gravity of the drum; a drum motor generating rotary force; a rotational shaft connecting the drum motor and the drum to transfer rotary force of the drum motor to the drum, and a wireless power transmission unit wirelessly supplying power to the balancing unit, characterized in that the wireless power transmission unit comprises: a transmission coil unit generating a magnetic field from power; and a reception coil unit generating power from the magnetic field generated by the transmission coil unit and supplying the generated power to the balancing unit, wherein the reception coil unit is disposed at the circumference of the rotational shaft, and the transmission coil unit is disposed at the circumference of the reception coil unit such that the transmission coil unit is spaced apart from the reception coil unit. a transmission coil unit generating a magnetic field from power; and a reception coil unit generating power from the magnetic field generated by the transmission coil unit and supplying the generated power to the balancing unit, wherein the reception coil unit is disposed at the circumference of the rotational shaft, and the transmission coil unit is disposed at the circumference of the reception coil unit such that the transmission coil unit is spaced apart from the reception coil unit.
Device for lateral guidance of the upper end of an extendable furniture part, which can be extended from a position completely inserted into a furniture body in an pull-out direction to a position completely extended out of the furniture body, comprising a guide rail which can be fastened to the furniture body and the longitudinal extent of which is parallel to the pull-out direction, characterized in that the device has a rotating piece which is guided by the guide rail parallel to the pull-out direction and which is mounted on a mounting piece which can be fastened to the extendable furniture part so as to be pivotable about a horizontal axis of rotation lying at right angles to the pull-out direction, the mounting piece being movable relative to the guide rail from an inserted position, which can be occupied by the mounting piece in the fully inserted position of the extendable furniture part, in the pull-out direction via a displacement movement to an extended position, which can be occupied by the extendable furniture part in the fully extended position, and wherein, in the inserted position of the mounting piece, the rotating piece bears against a insertion end stop of the guide rail and assumes an inserted rotational position relative to the mounting piece and, in the extended position of the mounting piece, bears against an extension end stop of the guide rail and assumes an extended rotational position relative to the mounting piece, which is rotated about the axis of rotation relative to the inserted rotational position.
A network node device for configuring local repair for its downstream node or downstream link to be protected in at least one transport path, comprising: a building unit adapted to build a discovery message for discovering an ingress label for a peer end device of the at least one transport path, wherein the discovery message comprises information related to the at least one transport path; a transmitting unit adapted to transmit the discovery message over a protection path for protecting the downstream node or downstream link to the peer end device of the protection path; and a receiving unit adapted to receive a discovery response message, comprising the ingress label from the peer end device, the discovery response message being built by the peer end device on the basis of the discovery message. a building unit adapted to build a discovery message for discovering an ingress label for a peer end device of the at least one transport path, wherein the discovery message comprises information related to the at least one transport path; a transmitting unit adapted to transmit the discovery message over a protection path for protecting the downstream node or downstream link to the peer end device of the protection path; and a receiving unit adapted to receive a discovery response message, comprising the ingress label from the peer end device, the discovery response message being built by the peer end device on the basis of the discovery message.
A windshield assembly for a rotorcraft, comprising a front windshield and a plurality of windshield attachment devices for coupling the windshield to a body, each windshield attachment device comprising: a fastener portion having an opening therethrough; a bolt configured to extend through the opening of the fastener portion and couple the fastener portion to the body; and an elastomeric load isolator surrounding at least a portion of the fastener portion and separating the fastener portion from the windshield; the front windshield comprises a plurality of windshield openings, each windshield attachment device being configured to be positioned through the windshield opening, characterised in that the windshield opening is sufficiently larger than the attachment device such that a gap exists between the elastomeric load isolator and an interior surface of the windshield opening when the attachment device is positioned through the windshield opening. a fastener portion having an opening therethrough; a bolt configured to extend through the opening of the fastener portion and couple the fastener portion to the body; and an elastomeric load isolator surrounding at least a portion of the fastener portion and separating the fastener portion from the windshield; the front windshield comprises a plurality of windshield openings, each windshield attachment device being configured to be positioned through the windshield opening, characterised in that the windshield opening is sufficiently larger than the attachment device such that a gap exists between the elastomeric load isolator and an interior surface of the windshield opening when the attachment device is positioned through the windshield opening.
Gas cylinder, in particular high-pressure gas cylinder, whose cylinder pipe has a terminal portion and a hollow piston rod in the form of a rod-like pipe, which is surrounded by an annular space and which is guided through a sealing arrangement which seals the gas pressure which is applied in the gas pressure chamber (17, 23) of the cylinder pipe against the ambient pressure, wherein the sealing arrangement has between at least a first sealing element adjacent to the gas pressure chamber (17, 23) and at least a second sealing element further away from the gas pressure chamber (17, 23) an oil pressure chamber, into which by means of a supply device (37, 51) oil can be pressed under a pressure which is equal to or greater than the gas pressure which is applied in the gas pressure chamber (17, 23) of the cylinder pipe in each case, wherein the supply device has a hydraulic accumulator (37; 51) whose oil side containing sealing oil is connected via a connection to the oil pressure chamber and whose gas side is connected to the gas pressure chamber (17, 23) of the cylinder pipe, characterised in that the rod-like pipe is open at the inner end thereof with respect to the gas pressure chamber of the cylinder pipe so that the inner side of the pipe which forms the piston rod is available as a part-volume of the gas pressure chamber, and in that in the terminal portion there are formed three annular grooves (25, 27, 29) which are offset with respect to each other in an axial direction and which surround the piston rod and in that the first sealing element is located in the annular groove nearest the annular space, in that the annular groove which follows in the axial direction forms the oil pressure chamber and in that the second sealing element is located in the annular groove furthest away from the annular space.
A radio terminal configured to perform dual connectivity using a first cell operated by a first base station and a second cell operated by a second base station, wherein the radio terminal comprises: a first timer used to detect a radio link failure in the first cell; a second timer, which is different from the first timer, used to detect a radio link failure in the second cell; at least one processor configured to detect the radio link failure in the second cell using the second timer; and a transceiver configured to transmit, to the first base station, information about the radio link failure in the second cell, upon detection of the radio link failure in the second cell, characterised in that the information about the radio link failure in the second cell includes, as a failure type to be set into the information about the radio link failure in the second cell, information indicating that the second timer expired. a first timer used to detect a radio link failure in the first cell; a second timer, which is different from the first timer, used to detect a radio link failure in the second cell; at least one processor configured to detect the radio link failure in the second cell using the second timer; and a transceiver configured to transmit, to the first base station, information about the radio link failure in the second cell, upon detection of the radio link failure in the second cell, characterised in that the information about the radio link failure in the second cell includes, as a failure type to be set into the information about the radio link failure in the second cell, information indicating that the second timer expired.
A wet-and-dry floor brush for a vacuum cleaner, comprising: - a floor brush body provided with at least one dust suction port at the bottom; and - a wet mopping device comprising a base plate for having mop cloth mounted thereto, and a liquid supply tank located on an upper side of the base plate for supplying a cleaning liquid to the mop cloth, the base plate being provided with a number of liquid discharge holes, and a lower portion of the liquid supply tank being provided with a liquid outlet in fluid communication with the number of liquid discharge holes; wherein the liquid outlet is provided with a valve for opening and closing the liquid outlet, and the liquid supply tank is externally provided with an action member which is operable by a user, the action member and the valve being disposed in a manner allowing the transmission of motion such that the user is able to open or close the liquid outlet by operating the action member. - a floor brush body provided with at least one dust suction port at the bottom; and - a wet mopping device comprising a base plate for having mop cloth mounted thereto, and a liquid supply tank located on an upper side of the base plate for supplying a cleaning liquid to the mop cloth, the base plate being provided with a number of liquid discharge holes, and a lower portion of the liquid supply tank being provided with a liquid outlet in fluid communication with the number of liquid discharge holes;
A recto-verso printing press (100*) adapted to carry out simultaneous recto-verso printing of sheets, the printing press (100*) comprising a main printing group (5, 6, 15, 16, 25, 26) with first and second printing cylinders (5, 6) cooperating with one another to form a first printing nip between the first and second printing cylinders (5, 6) where first and second sides of sheets are simultaneously printed, the first printing cylinder acting as a sheet conveying cylinder of the main printing group (5, 6, 15, 16, 25, 26), wherein the main printing group (5, 6, 15, 16, 25, 26) further comprises: - a first set of plate cylinders cooperating with the first printing cylinder and which are inked by a first set of inking apparatuses; and - a second set of plate cylinders cooperating with the second printing cylinder and which are inked by a second set of inking apparatuses, characterized in that the printing press (100*) further comprises an additional printing group (7, 8, 17, 18, 27, 28) with third and fourth printing cylinders (7, 8) cooperating with one another to form a second printing nip between the third and fourth printing cylinders (7, 8) where the first and second sides of the sheets are simultaneously printed, the third printing cylinder acting as a sheet conveying cylinder of the additional printing group (7, 8, 17, 18, 27, 28), and in that the additional printing group (7, 8, 17, 18, 27, 28) further comprises: - a third set of plate cylinders cooperating with the third printing cylinder and which are inked by a third set of inking apparatuses; and - a fourth set of plate cylinders cooperating with the fourth printing cylinder and which are inked by a fourth set of inking apparatuses and in that the main printing group (5, 6, 15, 16, 25, 26) and the additional printing group (7, 8, 17, 18, 27, 28) are coupled to one another by means of an intermediate sheet conveying system comprising one or more sheet-transfer cylinders (10, 10', 10") interposed between the first and third printing cylinders (5, 7). - a first set of plate cylinders cooperating with the first printing cylinder and which are inked by a first set of inking apparatuses; and - a second set of plate cylinders cooperating with the second printing cylinder and which are inked by a second set of inking apparatuses, characterized in that the printing press (100*) further comprises an additional printing group (7, 8, 17, 18, 27, 28) with third and fourth printing cylinders (7, 8) cooperating with one another to form a second printing nip between the third and fourth printing cylinders (7, 8) where the first and second sides of the sheets are simultaneously printed, the third printing cylinder acting as a sheet conveying cylinder of the additional printing group (7, 8, 17, 18, 27, 28), - a third set of plate cylinders cooperating with the third printing cylinder and which are inked by a third set of inking apparatuses; and - a fourth set of plate cylinders cooperating with the fourth printing cylinder and which are inked by a fourth set of inking apparatuses
EUV radiation-generating apparatus comprising: a driver laser arrangement, comprising: a beam source for generating laser pulses, an amplifier arrangement comprising at least one optical amplifier (4a-c) configured for amplifying the laser pulses, and at least one absorber device (14a, 14b) comprising a saturable absorber configured for suppressing amplified spontaneous emissions, the laser pulses passing through said saturable absorber, wherein the absorber device (14a, 14b) has a chamber, in which an absorber section is formed, and wherein the absorber device (14a, 14b) comprises a gas feed (17, 17a, 17b) for feeding the saturable absorber in the form of a saturable absorbent gas into the chamber, a vacuum chamber, in which a target material is arranged at a target position, and a beam guiding device configured for guiding the laser pulses from the driver laser device in the direction of the target position, characterized in that the driver laser device has a focussing unit (21a, 21b) configured for focussing the laser pulses onto an intermediate focus (Z F) formed in the chamber. a driver laser arrangement, comprising: a beam source for generating laser pulses, an amplifier arrangement comprising at least one optical amplifier (4a-c) configured for amplifying the laser pulses, and at least one absorber device (14a, 14b) comprising a saturable absorber configured for suppressing amplified spontaneous emissions, the laser pulses passing through said saturable absorber, wherein the absorber device (14a, 14b) has a chamber, in which an absorber section is formed, and wherein the absorber device (14a, 14b) comprises a gas feed (17, 17a, 17b) for feeding the saturable absorber in the form of a saturable absorbent gas into the chamber, a beam source for generating laser pulses, an amplifier arrangement comprising at least one optical amplifier (4a-c) configured for amplifying the laser pulses, and at least one absorber device (14a, 14b) comprising a saturable absorber configured for suppressing amplified spontaneous emissions, the laser pulses passing through said saturable absorber, wherein the absorber device (14a, 14b) has a chamber, in which an absorber section is formed, and wherein the absorber device (14a, 14b) comprises a gas feed (17, 17a, 17b) for feeding the saturable absorber in the form of a saturable absorbent gas into the chamber, a vacuum chamber, in which a target material is arranged at a target position, and a beam guiding device configured for guiding the laser pulses from the driver laser device in the direction of the target position, characterized in that the driver laser device has a focussing unit (21a, 21b) configured for focussing the laser pulses onto an intermediate focus (Z F) formed in the chamber.
A pharmaceutical or nutritional composition comprising: a. baicalin; b. curcumin; c. green tea catechins; d. vitamin E; e. vitamin C; f. coenzyme Q10; g. Acetyl-L-carnitine; h. docosahexaenoic acid; i. eicosapentaenoic acid. a. baicalin; b. curcumin; c. green tea catechins; d. vitamin E; e. vitamin C; f. coenzyme Q10; g. Acetyl-L-carnitine; h. docosahexaenoic acid; i. eicosapentaenoic acid.
A method for preparing a polyamideimide fibrid, characterized by comprising the following specific steps: step 1: reacting diamine monomer with trimellitic anhydride chloride in an aprotic polar solvent in the presence of a catalyst to obtain a polyamide acid polymer, and carrying out chemical cyclization dehydration on the polyamide acid polymer to obtain a polyamideimide polymer solution; step 2: diluting the polyamideimide polymer solution, adding the diluted polyamideimide polymer solution and precipitation solution to a precipitation machine, and mixing to obtain a polyamideimide fibrid suspension; and step 3: washing, filtering and drying the polyamideimide fibrid suspension to obtain a polyamideimide fibrid. step 1: reacting diamine monomer with trimellitic anhydride chloride in an aprotic polar solvent in the presence of a catalyst to obtain a polyamide acid polymer, and carrying out chemical cyclization dehydration on the polyamide acid polymer to obtain a polyamideimide polymer solution; step 2: diluting the polyamideimide polymer solution, adding the diluted polyamideimide polymer solution and precipitation solution to a precipitation machine, and mixing to obtain a polyamideimide fibrid suspension; and step 3: washing, filtering and drying the polyamideimide fibrid suspension to obtain a polyamideimide fibrid.