mhurhangee/ep-ind-claims huggingface dataset:
A cryostat (100; 200) for at least one space component operating at cryogenic temperature, the cryostat comprising: - a central, closed and cooled enclosure (14; 114; 214), configured to receive the space component, - successive metal shields, spaced apart from one another, including an internal shield, an external shield and one or more intermediate shield(s), the internal shield being configured to support the space component and delimiting the central enclosure (14; 114; 214) to receive said space component, the intermediate shield(s) and the external shield being arranged around one another so that each delimits a closed volume receiving the preceding shield of smaller size, - a cooling device for cooling the central enclosure at cryogenic temperature, - external securing elements fastened to the external shield, for securing the cryostat (100; 200) to a satellite platform, - internal inter-shield joining elements (30; 230, 230, 230, 230, 231), which hold said shields spaced apart from one another, the cryostat being characterized in that it comprises at least one integral portion (10a; 210a) comprising a series of partitions (13a; 213a) including an internal partition (13a; 213a), an external partition (13a; 213a) and one or more intermediate partition(s) (13a; 213a), respectively corresponding to a portion of the internal shield, a portion of the external shield and a portion of the one or more intermediate shield(s), said partitions being spaced apart from one another and held together by at least one portion of the internal inter-shield joining elements (30; 230, 230, 230, 230, 231). - a central, closed and cooled enclosure (14; 114; 214), configured to receive the space component, - successive metal shields, spaced apart from one another, including an internal shield, an external shield and one or more intermediate shield(s), the internal shield being configured to support the space component and delimiting the central enclosure (14; 114; 214) to receive said space component, the intermediate shield(s) and the external shield being arranged around one another so that each delimits a closed volume receiving the preceding shield of smaller size, - a cooling device for cooling the central enclosure at cryogenic temperature, - external securing elements fastened to the external shield, for securing the cryostat (100; 200) to a satellite platform, - internal inter-shield joining elements (30; 230, 230, 230, 230, 231), which hold said shields spaced apart from one another,
A sprinkler device - in particular an area, rectangular or square sprinkler as sprinkler device for the garden technology, consisting of - a pivotable nozzle head comprising housing and individual nozzles - a cylindrical drive housing comprising drive - a cuboid adapter comprising cylindrical accommodation - a cylindrical angular mounting foot - a flat mounting comprising plug-in tip and - a pressurized water supply, characterized in that the water channel of the nozzle head, which fluidically communicates with the individual nozzles, is cross sectionally directed, so that a constant pressure and volume distribution prevails at all individual nozzles. - a pivotable nozzle head comprising housing and individual nozzles - a cylindrical drive housing comprising drive - a cuboid adapter comprising cylindrical accommodation - a cylindrical angular mounting foot - a flat mounting comprising plug-in tip and - a pressurized water supply,
Machine for forming sheets by longitudinal stretching, said machine comprises two stretch heads located on either side of a forming tool for the sheet, said stretch heads each comprising a line of grippers integral with a support structure which is associated with means of stretching and which is mounted on a chassis (10, 10') by the intermediary of a tipping axis, at least one tipping cylinder being inserted between said chassis (10, 10') and said support structure, in order to allow for the maneuvering in rotation of said support structure about said tipping axis, and said chassis (10, 10') being carried by a support frame, characterized in that it comprises means (13, 14; 15, 14'), inserted between said support frame and said chassis (10, 10'), arranged to allow for an adjustment of the vertical positioning of said tipping axis.
A switch comprising: a main body in which a printed circuit board is placed; an upper body placed on the main body in a manner to at least partially cover the main body; an adjusting wheel for performing a limited circular motion in a clockwise or counter clockwise direction around an axis; a holding member placed on the adjusting wheel for being kept and controlled by the user; at least two magnetic members which interact with the printed circuit board in a non-contact manner, characterized in that a first shaft and a second shaft are placed on said main body in a same direction, and each of said first shaft and second shaft is connected with at least one resilient member; a support member is protruded from each of first shaft and second shaft for connection with the adjusting wheel, and said magnetic members are embedded in both first and second shaft (12, 17).
A monoclonal anti-IL-13 antibody for use in treating atopic dermatitis in a patient, wherein at least one loading dose is to be administered and at least one subsequent maintenance dose is to be administered subcutaneously at a flat dose, wherein the anti-IL-13 antibody is lebrikizumab, and wherein (a) the loading dose is 250 mg and the maintenance dose is 125 mg, or (b) the loading dose is 500 mg and the maintenance dose is 250 mg.
A cutting-off processing tool that includes a cutting edge angled at an end cutting edge angle (κ), wherein an upper surface of the cutting-off processing tool has a shape laterally asymmetric about a center in a width direction, characterised in that when θb is a rake angle of a rake face on a first corner side positioned on a foremost end of the tool, and θc is a rake angle of the rake face on a second corner side positioned on a side in a tool axis rear direction relative to the first corner, θb > θc is satisfied, wherein the rake angle Θb and the rake angle Θc are specified by values at positions respectively away from an end portion of the cutting edge on the first corner side and the second corner side by 25% of an edge width, wherein, when FL1 is a width of a first breaker projection provided on the upper surface along a side surface on the first corner side positioned on the foremost end of the tool, and FL2 is a width of a second breaker projection provided on the upper surface along a side surface on the second corner side positioned on the side in the tool axis rear direction relative to the first corner, FL1 < FL2 is satisfied.
A process for producing insulating products based on mineral fibers, in particular on mineral wool, comprising - providing a first binder composition containing (a) from 50% to 85% by weight of water, preferably from 70 to 82% of water (b) from 10% to 45% by weight, preferably 15 to 35% by weight of a saccharide component containing sucrose, (c) from 3% to 15% by weight, preferably from 5 to 12% by weight of one or more ammonium salts or primary amine salts of an acid, - preparing a second binder composition comprising the dilution of the first aqueous binder composition with water to a solids content of between 3 and 7% by weight, preferably between 4 and 6% by weight, - applying the second binder composition to mineral fibers, - forming an assembly of mineral fibers coated with the second binder composition, and - heating the assembly of coated mineral fibers so as to form an assembly of mineral fibers bound by an insoluble binder, said process being characterized in that the first aqueous binder composition has a pH of less than 5.5, in that the ammonium salt or primary amine salt is a salt of strong acid or a salt of an acid having a pKa of less than or equal to 2.2, and in that the first and second binder compositions are devoid of salts of weak acids having at least a pKa of between 2.5 and 6.9. - providing a first binder composition containing (a) from 50% to 85% by weight of water, preferably from 70 to 82% of water (b) from 10% to 45% by weight, preferably 15 to 35% by weight of a saccharide component containing sucrose, (c) from 3% to 15% by weight, preferably from 5 to 12% by weight of one or more ammonium salts or primary amine salts of an acid, (a) from 50% to 85% by weight of water, preferably from 70 to 82% of water (b) from 10% to 45% by weight, preferably 15 to 35% by weight of a saccharide component containing sucrose, (c) from 3% to 15% by weight, preferably from 5 to 12% by weight of one or more ammonium salts or primary amine salts of an acid, - preparing a second binder composition comprising the dilution of the first aqueous binder composition with water to a solids content of between 3 and 7% by weight, preferably between 4 and 6% by weight, - applying the second binder composition to mineral fibers, - forming an assembly of mineral fibers coated with the second binder composition, and - heating the assembly of coated mineral fibers so as to form an assembly of mineral fibers bound by an insoluble binder,
A process comprising: pre-halogenating a procatalyst precursor with a halogenating agent; adding an amide ester to the halogenated procatalyst precursor in a reaction mixture, the amide ester having the structure; wherein R 1 -R 6 are the same or different, each of R 1 -R 6 is selected from the group consisting of hydrogen, a halogen, and a hydrocarbyl group having 1-20 carbon atoms; and Ar 1 and Ar 2 are the same or different, each of Ar 1 and Ar 2 is selected from the group consisting of an aryl group having 6-20 carbon atoms and an arylalkyl group having 7-20 carbon atoms; and forming a procatalyst composition comprising a magnesium moiety, a titanium moiety, and an internal electron donor comprising the amide ester. pre-halogenating a procatalyst precursor with a halogenating agent; adding an amide ester to the halogenated procatalyst precursor in a reaction mixture, the amide ester having the structure; wherein R 1 -R 6 are the same or different, each of R 1 -R 6 is selected from the group consisting of hydrogen, a halogen, and a hydrocarbyl group having 1-20 carbon atoms; and Ar 1 and Ar 2 are the same or different, each of Ar 1 and Ar 2 is selected from the group consisting of an aryl group having 6-20 carbon atoms and an arylalkyl group having 7-20 carbon atoms; and forming a procatalyst composition comprising a magnesium moiety, a titanium moiety, and an internal electron donor comprising the amide ester.
Method of assembling a circuit carrier with a housing component, wherein the method comprises the following steps: providing said housing component having at least one first opening, and providing said circuit carrier having at least one second opening, wherein on said circuit carrier there is arranged at least one first electronic component; aligning said circuit carrier in a way that said electronic component is aligned with respect to said first opening in the housing component, wherein the first electronic component is directly used as a fiducial for its own position on the circuit carrier; and fixing the circuit carrier at the housing component by performing a laser welding step, wherein the laser welding step comprises directing a laser beam through said at least one second opening. providing said housing component having at least one first opening, and providing said circuit carrier having at least one second opening, wherein on said circuit carrier there is arranged at least one first electronic component; aligning said circuit carrier in a way that said electronic component is aligned with respect to said first opening in the housing component, wherein the first electronic component is directly used as a fiducial for its own position on the circuit carrier; and fixing the circuit carrier at the housing component by performing a laser welding step, wherein the laser welding step comprises directing a laser beam through said at least one second opening.
A mooring device for an airship, the mooring device comprising: a lower module including a plurality of resting structures (3.1) configured to sustain the mooring device to a substrate; and an upper module mounted to the lower module and configured to rotate with respect to the lower module, wherein the upper module includes: - a winch (2.3) with a drum (2.4) and a shaft (2.33) configured to rotate; - a support structure (2.1) supporting the winch; - a cable passing member (2.2), the cable passing member having first and second arms (2.22) mounted to the shaft and configured to pivot independently with respect to the shaft; and - the drum (2.4) being fixedly mounted to the shaft between the first and second arms and configured to rotate in response to the rotation of the shaft, thereby enabling a cable to be wound or unwound as the drum rotates. - a winch (2.3) with a drum (2.4) and a shaft (2.33) configured to rotate; - a support structure (2.1) supporting the winch; - a cable passing member (2.2), the cable passing member having first and second arms (2.22) mounted to the shaft and configured to pivot independently with respect to the shaft; and - the drum (2.4) being fixedly mounted to the shaft between the first and second arms and configured to rotate in response to the rotation of the shaft, thereby enabling a cable to be wound or unwound as the drum rotates.
A device for use in detecting and indicating moisture leaks which does not require puncturing or compromise of a building membrane comprises i) a wicking sensor ii) a wicking portion (10B-10D) longitudinally or otherwise joined to the wicking sensor; iii) a nonelectronic trigger portion or housing for placement, in use, below the building membrane, said nonelectronic trigger portion or housing adapted for receiving a signal from the wicking portion (10B-10D) in response to moisture from the wicking sensor; and iv) a non-electronic indicator portion or housing for placement, in use, above the building membrane and in alignment with the trigger portion or housing, said non-electronic indicator portion or housing adapted for receiving a non-electronic trigger signal from the trigger portion or housing and thereafter for producing a notification of a leak.
A method for controlling a wind turbine, which has a tower and a rotor equipped with at least one rotor blade with an adjustable blade pitch angle, during a change of a power target value, wherein the change of the power target value takes place in a predetermined time interval (T E) and by controlling one or more operating parameters determining a power output to be fed in by the wind turbine, characterized by the following method steps: - a parameterized time function of the tower deflection (12, 18) is established for the predetermined time interval (T E), wherein a series of boundary conditions are established for the parameterized time function of the tower deflection (12, 18), - a thrust of the rotor (10, 20) on the tower of the wind turbine is ascertained for the parameterized time function of the tower deflection (12, 18), and - a function for controlling the operating parameter or the operating parameters is calculated from the thrust of the rotor (10, 20). - a parameterized time function of the tower deflection (12, 18) is established for the predetermined time interval (T E), wherein a series of boundary conditions are established for the parameterized time function of the tower deflection (12, 18), - a thrust of the rotor (10, 20) on the tower of the wind turbine is ascertained for the parameterized time function of the tower deflection (12, 18), and - a function for controlling the operating parameter or the operating parameters is calculated from the thrust of the rotor (10, 20).
First vehicle-side terminal (NNa; NN1; NN4) of a group of terminals of a radio communication network, wherein the first vehicle-side terminal (NNa; NN1; NN4) comprises at least one processor, at least one memory containing computer program code, at least one communication module and at least one antenna, wherein the computer program code is configured such that it acts with the at least one processor, the at least one communication module and the at least one antenna such that the first vehicle-side terminal (NNa; NN1; NN4) - determines a symmetric key, - determines an input value on a random basis, - sends a first message comprising the symmetric key and the input value in the direction of a second vehicle-side terminal (NNb; NN2; NN3; NN5; NN6), - determines a session key on the basis of the symmetric key and on the basis of the input value, - selects the determined session key as currently valid session key, - receives a second message comprising encrypted data from the second vehicle-side terminal (NNb; NN2; NN3; NN5; NN6), and - determines unencrypted data on the basis of the encrypted data and the currently valid session key. - determines a symmetric key, - determines an input value on a random basis, - sends a first message comprising the symmetric key and the input value in the direction of a second vehicle-side terminal (NNb; NN2; NN3; NN5; NN6), - determines a session key on the basis of the symmetric key and on the basis of the input value, - selects the determined session key as currently valid session key, - receives a second message comprising encrypted data from the second vehicle-side terminal (NNb; NN2; NN3; NN5; NN6), and - determines unencrypted data on the basis of the encrypted data and the currently valid session key.
A charging system comprising: a power cable configured to extend from a charging inlet to a battery pack to electrically connect the charging inlet to the battery pack, the power cable including a conductive core, an insulating layer surrounding the conductive core, and a metallic shield layer surrounding the insulating layer; a cooling tube configured for connection to a heat sink; and a charging inlet configured to releasably couple to a mating connector of an external power source, the charging inlet comprising an electrical power terminal configured for connection to the mating connector, the electrical power terminal comprising a block having a front side and a rear side opposite the front side; a first outer side and a second outer side that is opposite the first outer side; characterized in that the block defines a port extending there through, the port comprising a first port opening along the first outer side and a second port opening along second outer side, the port being configured to extend linearly through the block from the first outer side to the second outer side and is configured to receive a cooling tube, which cooling tube is configured to extend continuously through the port and protrude from both the first opening and the second opening of the port thereby to absorb heat from the electrical power terminal; and the cooling tube is configured to extend along a length of the power cable, the cooling tube engaging the metallic shield layer of the power cable to transfer heat from the power cable to the heat sink. a power cable configured to extend from a charging inlet to a battery pack to electrically connect the charging inlet to the battery pack, the power cable including a conductive core, an insulating layer surrounding the conductive core, and a metallic shield layer surrounding the insulating layer; a cooling tube configured for connection to a heat sink; and a charging inlet configured to releasably couple to a mating connector of an external power source, the charging inlet comprising an electrical power terminal configured for connection to the mating connector, the electrical power terminal comprising a block having a front side and a rear side opposite the front side; a first outer side and a second outer side that is opposite the first outer side; characterized in that the block defines a port extending there through, the port comprising a first port opening along the first outer side and a second port opening along second outer side, the port being configured to extend linearly through the block from the first outer side to the second outer side and is configured to receive a cooling tube, which cooling tube is configured to extend continuously through the port and protrude from both the first opening and the second opening of the port thereby to absorb heat from the electrical power terminal; and the cooling tube is configured to extend along a length of the power cable, the cooling tube engaging the metallic shield layer of the power cable to transfer heat from the power cable to the heat sink.
A method for control of a power production plant, the method comprising: adjusting a heat profile of a heat exchange unit operating with a plurality of streams passing between a first HEU end having a first operational temperature and a second HEU end (50") having a second, lower operational temperature; wherein said adjusting comprises implementing a control function that alters a mass flow of one or more of the plurality of streams passing between the first HEU end and the second HEU end (50") by adding mass flow to or withdrawing mass flow from the one or more of the plurality of streams at an intermediate temperature range within the HEU at a point that is positioned between the first HEU end and the second HEU end (50"); characterized in that said adjusting comprises one or both of the following: causing a portion of a recycle stream being heated in the HEU to be passed to an exhaust stream being cooled in the HEU such that said adjusting is effective to increase the mass flow of the exhaust stream passing through a section of the HEU; causing a portion of an oxidant stream being heated in the HEU to be passed to an exhaust stream being cooled in the HEU such that said adjusting is effective to increase the mass flow of the exhaust stream passing through a section of the HEU. adjusting a heat profile of a heat exchange unit operating with a plurality of streams passing between a first HEU end having a first operational temperature and a second HEU end (50") having a second, lower operational temperature; wherein said adjusting comprises implementing a control function that alters a mass flow of one or more of the plurality of streams passing between the first HEU end and the second HEU end (50") by adding mass flow to or withdrawing mass flow from the one or more of the plurality of streams at an intermediate temperature range within the HEU at a point that is positioned between the first HEU end and the second HEU end (50"); characterized in that causing a portion of a recycle stream being heated in the HEU to be passed to an exhaust stream being cooled in the HEU such that said adjusting is effective to increase the mass flow of the exhaust stream passing through a section of the HEU; causing a portion of an oxidant stream being heated in the HEU to be passed to an exhaust stream being cooled in the HEU such that said adjusting is effective to increase the mass flow of the exhaust stream passing through a section of the HEU.
A change part, which is used for a machine employed in the filling or bottle manufacturing industry and which includes an identification element, characterized in that the identification element comprises a piezoelectric transmitter with a piezoelectric element, which, when the change part is mounted and/or demounted, is able to be activated by the forces acting thereon and to transmit an identification signal.