mhurhangee/ep-ind-claims huggingface dataset:
An unmanned surface vessel for tracking an acoustic transmitter attached to a marine animal or object, comprising: a surface vessel, wherein the vessel is configured to track and follow the movement of an acoustic transmitter attached to a marine animal or object; a two-way communication module attached to the vessel, wherein the communication module is configured to communicate with a remote communication station; a GPS receiver attached to the vessel, wherein the GPS receiver receives location-based information from a global positioning system; an acoustic hydrophone attached to a bottom surface of the vessel, wherein the acoustic hydrophone is configured to receive an acoustic signal transmitted from the acoustic transmitter attached to the marine animal or object and wherein the acoustic hydrophone is part of a three-element array, which comprises three hydrophone elements; a microprocessor attached to the three-element hydrophone array; and a propulsion system attached to the bottom surface of the vessel, wherein the propulsion system is configured to enable the vessel to follow the movement of the acoustic transmitter; wherein the three-element hydrophone array produces a sextant, and wherein the microprocessor determines a location of the acoustic transmitter by determining a sequential order of the acoustic signal received by each hydrophone element and associating the sequential order to a portion of the sextant. a surface vessel, wherein the vessel is configured to track and follow the movement of an acoustic transmitter attached to a marine animal or object; a two-way communication module attached to the vessel, wherein the communication module is configured to communicate with a remote communication station; a GPS receiver attached to the vessel, wherein the GPS receiver receives location-based information from a global positioning system; an acoustic hydrophone attached to a bottom surface of the vessel, wherein the acoustic hydrophone is configured to receive an acoustic signal transmitted from the acoustic transmitter attached to the marine animal or object and wherein the acoustic hydrophone is part of a three-element array, which comprises three hydrophone elements; a microprocessor attached to the three-element hydrophone array; and a propulsion system attached to the bottom surface of the vessel, wherein the propulsion system is configured to enable the vessel to follow the movement of the acoustic transmitter;
A method for the surface treatment of a part made of aluminum, of magnesium or of one of their respective alloys, comprising immersing said part successively in: - a first aqueous bath containing • a trivalent chromium salt, excluding a hexavalent chromium salt, • and an oxidizing compound chosen from substances based on fluorides, on permanganate or hydrogen peroxide H 2 O 2, - and a second aqueous bath containing an oxidizing compound chosen from substances based on fluorides, on permanganate or hydrogen peroxide H 2 O 2, characterized in that the second bath additionally contains a rare-earth-salt corrosion inhibitor. - a first aqueous bath containing • a trivalent chromium salt, excluding a hexavalent chromium salt, • and an oxidizing compound chosen from substances based on fluorides, on permanganate or hydrogen peroxide H 2 O 2, • a trivalent chromium salt, excluding a hexavalent chromium salt, • and an oxidizing compound chosen from substances based on fluorides, on permanganate or hydrogen peroxide H 2 O 2, - and a second aqueous bath containing an oxidizing compound chosen from substances based on fluorides, on permanganate or hydrogen peroxide H 2 O 2,
A composite component comprising a structural component from a thermoplastic material or a thermoplastic-based composite material and at least one injection molding component from a plastic, wherein the structural component is back molded with the injection molding component in a back molding step, characterized in that the composite component has at least one connecting component of a textile construction, with the connecting component being surrounded and/or penetrated by the injection molding component in the back molding step, and with the connecting component being connected to the structural component outside the back molding section.
A vehicle seat comprising a backrest and a seat pan that is secured to a base which is mounted on sliding rails attached to the floor, and an unlocking control means which penetrates a flexible wall covering the rear of the base, characterized in that the seat includes a rigid guiding device for the control means, said guiding device being located behind the flexible wall, and in that the guiding device has a structure forming a pin comprising branches (4a, 4b) of equal length.
An object to be held by a user, comprising: - an outer structure arranged to be held by the user, - a closed thin-walled plastic bottle comprising a body defining an internal volume and a collar, where the outer structure is a shell in contact with at least part of the body of the bottle, the shell comprises an upper collar forming an open U or C and arranged to elastically interlock onto at least part of the collar of the bottle, characterized: - in that the collar of the bottle comprises an outgrowth engaged in the aperture of the U or C of the upper collar of the shell, - and in that the bottle has a body, preferably cylindrical body, with a thickness comprised in a range from 30 um to 150 μm. - an outer structure arranged to be held by the user, - a closed thin-walled plastic bottle comprising a body defining an internal volume and a collar, where the outer structure is a shell in contact with at least part of the body of the bottle, the shell comprises an upper collar forming an open U or C and arranged to elastically interlock onto at least part of the collar of the bottle, characterized: - in that the collar of the bottle comprises an outgrowth engaged in the aperture of the U or C of the upper collar of the shell, - and in that the bottle has a body, preferably cylindrical body, with a thickness comprised in a range from 30 um to 150 μm. where the outer structure is a shell in contact with at least part of the body of the bottle, the shell comprises an upper collar forming an open U or C and arranged to elastically interlock onto at least part of the collar of the bottle, characterized: - in that the collar of the bottle comprises an outgrowth engaged in the aperture of the U or C of the upper collar of the shell, - and in that the bottle has a body, preferably cylindrical body, with a thickness comprised in a range from 30 um to 150 μm. - in that the collar of the bottle comprises an outgrowth engaged in the aperture of the U or C of the upper collar of the shell, - and in that the bottle has a body, preferably cylindrical body, with a thickness comprised in a range from 30 um to 150 μm.
A mixture of an adenoviral vector particle comprising a glycoprotein from Ebola virus and an adenoviral vector particle comprising a nucleoprotein from Ebola virus for use in accelerated vaccination of a host, wherein intramuscular administration of a single dose of said mixture confers protection within four weeks, wherein said mixture has 10 12 of each of said adenoviral vector particles.
Device for the surface processing of a substantially round bar comprising support and/or advance means (120', 120") and abrasion means for said bar, wherein said abrasion means comprise a first movable working support and a second movable working and/or contrast support (110"), at least said first working support being provided with abrasive tape (250' 250"); said two movable supports (110', 110") being opposite and in operating mode being constantly in contact with said bar, optionally interposing said abrasive tapes (250', 250"), and keeping a fixed distance between centres between said movable supports (110', 110"), characterized in that said movable supports (110', 110") each comprising a cylindrical rotor (112', 112") having the symmetry and rotation axis substantially parallel to the symmetry axis of said bar, said fixed distance being the distance between their symmetry axis, said cylindrical rotors (112', 112") being vertically movable to bring in operating mode their symmetry axis in line with the symmetry axis of bar, so that said axes lie in the same plane, preventing asymmetric processing.
Capping machine with a circulating design for capping containers such as bottles or the like with crown caps, with a stationary central column which extends along a vertical central axis of the capping machine, arranged at which are at least one motor-driven circulating gyroscope with multiple punch devices which can be lowered and raised, and, beneath the gyroscope a motor-driven circulating support ring with multiple container supports, wherein the relative spacing between the gyroscope and the support ring can be adjusted along the vertical central axis of the capping machine by moving the gyroscope and/or the support ring along the central column, wherein multiple container capping positions, each with at least one capping device, are formed between the gyroscope and the support ring, wherein a capping device, in its respective container capping position, comprises in each case at least one punch device arranged at the gyroscope, for imposing a capping force onto a corresponding crown cap of the container standing on the container carrier assigned to it, wherein the stationary central column is designed to absorb a compensation force directed against the capping force, and wherein, between the gyroscope and the central column and/or the support ring and the central column at least one clamping device is provided, by means of which the gyroscope and/or the support ring can be secured in at least two different spacing intervals from the central column, characterised in that the at least one clamping device exhibits a clamping position and a release position. wherein the relative spacing between the gyroscope and the support ring can be adjusted along the vertical central axis of the capping machine by moving the gyroscope and/or the support ring along the central column, wherein multiple container capping positions, each with at least one capping device, are formed between the gyroscope and the support ring, wherein a capping device, in its respective container capping position, comprises in each case at least one punch device arranged at the gyroscope, for imposing a capping force onto a corresponding crown cap of the container standing on the container carrier assigned to it, wherein the stationary central column is designed to absorb a compensation force directed against the capping force, and wherein, between the gyroscope and the central column and/or the support ring and the central column at least one clamping device is provided, by means of which the gyroscope and/or the support ring can be secured in at least two different spacing intervals from the central column, characterised in that the at least one clamping device exhibits a clamping position and a release position.
A secondary cell comprising a container containing an electrode plate group having alternating positive and negative electrodes flanking separators impregnated with electrolyte, a hollow tube of central axis about which the electrode plate group is wound, and in that the edge portions (5, 6) of the electrodes of the electrode plate group are distributed substantially evenly and circularly around said axis respectively near each one of the ends of said hollow tube, said container having a first and a second end, and said secondary cell having a first and a second current output terminal (3, 4, 13, 16), said first current output terminal (3, 4, 13, 16) forming a first closure member (3, 4, 13, 16) closing off the first end of said container, the edge portions (5, 6) of the electrodes of one polarity being connected directly to said closure member (3, 4, 13, 16) by welding, characterized in that the container is made from an electrically insulating material, and in that the second current output terminal (3, 4, 13, 16) form a second closure member (3, 4, 13, 16) closing off the second end of said container, the edge portions (5, 6) of the electrodes of one polarity being connected directly to said closure member (3, 4, 13, 16) by welding.
A compound of formula: wherein n is 1 or 2; X is -CH 2 - or -O-; R 1 is -CH 3 or -CH 2 CH 3; R 2 is -H or -CH 3; R 3 is -H or -OH; wherein R 3 is -H when X is -O-; or a pharmaceutically acceptable salt thereof n is 1 or 2; X is -CH 2 - or -O-; R 1 is -CH 3 or -CH 2 CH 3; R 2 is -H or -CH 3; R 3 is -H or -OH;
A method of making nanoparticles or microparticles comprising: (a) forming a master template provided with a plurality of microstructures; (b) optionally, forming a polymer template as a negative image of the master template and separating the polymer template from the master template; (c) coating the master template, or optional polymer template, with a layer of a sol; (d) converting the sol to a gel to form the hydrogel template; and (e) separating the hydrogel template from the master template, or optional polymer template, thereby affording a sol-gel phase-reversible hydrogel template provided with a plurality of microstructures, wherein the sol is converted to gel by inducing a phase transition with a change in temperature or by inducing a phase transition upon addition of a salt, protein, or change in the valency of a salt, or drying; (f) filling a plurality of wells in the hydrogel template of step (e) with a nonaqueous solution having a water-insoluble polymer dissolved therein; (g) solidifying the water-insoluble polymer in the wells by evaporating solvent from the nonaqueous solution; and (h) harvesting the nanoparticles or microparticles from the hydrogel template. (a) forming a master template provided with a plurality of microstructures; (b) optionally, forming a polymer template as a negative image of the master template and separating the polymer template from the master template; (c) coating the master template, or optional polymer template, with a layer of a sol; (d) converting the sol to a gel to form the hydrogel template; and (e) separating the hydrogel template from the master template, or optional polymer template, thereby affording a sol-gel phase-reversible hydrogel template provided with a plurality of microstructures, wherein the sol is converted to gel by inducing a phase transition with a change in temperature or by inducing a phase transition upon addition of a salt, protein, or change in the valency of a salt, or drying; (f) filling a plurality of wells in the hydrogel template of step (e) with a nonaqueous solution having a water-insoluble polymer dissolved therein; (g) solidifying the water-insoluble polymer in the wells by evaporating solvent from the nonaqueous solution; and (h) harvesting the nanoparticles or microparticles from the hydrogel template.
A hearing assistance device, comprising: a wireless radio frequency transceiver including antenna tuning circuitry; an antenna; and a balanced low pass filter using discrete inductive-capacitive technology connected between the antenna tuning circuity of the RF transceiver and the antenna, the balanced low pass filter using discrete LC technology comprising: a shunt capacitor; a first inductor in series with a second inductor with a first terminal of the shunt capacitor connected therebetween; a third inductor in series with a fourth inductor with a second terminal of the shunt capacitor connected therebetween; wherein a first terminal of the first inductor and a first terminal of the third inductor is coupled to the wireless RF transceiver, and a first terminal of the second inductor and a first terminal of the fourth inductor is coupled to the antenna; the balanced low pass filter configured to not impede the transceiver's ability to tune the antenna, the balanced low pass filter configured to suppress harmonics and attenuate generated harmonics for the antenna, and the balanced low pass filter configured to prevent inversion of impedance presented to the RF transceiver from the antenna and provide a symmetrical impedance load presented to the RF transceiver. a wireless radio frequency transceiver including antenna tuning circuitry; an antenna; and a balanced low pass filter using discrete inductive-capacitive technology connected between the antenna tuning circuity of the RF transceiver and the antenna, the balanced low pass filter using discrete LC technology comprising: a shunt capacitor; a first inductor in series with a second inductor with a first terminal of the shunt capacitor connected therebetween; a third inductor in series with a fourth inductor with a second terminal of the shunt capacitor connected therebetween; wherein a first terminal of the first inductor and a first terminal of the third inductor is coupled to the wireless RF transceiver, and a first terminal of the second inductor and a first terminal of the fourth inductor is coupled to the antenna; a shunt capacitor; a first inductor in series with a second inductor with a first terminal of the shunt capacitor connected therebetween; a third inductor in series with a fourth inductor with a second terminal of the shunt capacitor connected therebetween; wherein a first terminal of the first inductor and a first terminal of the third inductor is coupled to the wireless RF transceiver, and a first terminal of the second inductor and a first terminal of the fourth inductor is coupled to the antenna; the balanced low pass filter configured to not impede the transceiver's ability to tune the antenna, the balanced low pass filter configured to suppress harmonics and attenuate generated harmonics for the antenna, and the balanced low pass filter configured to prevent inversion of impedance presented to the RF transceiver from the antenna and provide a symmetrical impedance load presented to the RF transceiver.
A printing apparatus for simultaneously printing on a plurality of substrates, comprising a bearing plate which can, in particular, be exchanged and on which the substrates are/can be arranged next to each other, comprising a printing device having at least one printing template, and comprising an adjusting device for aligning the substrates with respect to the at least one printing template prior to a printing operation, wherein the adjusting device comprises a registering device for registering the position of the substrates with respect to the printing template as well as a gripping device that is designed to grip one substrate each, remove it from the supporting plate and place it back again on the supporting plate after completed alignment, characterized in that the adjusting device comprises an aligning device that is assigned to the supporting plate and displaces and/or turns the supporting plate in a plane in order to align the substrate that has been removed from the supporting plate by means of the gripping device.
A method for a session management function entity, comprising obtaining policy related information and charging related information, generating a pre-rule based on said policy related information and said charging related information, wherein said pre-rule is a partially generated rule of a rule related to local traffic offloading with respect to a user plane function entity under control of an intermediate session management function entity, wherein said pre-rule is to be completed by said intermediate session management function entity with access network related information needed from an access network, and transmitting said pre-rule to said intermediate session management function entity; wherein said pre-rule comprises references to information that said intermediate session management function entity is to determine locally in order to generate said rule related to local traffic offloading to be transmitted to said user plane function entity under control of said intermediate session management function entity. obtaining policy related information and charging related information, generating a pre-rule based on said policy related information and said charging related information, wherein said pre-rule is a partially generated rule of a rule related to local traffic offloading with respect to a user plane function entity under control of an intermediate session management function entity, wherein said pre-rule is to be completed by said intermediate session management function entity with access network related information needed from an access network, and transmitting said pre-rule to said intermediate session management function entity; wherein said pre-rule comprises references to information that said intermediate session management function entity is to determine locally in order to generate said rule related to local traffic offloading to be transmitted to said user plane function entity under control of said intermediate session management function entity.
A separator, comprising: a porous substrate; and being characterized by a porous layer, the porous layer being disposed on a surface of the porous substrate and comprising inorganic particles and a binder, wherein a ratio of a puncture elongation of the porous substrate to a puncture force of the porous substrate is 1.5 to 25 mm/N, wherein the puncture elongation and the puncture force are determined as outlined in paragraph 3.4 in the description. a porous substrate; and being characterized by a porous layer, the porous layer being disposed on a surface of the porous substrate and comprising inorganic particles and a binder, wherein a ratio of a puncture elongation of the porous substrate to a puncture force of the porous substrate is 1.5 to 25 mm/N, wherein the puncture elongation and the puncture force are determined as outlined in paragraph 3.4 in the description.