mhurhangee/ep-ind-claims huggingface dataset:
A magnetic tunnel junction, hereinafter termed MTJ, device, comprising: a free layer; a barrier layer, coupled to the free layer; a reference layer adjacent to the barrier layer; and a fixed layer adjacent to the reference layer, the fixed layer comprising: a hybrid first synthetic antiferromagnetic, hereinafter termed SAF, multilayer structure having a first perpendicular magnetic anisotropy, hereinafter termed PMA, and a first damping constant, the hybrid first SAF multilayer structure comprising a first multilayer stack of alternating cobalt and platinum layers or alternating cobalt and palladium layers, and a second multilayer stack comprising alternating cobalt and nickel layers, a second SAF multilayer stack having a second PMA and a second damping constant lower than the first damping constant, the-second SAF multilayer stack being closer to the barrier layer than the hybrid first SAF multilayer structure; and an SAF coupling layer between the hybrid first SAF multilayer structure and the second SAF multilayer stack, in which the second PMA is lower than the first PMA. a free layer; a barrier layer, coupled to the free layer; a reference layer adjacent to the barrier layer; and a fixed layer adjacent to the reference layer, the fixed layer comprising: a hybrid first synthetic antiferromagnetic, hereinafter termed SAF, multilayer structure having a first perpendicular magnetic anisotropy, hereinafter termed PMA, and a first damping constant, the hybrid first SAF multilayer structure comprising a first multilayer stack of alternating cobalt and platinum layers or alternating cobalt and palladium layers, and a second multilayer stack comprising alternating cobalt and nickel layers, a second SAF multilayer stack having a second PMA and a second damping constant lower than the first damping constant, the-second SAF multilayer stack being closer to the barrier layer than the hybrid first SAF multilayer structure; and an SAF coupling layer between the hybrid first SAF multilayer structure and the second SAF multilayer stack, in which the second PMA is lower than the first PMA. a hybrid first synthetic antiferromagnetic, hereinafter termed SAF, multilayer structure having a first perpendicular magnetic anisotropy, hereinafter termed PMA, and a first damping constant, the hybrid first SAF multilayer structure comprising a first multilayer stack of alternating cobalt and platinum layers or alternating cobalt and palladium layers, and a second multilayer stack comprising alternating cobalt and nickel layers, a second SAF multilayer stack having a second PMA and a second damping constant lower than the first damping constant, the-second SAF multilayer stack being closer to the barrier layer than the hybrid first SAF multilayer structure; and an SAF coupling layer between the hybrid first SAF multilayer structure and the second SAF multilayer stack, in which the second PMA is lower than the first PMA.
A process to produce irradiated polypropylene granulate characterised in that granulate comprising 1. propylene polymer and 2. vitamin E comprising stabilizer package is irradiated by electron beam irradiation. 1. propylene polymer and 2. vitamin E comprising stabilizer package
An apparatus for cutting an electrode, the apparatus characterized in that it comprises: an all-in-one cutting cartridge module including an upper knife and a lower knife; and a cradle where the all-in-one cutting cartridge module is mounted, wherein, the all-in-one cutting cartridge module includes a module frame and an upper knife holding unit which fixes and supports the upper knife and is supported in a manner that is vertically slidable on the module frame, and wherein the lower knife is coupled to a lower portion of the module frame to face the upper knife. an all-in-one cutting cartridge module including an upper knife and a lower knife; and a cradle where the all-in-one cutting cartridge module is mounted, wherein, the all-in-one cutting cartridge module includes a module frame and an upper knife holding unit which fixes and supports the upper knife and is supported in a manner that is vertically slidable on the module frame, and wherein the lower knife is coupled to a lower portion of the module frame to face the upper knife.
An audio reproduction method comprising: receiving a multi-channel audio signal and additional information including a reproduction location of the multi-channel audio signal; acquiring location information of a user; channel-separating the received multi-channel audio signal based on the received additional information; rendering the channel-separated multi-channel audio signal based on the received additional information and the acquired location information of the user; and reproducing the rendered multi-channel audio signal, wherein the channel-separating comprises separating channels based on coherence between channel signals included in the multi-channel audio signal and the additional information. receiving a multi-channel audio signal and additional information including a reproduction location of the multi-channel audio signal; acquiring location information of a user; channel-separating the received multi-channel audio signal based on the received additional information; rendering the channel-separated multi-channel audio signal based on the received additional information and the acquired location information of the user; and reproducing the rendered multi-channel audio signal, wherein the channel-separating comprises separating channels based on coherence between channel signals included in the multi-channel audio signal and the additional information.
Method for storing and/or transporting GaCl 3 involving the step of adding an aluminium compound of the formula R 3-x AlCl x, wherein R is a linear or branched alkyl group with 1-8 carbon atoms and x is 0 or 1, to said GaCl 3 in an Al/Ga molar ratio of at least 0.2, thereby forming a liquid formulation, followed by introducing said liquid formulation in a container.
A headend system comprising: a duplicator configured to generate two or more copies of at least a part of a first digital signal; one or more scramblers (14a,14b) configured to scramble each copy to obtain scrambled copies, wherein each copy is scrambled differently; and a combiner configured to combine the scrambled copies to obtain a second digital signal within which the scrambled copies are not identifiable as being related to one of the two or more copies of the at least a part of the first digital signal so that descrambling, at a receiver of the second digital signal, of the scrambled copies using a decryption key for one of the scrambled copies descrambles said one of the scrambled copies into a meaningful output and all other scrambled copies into a non-meaningful output that an error handler of the receiver discards, wherein the second digital signal comprises a packet elementary stream and the scrambled copies are respective scrambled data packets that have the same packet identifier. a duplicator configured to generate two or more copies of at least a part of a first digital signal; one or more scramblers (14a,14b) configured to scramble each copy to obtain scrambled copies, wherein each copy is scrambled differently; and a combiner configured to combine the scrambled copies to obtain a second digital signal within which the scrambled copies are not identifiable as being related to one of the two or more copies of the at least a part of the first digital signal so that descrambling, at a receiver of the second digital signal, of the scrambled copies using a decryption key for one of the scrambled copies descrambles said one of the scrambled copies into a meaningful output and all other scrambled copies into a non-meaningful output that an error handler of the receiver discards, wherein the second digital signal comprises a packet elementary stream and the scrambled copies are respective scrambled data packets that have the same packet identifier.
Mill, in particular pendulum mill or roller mill, having a longitudinal axis X and having a separator, wherein the mill has a mill housing having an inner space, in which there is located a milling chamber in which a milling device having at least one milling tool is arranged, wherein the separator is arranged above a milling device in a separation chamber and has a separation zone, and wherein there is provided at least one drop device, which connects the separation chamber to the milling chamber, characterised in that there is arranged below the separator at least one distributor plate (40, 140) which has at least one drop opening on which the at least one drop device is arranged.
A sheathed optical waveguide, comprising a plurality of light conducting fibres which form a bundle, said bundle being surrounded by a sheathing in the form of a tube of crosslinked elastomeric material, characterized in that the inner wall of the tube has imprints of the light conducting fibres, while the light conducting fibres are not materially bonded to the elastomeric material on the inner wall of the tube nor are they embedded in the inner wall.
A display device comprising: a display panel including a display region and a pad region disposed in a periphery of the display region and including a pad portion; a circuit substrate electrically connected to the pad portion; and an anisotropic conductive film interposed between the pad portion and the circuit substrate, wherein the pad portion includes a first pad of which a lateral side and a Y axis that runs along a lengthwise direction of the display panel form a first angle greater than 0°, wherein the anisotropic conductive film includes a plurality of conductive particles, wherein the plurality of conductive particles are disposed at vertices of an imaginary quadrangle having a first diagonal line and a second diagonal line, the quadrangle being a rhombus in which two equilateral triangles are coupled, and a length of the first diagonal line is smaller than a length of the second diagonal line, wherein the second diagonal line and the Y axis form a second angle greater than 0°, wherein the first angle and the second angle are acute angles, wherein the first angle is greater than the second angle, wherein each conductive particle at each vertex is adjacent to one another such that a distance between every pair of two conductive particles closest to each other is constant. a display panel including a display region and a pad region disposed in a periphery of the display region and including a pad portion; a display region and a pad region disposed in a periphery of the display region and including a pad portion; a circuit substrate electrically connected to the pad portion; and an anisotropic conductive film interposed between the pad portion and the circuit substrate, wherein the pad portion includes a first pad of which a lateral side and a Y axis that runs along a lengthwise direction of the display panel form a first angle greater than 0°, wherein the anisotropic conductive film includes a plurality of conductive particles, wherein the plurality of conductive particles are disposed at vertices of an imaginary quadrangle having a first diagonal line and a second diagonal line, the quadrangle being a rhombus in which two equilateral triangles are coupled, and a length of the first diagonal line is smaller than a length of the second diagonal line, wherein the second diagonal line and the Y axis form a second angle greater than 0°, wherein the first angle and the second angle are acute angles, wherein the first angle is greater than the second angle, wherein each conductive particle at each vertex is adjacent to one another such that a distance between every pair of two conductive particles closest to each other is constant.
A metal-carbonaceous brush including: a carbonaceous material made of a plurality of carbonaceous particles with an average particle diameter that is not less than 300 μm and not more than 2000 μm; and a good conductive portion provided in gaps among the plurality of carbonaceous particles and made of metal that is derived from sintering a metal powder, a width of the good conductive portion being formed to be smaller than a particle diameter of the particles of the carbonaceous material, wherein a ratio of the good conductive portion to a total of the carbonaceous material and the good conductive portion is not less than 10 % by weight and not more than 70 % by weight. a carbonaceous material made of a plurality of carbonaceous particles with an average particle diameter that is not less than 300 μm and not more than 2000 μm; and a good conductive portion provided in gaps among the plurality of carbonaceous particles and made of metal that is derived from sintering a metal powder, a width of the good conductive portion being formed to be smaller than a particle diameter of the particles of the carbonaceous material, wherein a ratio of the good conductive portion to a total of the carbonaceous material and the good conductive portion is not less than 10 % by weight and not more than 70 % by weight.
Simulation chamber having two lateral walls (2, 3), a bottom wall, a top wall, an outer wall and an inner space with a back wall arranged at a distance to the outer wall and with at least one ventilator disposed between the back wall and the outer wall, wherein the back wall has ventilation openings for extracting air out of the inner space by means of the ventilator, characterized in that the back wall has at least one opening and that on these, between the back wall and the outer wall, at least one first orifice plate is abutting disposed such that the air drawn in through the ventilation openings in the back wall by the ventilator can be conducted through the opening in the inner space after passing through the orifice plate.
Picking system comprising a picking station for picking objects from storage containers into order containers by a picking person, a first conveyor track for transporting storage containers, a second conveyor track at least for transporting order containers and/or storage containers wherein the picking station is connected to the first conveyor track for transporting storage containers and to the second conveyor track at least for transporting order containers and/or storage containers and has a load receiving means which is movable between a first level and a second level, wherein on the first level a storage container is transferred from the first conveyor track to the load receiving means and on the second level a storage container is offered in a readiness position for the picking person, wherein the load receiving means comprises an automated conveying device which forms a receiving surface for a storage container and on which a storage container can be offered to the picking person in the readiness position when the load receiving means is moved onto the second level, characterized in that the first conveyor track for transporting storage containers and the second conveyor track at least for transporting order containers and/or storage containers run through the picking station and are disposed above one another and run laterally offset with respect to one another in a cross-sectional plane, so that a storage container can be transported by means of the conveying device in such a manner between the load receiving means and the second conveyor track that after a picking process the storage container is conveyed from the readiness position without transfer to a further conveying device by the load receiving means directly to the second conveyor track.
Method for producing a silicon substrate, said method comprising the following steps: - providing a silicon substrate having a planar silicon surface, - producing a porous silicon surface having a multiplicity of pores, - applying a filling material, which is to be introduced into the silicon, is introduced in nanoparticle form and has a diameter which is smaller than a diameter of the pores, - introducing the filling material into the pores, - if necessary, removing excess filling material from the silicon surface, and - heat-treating the silicon substrate, together with the filling material which has been filled into the pores, at a temperature of between 1000°C and 1400°C, in order to reclose the pores and enclose the filling material, characterized in that the filling material is introduced into the pores by generating vibrations. - providing a silicon substrate having a planar silicon surface, - producing a porous silicon surface having a multiplicity of pores, - applying a filling material, which is to be introduced into the silicon, is introduced in nanoparticle form and has a diameter which is smaller than a diameter of the pores, - introducing the filling material into the pores, - if necessary, removing excess filling material from the silicon surface, and - heat-treating the silicon substrate, together with the filling material which has been filled into the pores, at a temperature of between 1000°C and 1400°C, in order to reclose the pores and enclose the filling material,
An absorbent tampon for feminine hygiene comprising: a) a radially compressed, elongate tampon pledget having: i) a domed insertion end; ii) a withdrawal end comprising a withdrawal element; iii) a plurality of longitudinally extending grooves disposed along longitudinal surfaces of the elongate tampon pledget, at least a portion of the longitudinally extending grooves extend into the domed insertion end; and b) a fluid transport element comprising an apertured polymeric film sheet disposed over the insertion end and attached to the elongate tampon pledget through a plurality of attachment zones extending along the longitudinal surfaces thereof and further comprising: i) a plurality of distal pleats to provide elements capable of extending away from the longitudinal surfaces of the elongate tampon pledget and ii) a headspace between the domed insertion end and the apertured polymeric film sheet; wherein a distance measured along an outer surface of the elongate tampon pledget over a longitudinal axis of the domed insertion end from an end of a first attachment zone nearest the domed insertion end to an end of a second attachment zone nearest the domed insertion end on an opposite surface defines a pledget dome length (L PD); a distance measured along an inner surface of the apertured polymeric film sheet over a longitudinal axis of the domed insertion end from the end of the first attachment zone nearest the domed insertion end to the end of a second attachment zone nearest the domed insertion end on the opposite surface defines a film length (L F); and the film length is greater than the pledget dome length, wherein the headspace length (L H = L F - L PD) is at least 10 mm. a) a radially compressed, elongate tampon pledget having: i) a domed insertion end; ii) a withdrawal end comprising a withdrawal element; iii) a plurality of longitudinally extending grooves disposed along longitudinal surfaces of the elongate tampon pledget, at least a portion of the longitudinally extending grooves extend into the domed insertion end; and i) a domed insertion end; ii) a withdrawal end comprising a withdrawal element; iii) a plurality of longitudinally extending grooves disposed along longitudinal surfaces of the elongate tampon pledget, at least a portion of the longitudinally extending grooves extend into the domed insertion end; and b) a fluid transport element comprising an apertured polymeric film sheet disposed over the insertion end and attached to the elongate tampon pledget through a plurality of attachment zones extending along the longitudinal surfaces thereof and further comprising: i) a plurality of distal pleats to provide elements capable of extending away from the longitudinal surfaces of the elongate tampon pledget and ii) a headspace between the domed insertion end and the apertured polymeric film sheet; i) a plurality of distal pleats to provide elements capable of extending away from the longitudinal surfaces of the elongate tampon pledget and ii) a headspace between the domed insertion end and the apertured polymeric film sheet;
Armoured resistor with two caps, of domestic appliances, comprising: - armour having two opposite ends, one of said ends defining an axis of longitudinal extension, - a electric pin partially projecting from one of said ends and connected to said end by an annular element (5, 7) with axial symmetry comprising a through-cavity engaged by said electric pin so that the electric pin is coaxial with said axis of longitudinal extension, - a thermal fuse arranged internally in said armour and electrically connected to said electric pin, the electric pin having a portion of peripheral surface in contact with the through-cavity of said annular element (5, 7), characterized in that said portion of peripheral surface comprises knurling or toothing defining at least one component of extension parallel to said axis of longitudinal extension, said knurling or toothing ensuring a static adhesion between said electric pin and said annular element (5, 7) capable of resisting torsional stresses. - armour having two opposite ends, one of said ends defining an axis of longitudinal extension, - a electric pin partially projecting from one of said ends and connected to said end by an annular element (5, 7) with axial symmetry comprising a through-cavity engaged by said electric pin so that the electric pin is coaxial with said axis of longitudinal extension, - a thermal fuse arranged internally in said armour and electrically connected to said electric pin,
A method for forming a three-dimensional object, comprising: supplying a powder (20,120) to form a powder layer; and ejecting liquid droplets of a forming liquid onto the powder layer to bond particles of the powder layer to form a forming layer characterized in that the supplying and the ejecting form laminated forming layers by sequentially repeating forming the powder layer and ejecting the forming liquid to form a between-layers vacant space at least in a part between the two successive forming layers sequentially laminated in the laminating direction where a density of the object is to be coarser than other parts, wherein the ejecting ejects the liquid droplets such that a permeation depth of the forming liquid to at least one of the powder layers does not reach the thickness of the at least one of the powder layers to form the between-layers vacant space. supplying a powder (20,120) to form a powder layer; and ejecting liquid droplets of a forming liquid onto the powder layer to bond particles of the powder layer to form a forming layer characterized in that the supplying and the ejecting form laminated forming layers by sequentially repeating forming the powder layer and ejecting the forming liquid to form a between-layers vacant space at least in a part between the two successive forming layers sequentially laminated in the laminating direction where a density of the object is to be coarser than other parts, wherein the ejecting ejects the liquid droplets such that a permeation depth of the forming liquid to at least one of the powder layers does not reach the thickness of the at least one of the powder layers to form the between-layers vacant space.