mhurhangee/ep-ind-claims huggingface dataset:
A cosmetic container comprising: a storage container for storing a cosmetic content therein; a pump coupled to a top of the storage container and configured to move the cosmetic content stored in the storage container upward; a pressurizing plate coupled to a top of the pump and having a discharge hole to discharge the cosmetic content moved from the pump upward; and a distribution plate disposed on a top of the pressurizing plate and distributing the cosmetic content discharged from the discharge hole outward, wherein the distribution plate comprises at least one incised piece incisedly defined from an edge toward a central area thereof, each of at least one incised piece disposed spaced apart from each other along the edge, and wherein distribution paths are defined by spaces apart from each other, the spaces disposed around the respective incised piece, and the distribution paths distribute the cosmetic content through the spaces, wherein the central area of the distribution plate is spaced apart from the pressurizing plate and the discharge hole in an upward direction, and at least a portion of the central area is convex upward, wherein the central area is configured to be pressurized by a user and to be moved downward and to come into contact with the top of the pressurizing plate. a storage container for storing a cosmetic content therein; a pump coupled to a top of the storage container and configured to move the cosmetic content stored in the storage container upward; a pressurizing plate coupled to a top of the pump and having a discharge hole to discharge the cosmetic content moved from the pump upward; and a distribution plate disposed on a top of the pressurizing plate and distributing the cosmetic content discharged from the discharge hole outward, wherein the distribution plate comprises at least one incised piece incisedly defined from an edge toward a central area thereof, each of at least one incised piece disposed spaced apart from each other along the edge, and wherein distribution paths are defined by spaces apart from each other, the spaces disposed around the respective incised piece, and the distribution paths distribute the cosmetic content through the spaces, wherein the central area of the distribution plate is spaced apart from the pressurizing plate and the discharge hole in an upward direction, and at least a portion of the central area is convex upward, wherein the central area is configured to be pressurized by a user and to be moved downward and to come into contact with the top of the pressurizing plate.
Method for continuously recording surrounding information by a mobile device with the following method steps: (a) the mobile device of a user continuously records surrounding information and sends the data to a remote server, wherein the mobile device is a mobile telephone and comprises an identification module for identification of the mobile device of the user in a mobile radio network, (b) the data are classified and/or indexed automatically depending on the content of the data and/or on metadata (M 1, M 2, M 3) that are generated from external events (e 1, e 2, e 3) in relation to the mobile device and/or by the user, (c) the classified and/or indexed data are stored in the remote server in a memory area associated to the user, (d) after the identification of the user, the classified and/or indexed data are searched in the memory area from the mobile device. (a) the mobile device of a user continuously records surrounding information and sends the data to a remote server, wherein the mobile device is a mobile telephone and comprises an identification module for identification of the mobile device of the user in a mobile radio network, (b) the data are classified and/or indexed automatically depending on the content of the data and/or on metadata (M 1, M 2, M 3) that are generated from external events (e 1, e 2, e 3) in relation to the mobile device and/or by the user, (c) the classified and/or indexed data are stored in the remote server in a memory area associated to the user, (d) after the identification of the user, the classified and/or indexed data are searched in the memory area from the mobile device.
An n-heptane production method comprising: a step of distilling a feed containing C6-, C7, and C8+ hydrocarbon components, removing the C8+ and C6- hydrocarbon components, and separating the C7 hydrocarbon component; a step of adding the separated C7 hydrocarbon component to a hydrogenation apparatus and hydrogenating the separated C7 hydrocarbon component; a step of adding the hydrogenated C7 hydrocarbon component to a simulated moving bed apparatus and separating the hydrogenated C7 hydrocarbon component into an extract containing n-heptane and a raffinate containing other components;a step of distilling the extract and separating the n-heptane in an extract column; and a step of recirculating a portion of the n-heptane separated in the extract column between a rear end of the hydrogenation apparatus and a front end of the SMB apparatus, wherein, in the recirculation step, a recirculation rate is 30% to 60%, wherein a purity of the produced n-heptane is 99.8 wt% or higher. a step of distilling a feed containing C6-, C7, and C8+ hydrocarbon components, removing the C8+ and C6- hydrocarbon components, and separating the C7 hydrocarbon component; a step of adding the separated C7 hydrocarbon component to a hydrogenation apparatus and hydrogenating the separated C7 hydrocarbon component; a step of adding the hydrogenated C7 hydrocarbon component to a simulated moving bed apparatus and separating the hydrogenated C7 hydrocarbon component into an extract containing n-heptane and a raffinate containing other components;a step of distilling the extract and separating the n-heptane in an extract column; and a step of recirculating a portion of the n-heptane separated in the extract column between a rear end of the hydrogenation apparatus and a front end of the SMB apparatus, wherein, in the recirculation step, a recirculation rate is 30% to 60%, wherein a purity of the produced n-heptane is 99.8 wt% or higher.
A method for calculating a transmission power control parameter by calculating a time average of power of amplitude of a transmission signal to calculate a reference value for control of transmission power of the transmission signal after multiplexing in a radio transmission system for multiplexing and transmitting a plurality of channel signals, characterised by comprising: an operating step of performing a calculation of the time average of power of the amplitude of the transmission signal as a product-sum operation between a transmission power-dependent term including a modulation parameter depending on the transmission power of the transmission signal and a time average term including only a modulation parameter not depending on the transmission power of the transmission signal, and in a transmitting process of the transmission signal, inputting the modulation parameter depending on the transmission power of the transmission signal to calculate the transmission power-dependent term, reading a value of the time average term including only the modulation parameter not depending on the transmission power of the transmission signal stored in advance, and performing the product-sum operation using a result of the calculation of the transmission power-dependent term and the read value of the time average term, thereby performing the time average of power of the amplitude of the transmission signal; and a preliminary calculating step of calculating in advance the value of the time average term including only the modulation parameter not dependent on the transmission power of the transmission signal, and storing the value. an operating step of performing a calculation of the time average of power of the amplitude of the transmission signal as a product-sum operation between a transmission power-dependent term including a modulation parameter depending on the transmission power of the transmission signal and a time average term including only a modulation parameter not depending on the transmission power of the transmission signal, and in a transmitting process of the transmission signal, inputting the modulation parameter depending on the transmission power of the transmission signal to calculate the transmission power-dependent term, reading a value of the time average term including only the modulation parameter not depending on the transmission power of the transmission signal stored in advance, and performing the product-sum operation using a result of the calculation of the transmission power-dependent term and the read value of the time average term, thereby performing the time average of power of the amplitude of the transmission signal; and a preliminary calculating step of calculating in advance the value of the time average term including only the modulation parameter not dependent on the transmission power of the transmission signal, and storing the value.
A cardan shaft for a tool which is connected to a motor and which is provided with a system for checking the conditions of use thereof, comprising a rotatable portion which has a rotatable shaft and one or two end cardan joints (29a, 29b), a protection which is fixed so that it does not rotate, one or more sensor members being mounted on the rotatable portion of the cardan shaft in order to transmit signals to a main electronic control unit, it being a data acquisition control unit and/or data-processing control unit, characterised in that said main electronic control unit is fixed to the fixed protection, the one or more sensor members being provided to measure data selected from the group comprising: torque transmitted by the rotatable portion of the cardan shaft, pushing/pulling on the rotatable shaft of the cardan shaft, rotation speed of the rotatable shaft of the cardan shaft, vibrations of the cardan shaft, temperature of at least one cardan joint and articulation angle.
Automotive electric motor with mechanical commutation, comprising: - a stiff coil wire with a welding portion and an end portion adjacent to the welding portion, and - a flexible braid wire with a wire end, the wire end being electrically and mechanically connected to the coil wire at the welding portion by welding, characterized in that the end portion is bended in relation to the welding portion and Is thereby bended away from the braid wire so that an end surface of the end portion of the coil wire is not facing the braid wire. - a stiff coil wire with a welding portion and an end portion adjacent to the welding portion, and - a flexible braid wire with a wire end, the wire end being electrically and mechanically connected to the coil wire at the welding portion by welding,
Machine tool, with: a machine bed supported on machine feet (3, 3a) and formed by a support structure of interconnected ribs, wherein two guide rails supporting a gantry are arranged on the upper side, on opposite outer sides of the machine bed, for moving the gantry on the machine bed, characterized in that the gantry is movable above a machine table provided between the two guide rails, and first main ribs are provided on both sides of the machine bed, whose profiles with respect to a cross-section of the machine bed begin below the guide rails and extend obliquely inwards within the machine bed towards machine feet, in order to introduce loads acting on the guide rails into the machine feet.
A pack for a cigarette group, which is surrounded by a blank of foil while a sealing block is formed, wherein a supportive element of thin cardboard or of a comparable material, specifically in the form of an internal collar, which has an internal front wall, an internal base wall, and internal side walls and which at least partially surrounds the cigarette group is disposed in the interior of the sealing block, characterized by the following features: a) the internal collar, at least in a lower region that faces the internal base wall, is configured so as to have a closed cross section, that is to say so as to be cup-shaped, b) the internal front wall of the internal collar extends essentially across the full height of the cigarettes or of the cigarette group, c) an internal rear wall connected to the internal base wall extends preferably across a part-region of the sealing block, approximately up to half the height of the sealing block, d) disposed on the internal front wall and on the internal rear wall are lateral folding flaps, that is to say internal side flaps and rear side flaps, which form internal side walls by mutual partial superimposition, e) the rear side flaps connected to the internal rear wall abut the outer side of the internal side walls. a) the internal collar, at least in a lower region that faces the internal base wall, is configured so as to have a closed cross section, that is to say so as to be cup-shaped, b) the internal front wall of the internal collar extends essentially across the full height of the cigarettes or of the cigarette group, c) an internal rear wall connected to the internal base wall extends preferably across a part-region of the sealing block, approximately up to half the height of the sealing block, d) disposed on the internal front wall and on the internal rear wall are lateral folding flaps, that is to say internal side flaps and rear side flaps, which form internal side walls by mutual partial superimposition, e) the rear side flaps connected to the internal rear wall abut the outer side of the internal side walls.
A mobile phone device, comprising: a display device adapted to switch a display state between a first display state and a second display state in which a display area is larger than a display area in the first display state; a communication unit adapted to execute a call between a first user of the mobile phone device and a second user who makes a call using another phone device; an image generation unit adapted to generate a first image indicating first information including a phone number of the another phone device based on identification information for identifying the another phone device, and further adapted to generate a second image indicating second information related to the second user including information other than the first information based on the identification information and in consideration of the content of the call when the display state of the display device is the first display state; a detection unit adapted to detect a switching operation by the first user to switch the display state of the display device from the first display state to the second display state; and a display control unit adapted to cause the display device to display the first image in a case where the display state of the display device is the first display state, and further adapted to change the display state of the display device to the second display state and to cause the display device to display the second image in a case where the switching operation is detected by the detection unit. a display device adapted to switch a display state between a first display state and a second display state in which a display area is larger than a display area in the first display state; a communication unit adapted to execute a call between a first user of the mobile phone device and a second user who makes a call using another phone device; an image generation unit adapted to generate a first image indicating first information including a phone number of the another phone device based on identification information for identifying the another phone device, and further adapted to generate a second image indicating second information related to the second user including information other than the first information based on the identification information and in consideration of the content of the call when the display state of the display device is the first display state; a detection unit adapted to detect a switching operation by the first user to switch the display state of the display device from the first display state to the second display state; and a display control unit adapted to cause the display device to display the first image in a case where the display state of the display device is the first display state, and further adapted to change the display state of the display device to the second display state and to cause the display device to display the second image in a case where the switching operation is detected by the detection unit.
A method for forming a low-k dielectric material selectively on a first area of a top surface of a substrate, comprising: a. providing the substrate comprising the top surface, the top surface comprising the first area and a second area, the first area having a hydrophilicity characterized by a water contact angle of at least 45° and the second area having a hydrophilicity characterized by a water contact angle of less than 40°, b. providing a precursor aqueous solution on the substrate, the precursor aqueous solution comprising: - a solvent, - a dielectric material precursor, - a catalyst for forming a dielectric material from the dielectric material precursor, and - an ionic surfactant, c. removing the solvent, and c'. after step c or simultaneous with step c, removing the ionic surfactant from the dielectric material, thereby forming the low-k dielectric material; wherein step b of providing the precursor aqueous solution on the substrate comprises spin coating the aqueous solution on the substrate, and wherein the low-k dielectric material comprises silica or an organosilica. a. providing the substrate comprising the top surface, the top surface comprising the first area and a second area, the first area having a hydrophilicity characterized by a water contact angle of at least 45° and the second area having a hydrophilicity characterized by a water contact angle of less than 40°, b. providing a precursor aqueous solution on the substrate, the precursor aqueous solution comprising: - a solvent, - a dielectric material precursor, - a catalyst for forming a dielectric material from the dielectric material precursor, and - an ionic surfactant, - a solvent, - a dielectric material precursor, - a catalyst for forming a dielectric material from the dielectric material precursor, and - an ionic surfactant, c. removing the solvent, and c'. after step c or simultaneous with step c, removing the ionic surfactant from the dielectric material, thereby forming the low-k dielectric material; wherein step b of providing the precursor aqueous solution on the substrate comprises spin coating the aqueous solution on the substrate, and wherein the low-k dielectric material comprises silica or an organosilica. c'. after step c or simultaneous with step c, removing the ionic surfactant from the dielectric material, thereby forming the low-k dielectric material; wherein step b of providing the precursor aqueous solution on the substrate comprises spin coating the aqueous solution on the substrate, and wherein the low-k dielectric material comprises silica or an organosilica.
A method of natural gas liquefaction comprising at least two nitrogen refrigerant streams (HS, LS) during which each of the nitrogen refrigerant streams is expanded, the expanded at least two nitrogen refrigerant streams (HS, LS) being in a heat exchanging relationship with a stream of the natural gas (10,15) and with a high pressure compressed stream in at least one or more heat exchangers, wherein a main nitrogen compressor is used comprising at least two compressor stages, a first compressor stage and a second compressor stage, the second compressor stage forming the high pressure compressed stream that enters the one or more heat exchangers in a flow parallel to the stream of the natural gas; the high pressure compressed stream is split within the one or more heat exchangers to a first entry stream for a high pressure turbo expander and a second entry stream for a low pressure turbo expander., and in each of the turbo expanders the respective entry stream is expanded forming said expanded at least two nitrogen refrigerant streams (HS; LS) that are transported through the one or more heat exchangers in a counter flow relative to the natural feed gas stream and the high pressure compressed nitrogen stream; after passing the one or more heat exchangers, the expanded nitrogen refrigerant stream from the low pressure turbo expander is then directed to the inlet of a compressor driven by the low pressure turbo expander and the expanded nitrogen refrigerant stream from the high pressure turbo expander is then directed to the inlet of a compressor driven by the high pressure turbo expander, characterized in that an outlet of the first compressor stage is coupled to an inlet of the second compressor stage in such a way that the compressor outlet stream from the compressor driven by the low pressure turbo expander after being pressurized in the first compressor stage is added to a compressor outlet stream from the compressor driven by the high pressure turbo expander before the inlet of the second compressor stage and characterized in that each of the expanded at least two nitrogen refrigerant streams is expanded to a different pressure other than for the others of the expanded at least two nitrogen refrigerant streams.
Apparatus for securing ammunition or a propellant charge in a charge space of a weapon system, comprising a base plate having a profile for guiding a means for securing the ammunition or propellant charge, the base plate having upper and lower end stops (34, 37) defining a travel path of the means for securing the ammunition or propellant charge, characterized in that the means for securing the ammunition or propellant charge is connected to a bridge such that the means for securing the ammunition or propellant charge is displaceable along the profile via the bridge.
A computer-implemented method (300a, 300b), comprising the steps of: - displaying on at least one display, a set of 3D objects; - receiving from at least one input interface a selection by a user of at least one first 3D object belonging to said set; - modifying appearance parameters of said selection; characterized by, before the modifying step: - calculating a 3D projection of said selection on said display; - obtaining the outcome of a comparison of at least one size of said 3D projection to at least one threshold; - if said outcome is negative, wherein the outcome is negative if said at least one size is lower than a minimum threshold or higher than a maximum threshold, respectively adding to or removing from said selection at least one second 3D object. - displaying on at least one display, a set of 3D objects; - receiving from at least one input interface a selection by a user of at least one first 3D object belonging to said set; - modifying appearance parameters of said selection; - calculating a 3D projection of said selection on said display; - obtaining the outcome of a comparison of at least one size of said 3D projection to at least one threshold; - if said outcome is negative, wherein the outcome is negative if said at least one size is lower than a minimum threshold or higher than a maximum threshold, respectively adding to or removing from said selection at least one second 3D object.
An interface device (50; 60) comprising a pixel array and a transparent insulating substrate, the pixels being connected to the substrate by connection elements, the contact surface area between the connection elements and the pixels being smaller than the surface area of the pixels opposite the substrate.