mhurhangee/ep-ind-claims huggingface dataset:
Actuating device, in particular for a steering system, preferably a rear-axle steering system, having a spindle nut which comprises an internal or nut thread and an internal tooth system and has a nut longitudinal axis (m), a spindle with a spindle axis (s) and with an external or spindle thread and an external tooth system, wherein the diameter of the spindle thread is smaller than the diameter of the nut thread, wherein the spindle axis (s) is arranged in an axially parallel offset manner in relation to the nut longitudinal axis (m) by the magnitude of an eccentricity (e), wherein the spindle thread, by way of a portion of its circumference, engages with the nut thread, wherein the spindle thread and the nut thread (3a, 4a) have a thread transmission ratio (i g), and wherein the spindle nut can be driven in the rotation direction about the nut longitudinal axis (m) and the spindle axis (s), so that the spindle can be displaced along its spindle axis (s), characterized in that the external tooth system engages with the internal tooth system and the external and the internal tooth systems (3b, 4b) have a gear transmission ratio (i z), and in that the thread transmission ratio (i g) and the gear transmission ratio (i z) are the same, wherein the internal and the external tooth systems are designed as straight tooth systems (3b, 4b).
An ink composition, comprising: a carrier liquid, a resin, a colorant, and a co-resin polymer, wherein the co-resin polymer is selected from: an ethylene acrylic acid co-polymer, wherein the ethylene acrylic acid co-polymer includes co-polymers having a melt viscosity of about 20,000 to 40,000 cps at about 60 °C, and wherein the ethylene acrylic acid co-polymer includes co-polymers having an acid number of about 150 to 250 mg KOH /gr.
A Salmonella pathogen detection method characterized in that; a. Sample preparation and pre-enrichment, completed in no more than 4 hours, b. Separation of dead/live bacteria, by the application of DNAse I 25U, at 37°C for 30 min; and propidium monoazide 5-50μM, in the dark, at 25°C for 7 min, in no particular order, c. DNA isolation where, Proteinase K and solution A comprising 10-100 mM Tris-HCl, 10-100 mM KCl, 1-10 mM MgCl 2, pH 8.2-are applied together, d. Loop-mediated Isothermal DNA Amplification with 4 primers specifically designed for the InvA gene, e. Hybridization of amplicons with unique probes, which are hybridized in disposable cassettes, and evaluation of results with the naked eye, f. Performing of pre-enrichment, DNA isolation, DNA amplification and result display on a portable mini-heating device a. Sample preparation and pre-enrichment, completed in no more than 4 hours, b. Separation of dead/live bacteria, by the application of DNAse I 25U, at 37°C for 30 min; and propidium monoazide 5-50μM, in the dark, at 25°C for 7 min, in no particular order, c. DNA isolation where, Proteinase K and solution A comprising 10-100 mM Tris-HCl, 10-100 mM KCl, 1-10 mM MgCl 2, pH 8.2-are applied together, d. Loop-mediated Isothermal DNA Amplification with 4 primers specifically designed for the InvA gene, e. Hybridization of amplicons with unique probes, which are hybridized in disposable cassettes, and evaluation of results with the naked eye, f. Performing of pre-enrichment, DNA isolation, DNA amplification and result display on a portable mini-heating device
A battery, comprising: a positive electrode containing a metal compound selected from at least one of NaCrO 2, TiS 2, and FeF 3; a negative electrode mainly composed of sodium; and an electrolyte provided between said positive electrode and said negative electrode, said electrolyte being molten salt containing anions expressed with chemical formula below and cations of metal, in said chemical formula, R 1 and R 2 both representing fluorine atom, or R 1 representing fluorine atom and R 2 representing fluoroalkyl group, and said cations of metal containing at least one of at least one type of cations of alkali metal and at least one type of cations of alkaline-earth metal. a positive electrode containing a metal compound selected from at least one of NaCrO 2, TiS 2, and FeF 3; a negative electrode mainly composed of sodium; and an electrolyte provided between said positive electrode and said negative electrode, said electrolyte being molten salt containing anions expressed with chemical formula below and cations of metal, in said chemical formula, R 1 and R 2 both representing fluorine atom, or R 1 representing fluorine atom and R 2 representing fluoroalkyl group, and said cations of metal containing at least one of at least one type of cations of alkali metal and at least one type of cations of alkaline-earth metal.
Household device having at least one control unit which emits light in at least one operational process, wherein the control unit has at least one fluorescent sub-area and at least one rotatably mounted control means which comprises a light source, wherein the control means has at least one insert which during at least one operational process is arranged in a beam path of the light source, characterised in that the light source has an average direction of radiation which runs obliquely to the nearest radial direction of the control means, wherein the insert allows the beam path to pass essentially unchanged during the operational process.
A spar for an airfoil of a gas turbine engine, the spar comprising: an elongated support member configured to support a coversheet, the elongated support member positioned on an outer surface of the spar, wherein an end of the elongated support member is positioned at a leading edge of the spar where a suction side and a pressure side of the spar meet, wherein the elongated support member extends along the outer surface of the spar away from the leading edge of the spar, wherein the end of the elongated support member includes a protrusion that defines an undercut in a portion of the end of the elongated support member between the surface of the spar and outer surface of the support member, wherein the outer surface of the elongated support member is configured to receive the coversheet.
A process for making paper or paperboard comprising: forming a cellulosic suspension; flocculating the cellulosic suspension by the addition of a flocculating system comprising a siliceous material, and an organic, water-soluble, and cationic water-in-water or dispersion micropolymer composition, wherein the siliceous material and the organic micropolymer are added sequentially; wherein one or more shear stages is/are between the application of the flocculation system of the micropolymer and the siliceous material, draining the cellulosic suspension on a screen to form a sheet; and drying the sheet. forming a cellulosic suspension; flocculating the cellulosic suspension by the addition of a flocculating system comprising a siliceous material, and an organic, water-soluble, and cationic water-in-water or dispersion micropolymer composition, wherein the siliceous material and the organic micropolymer are added sequentially; wherein one or more shear stages is/are between the application of the flocculation system of the micropolymer and the siliceous material, a siliceous material, and an organic, water-soluble, and cationic water-in-water or dispersion micropolymer composition, wherein the siliceous material and the organic micropolymer are added sequentially; wherein one or more shear stages is/are between the application of the flocculation system of the micropolymer and the siliceous material, draining the cellulosic suspension on a screen to form a sheet; and drying the sheet.
An oven for preparation of food, said oven comprising: a. an oven compartment; b. an air permeable preparation basket arranged in said oven compartment; c. a heat source; and d. a fan arranged to circulate hot air within said oven compartment, characterized in that the oven further comprises a receptacle (30; 300) formed to fit in said preparation basket and to receive said food, said receptacle comprising a non-stiff receptacle wall (31; 301) at least partly formed by a net structure with through holes, said receptacle preserve the food from contact with the preparation basket, and in that the preparation basket is rotatably arranged in the oven compartment and the receptacle rotating together with the preparation basket. a. an oven compartment; b. an air permeable preparation basket arranged in said oven compartment; c. a heat source; and d. a fan arranged to circulate hot air within said oven compartment,
A method for manufacturing a pellicle comprising steps of forming a SiC film on one of principal surfaces of a substrate, bonding a supporting member including a through hole to a principal surface of the SiC film on an opposite side from a principal surface on a side where the substrate exists, and removing the substrate, after bonding the supporting member, characterized in that the step for removing the substrate includes a step for completely removing the substrate by relatively moving the substrate, the SiC film and the supporting member, relative to liquid chemical capable of wet etching the substrate. forming a SiC film on one of principal surfaces of a substrate, bonding a supporting member including a through hole to a principal surface of the SiC film on an opposite side from a principal surface on a side where the substrate exists, and removing the substrate, after bonding the supporting member, characterized in that the step for removing the substrate includes a step for completely removing the substrate by relatively moving the substrate, the SiC film and the supporting member, relative to liquid chemical capable of wet etching the substrate.
An array substrate, comprising a substrate and a thin film transistor and a pixel electrode which are formed on the substrate, the thin film transistor comprising a gate electrode, a gate insulating layer, an active layer, and source and drain electrodes, and being overlaid with a passivation layer; wherein the active layer of the thin film transistor is of an oxide semiconductor; the passivation layer is a multilayered passivation layer comprising a first passivation layer, a second passivation layer, a third passivation layer, a fourth passivation layer, and a fifth passivation layer which are disposed in sequence; wherein the first passivation layer is close to the thin film transistor; wherein the first passivation layer is a first inorganic insulating layer, which comprises a silicon oxide thin film, a titanium oxide thin film, a silicon oxynitride thin film, a zirconium oxide thin film, a tantalum oxide thin film, a barium titanate thin film, or a neodymium oxide thin film; wherein the second passivation layer is a second inorganic insulating layer, which comprises, a zirconium oxynitride thin film, a tantalum oxynitride thin film, or a neodymium oxynitride thin film; wherein the third passivation layer is a third inorganic insulating layer, which comprises a silicon nitride thin film, a zirconium nitride thin film, or a tantalum nitride thin film; wherein the fourth passivation layer is a first organic insulating layer, which comprises a resin insulating thin film or an acrylic insulating thin film; and wherein the fifth passivation layer is a fourth inorganic insulating layer, which comprises a zirconium oxide thin film, a tantalum oxide thin film, a barium titanate thin film, a neodymium oxide thin film, a zirconium oxynitride thin film, a tantalum oxynitride thin film, a neodymium oxynitride thin film, a zirconium nitride thin film or a tantalum nitride thin film: and wherein the fifth passivation layer is in contact with the fourth passivation layer and the pixel electrode.
A refrigerator comprising: a cabinet comprising an outer case, an inner case disposed inside the outer case and defining a storage space, and an insulating material filled between the outer case and the inner case; a door pivotably connected to a front surface of the cabinet and selectively opening/closing a storage compartment; a shelf assembly comprising a shelf supporting arm; and a withdrawal device connected to the door and withdrawing a shelf forward in accordance with pivoting of the door for opening the storage space, characterized in that the shelf supporting arm is fixed to a rear surface of the inner case and the shelf assembly comprises the shelf connected to the shelf supporting arm so as to be slidably movable; and in that the withdrawal device comprises: a slide member held in a space between the outer case and the inner case; a link member comprising a front end portion connected to the door and a rear end portion connected to the slide member; and a connection member connecting the slide member and the shelf. a cabinet comprising an outer case, an inner case disposed inside the outer case and defining a storage space, and an insulating material filled between the outer case and the inner case; a door pivotably connected to a front surface of the cabinet and selectively opening/closing a storage compartment; a shelf assembly comprising a shelf supporting arm; and a withdrawal device connected to the door and withdrawing a shelf forward in accordance with pivoting of the door for opening the storage space, characterized in that the shelf supporting arm is fixed to a rear surface of the inner case and the shelf assembly comprises the shelf connected to the shelf supporting arm so as to be slidably movable; and in that the withdrawal device comprises: a slide member held in a space between the outer case and the inner case; a link member comprising a front end portion connected to the door and a rear end portion connected to the slide member; and a connection member connecting the slide member and the shelf. a slide member held in a space between the outer case and the inner case; a link member comprising a front end portion connected to the door and a rear end portion connected to the slide member; and a connection member connecting the slide member and the shelf.
Use of an adhesive tape for bonding optoelectronic components at least comprising a foam layer and two adhesive layers on the outside, the foam layer being disposed between the upper and lower adhesive layers, characterized in that between the layers of adhesive there is additionally a barrier film, consisting of a film part formed by a polymeric film of polyester and by a metallic layer which is applied to the film part, which has a WVTR of less than 5 g/m 2.d as measured at 37.8°C and 90% relative humidity, and a thickness of 0.5 to 120 μm.
Method for processing submerged material at the bottom of a body of water, like the bottom of the sea, by application of electric energy, wherein the method comprises providing electrodes for application of the electric energy in a process zone proximate the material for crushing the material, and displacing of fluid of the body of water away from the process zone to outside the process zone before application of the electric energy, wherein the displacing of fluid of the body of water away from the process zone comprises introducing an electrically insulating body in the process zone.
An installation device for a built-in refrigerator, used for installing the refrigerator into an installation space in a cabinet, the installation device comprising: a fixing frame, configured to be disposed on a bottom plate of the refrigerator in a front-back extension direction of the refrigerator; and at least one guide block, disposed on the fixing frame, wherein the bottom of the guide block is provided with a groove parallel to the front-back extension direction of the refrigerator, and the groove is configured to match a guide rail portion pre-installed on the ground where the installation space is located, to limit the refrigerator to move in the front-back direction, characterized in that the number of the guide blocks are more than one, the guide blocks being disposed at intervals along the fixing frame, and grooves of the plurality of guide blocks are at a same straight line parallel to the front-back extension direction of the refrigerator, wherein the plurality of guide blocks comprises: a first guide block, located at the back end of the fixing frame, wherein the back portion of the first guide block is formed with a bell mouth expanding backward from a lateral side wall of the groove, and the bell mouth is configured to be assembled with one side of the guide rail portion that faces the outside of the installation space, to guide the refrigerator onto the guide rail portion, further comprising: a plurality of pulley assemblies disposed in the intervals between the plurality of guide blocks and configured to slide along the surface of the guide rail portion to decrease frictional resistance generated when the refrigerator moves. a fixing frame, configured to be disposed on a bottom plate of the refrigerator in a front-back extension direction of the refrigerator; and at least one guide block, disposed on the fixing frame, wherein the bottom of the guide block is provided with a groove parallel to the front-back extension direction of the refrigerator, and the groove is configured to match a guide rail portion pre-installed on the ground where the installation space is located, to limit the refrigerator to move in the front-back direction, characterized in that the number of the guide blocks are more than one, the guide blocks being disposed at intervals along the fixing frame, and grooves of the plurality of guide blocks are at a same straight line parallel to the front-back extension direction of the refrigerator, wherein the plurality of guide blocks comprises: a first guide block, located at the back end of the fixing frame, wherein the back portion of the first guide block is formed with a bell mouth expanding backward from a lateral side wall of the groove, and the bell mouth is configured to be assembled with one side of the guide rail portion that faces the outside of the installation space, to guide the refrigerator onto the guide rail portion, further comprising: a plurality of pulley assemblies disposed in the intervals between the plurality of guide blocks and configured to slide along the surface of the guide rail portion to decrease frictional resistance generated when the refrigerator moves.
A method for identifying non-classical monocytes in a sample, comprising analyzing the methylation status of at least one CpG position in the mammalian genomic region according to SEQ ID No. 1, wherein a demethylation or lack of methylation of said region is indicative for a non-classical monocyte, when compared to a classical monocyte or a non-monocyte cell, and wherein said at least one CpG position is selected from the CpG positions 39 and 169 in the amplicon region according to SEQ ID No. 1.
A method for controlling optimization of vectoring performance in the transmission of data between at least two transmitters and a plurality of receivers (124 1,..., 124 N) via a plurality of communication channels (120 1,...,120 N) over a plurality of subcarrier frequencies, the method characterised by comprising: determining communication performance for said communication channels collectively in at least one of: downstream, DS, direction, by using at least one default precoding parameter, and upstream, US, direction by using default far-end crosstalk, FEXT, cancellation parameters; comparing between said communication performance and corresponding service level agreement data associated with each of said communication channels, thereby generating management control data; determining at least one of: updated precoding parameters for said DS direction, and updated FEXT cancellation parameters for said US direction, according to said management control data; and applying at least one of: said updated precoding parameters for said DS direction, and said updated FEXT cancellation parameters for said US direction. determining communication performance for said communication channels collectively in at least one of: downstream, DS, direction, by using at least one default precoding parameter, and upstream, US, direction by using default far-end crosstalk, FEXT, cancellation parameters; comparing between said communication performance and corresponding service level agreement data associated with each of said communication channels, thereby generating management control data; determining at least one of: updated precoding parameters for said DS direction, and updated FEXT cancellation parameters for said US direction, according to said management control data; and applying at least one of: said updated precoding parameters for said DS direction, and said updated FEXT cancellation parameters for said US direction.
A method for producing a lost pattern for use in foundry to obtain metallic parts and comprising a stack of layers assembled one to the other by bonding, characterized in that the lost pattern includes a cavity opening out through an opening towards the exterior of the pattern and which is defined jointly by two cavity portions belonging respectively to two successive layers (13, 14), designated respectively lower layer and upper layer in the stack, and in that the method includes the following successive steps: - a gauge is inserted in the cavity portion belonging to the lower layer before the assembling of the latter, the gauge being dimensioned to fill the majority of the entire cavity, - the lower face of the upper layer, which is intended to be assembled to the lower layer, is glued, - the upper layer is placed on the lower layer so as to complete the cavity portion of the lower layer with the cavity portion belonging to said following layer to constitute the cavity, - the gauge is withdrawn after effective bonding of the two successive layers with respect to one another (13, 14). - a gauge is inserted in the cavity portion belonging to the lower layer before the assembling of the latter, the gauge being dimensioned to fill the majority of the entire cavity, - the lower face of the upper layer, which is intended to be assembled to the lower layer, is glued, - the upper layer is placed on the lower layer so as to complete the cavity portion of the lower layer with the cavity portion belonging to said following layer to constitute the cavity, - the gauge is withdrawn after effective bonding of the two successive layers with respect to one another (13, 14).
Electromagnetically actuated valve, in particular injection valve or metering valve for a motor vehicle, having a sleeve in which a magnet core is arranged in a fixed fashion and a magnet armature which actuates a valve element is arranged in an axially movable fashion, wherein at least one elastically deformable spring element is arranged between a core end face, facing the magnet armature, of the magnet core and an armature end face, facing the magnet core, of the magnet armature, characterized in that the spring element and the end faces (11, 12) are embodied in such a way that the spring element forms, with at least one of the end faces (11, 12), at least two support points which are spaced apart from one another radially, wherein a support point of the one end face (11, 12) lies between two support points of the opposite end face (12, 11).