mhurhangee/ep-ind-claims huggingface dataset:
Method for adapting an acoustic transducer to a reference acoustic transducer, wherein the acoustic transducer comprises a first oscillation profile with a first frequency response, a second oscillation profile with a second frequency response and a trivial non-linearity inserted between the first and second oscillation profile, and wherein the acoustic transducer has its own characteristic profile, which corresponds to the frequency response, which results from the combination of the first oscillation profile, the trivial non-linearity and the second oscillation profile, comprising determining a first reference profile of the reference acoustic transducer at a low input level and a second reference profile of the reference acoustic transducer at a high input level; controlling the first and second frequency response of the acoustic transducer such that at a low input level, at which its own characteristic profile is not influenced by the trivial non-linearity, the characteristic profile corresponds to the product of the first and second frequency response; and controlling the first reference profile of the reference acoustic transducer such that at a high input level, at which its own characteristic profile is influenced by the trivial non-linearity, the difference between the characteristic profile and the second reference profile is minimized and the product of the first and second frequency response still corresponds to the first reference profile.
A method for producing hydrocarbons from a renewable oil feedstock, comprising the steps of - subjecting the feedstock to a pretreatment process, comprising a filtration step, - subjecting said pretreated feedstock to a hydrotreatment process, - obtaining hydrocarbons from said hydrotreatment process, wherein said feedstock comprises free fatty acids from 50 wt-% to 80 %-wt. of the total feedstock weight, and the rest being predominantly triglycerides. - subjecting the feedstock to a pretreatment process, comprising a filtration step, - subjecting said pretreated feedstock to a hydrotreatment process, - obtaining hydrocarbons from said hydrotreatment process,
A method of inputting text in an electronic device comprising a touch screen, the method comprising: displaying a screen including a keypad and a character input window; detecting input of a character through the keypad; displaying recommended texts including the inputted character on a candidate window; detecting a gesture of a touch input on a recommended text among the recommended texts; determining a style corresponding to the gesture; and displaying the recommended text, to which the determined style corresponding to the gesture is applied, on the character input window, wherein the displaying of the recommended text on the character input window comprises displaying the recommended text to which a style corresponding to a moving direction of the gesture is applied. displaying a screen including a keypad and a character input window; detecting input of a character through the keypad; displaying recommended texts including the inputted character on a candidate window; detecting a gesture of a touch input on a recommended text among the recommended texts; determining a style corresponding to the gesture; and displaying the recommended text, to which the determined style corresponding to the gesture is applied, on the character input window,
An eutectic material, in particular a metal-dielectric one, characterised in that, it consists of: 82.0 - 86.0 mole% of Bi 2 O 3: • constituting a dielectric matrix, • having a positive actual electric permittivity, Re(eps) > 0 for the range of electromagnetic wavelengths λ UV/Vis/NIR, and 14.0 - 18.0 mole% of Ag: • constituting metallic precipitations of size not larger than 500 nm for use in the optical range, • having a resistance of 15.87 nΩm, • having a negative actual value of electric permittivity, Re(eps) < 0 for the range of electromagnetic wavelengths λ 172 nm - 258 nm and Re(eps) < 0 for the range of electromagnetic wavelengths λ from 326 nm to 2500nm, • and of an imaginary value of electric permittivity Im(eps) for these ranges λ, respectively 1.79 - 3.6 F/m and from 0.579 F/m, proportionally increasing along with the wavelength λ. 82.0 - 86.0 mole% of Bi 2 O 3: • constituting a dielectric matrix, • having a positive actual electric permittivity, Re(eps) > 0 for the range of electromagnetic wavelengths λ UV/Vis/NIR, • constituting a dielectric matrix, • having a positive actual electric permittivity, Re(eps) > 0 for the range of electromagnetic wavelengths λ UV/Vis/NIR, and 14.0 - 18.0 mole% of Ag: • constituting metallic precipitations of size not larger than 500 nm for use in the optical range, • having a resistance of 15.87 nΩm, • having a negative actual value of electric permittivity, Re(eps) < 0 for the range of electromagnetic wavelengths λ 172 nm - 258 nm and Re(eps) < 0 for the range of electromagnetic wavelengths λ from 326 nm to 2500nm, • and of an imaginary value of electric permittivity Im(eps) for these ranges λ, respectively 1.79 - 3.6 F/m and from 0.579 F/m, proportionally increasing along with the wavelength λ. • constituting metallic precipitations of size not larger than 500 nm for use in the optical range, • having a resistance of 15.87 nΩm, • having a negative actual value of electric permittivity, Re(eps) < 0 for the range of electromagnetic wavelengths λ 172 nm - 258 nm and Re(eps) < 0 for the range of electromagnetic wavelengths λ from 326 nm to 2500nm, • and of an imaginary value of electric permittivity Im(eps) for these ranges λ, respectively 1.79 - 3.6 F/m and from 0.579 F/m, proportionally increasing along with the wavelength λ.
A coating based on diamond-like carbon which is formed on a substrate, wherein the coating is formed from a plurality of films of diamond-like carbon formed alternatingly over one another and in this respect a film in which no portion or only a much lower portion of doped fluorine is contained and a film in which fluorine or at least fluorine with a higher portion than the film arranged thereunder or thereabove are formed alternatingly over one another, and fluorine having a portion in the range of 0.5 at-% to 5 at-% is contained in films comprising fluorine or an increased portion of fluorine, characterized in that no hydrogen or only a portion of hydrogen of a maximum of 0.05 at-% as well as no further chemical element doping is contained in the films, with the exception of S with a portion below 1 at-%.
An aquatic biofiltration system arranged in a large water volume, where the system provides a habitat for tunicates, and comprises: - means (11, 18) for providing a flow of water through the habitat, carrying nutrients for the tunicates and particulates that can be captured by the tunicates and removed from the water; - at least one tunicate residence device (5, 6) with at least one attachment surface for tunicates; - a plurality of tunicates attached to the attachment surface, where the plurality of tunicates filter free-floating particulates in the water volume and expel solids in the form of at least one of the following: feces, pseudofeces and undigested matter; - a collection system (7, 8, 14, 15) adapted to collect the expelled solids from the plurality of tunicates, and comprising a collection chamber arranged below the habitat for collecting the expelled solids which sediment and are transported by gravity and water flow towards a separation and pumping device; and - means for transferring the collected expelled solids to recipients or processing infrastructure, comprising the separation and pumping device which is arranged for contributing to transferring a water flow enriched in the expelled solids into a collection tank and emitting the rest as purified water. - means (11, 18) for providing a flow of water through the habitat, carrying nutrients for the tunicates and particulates that can be captured by the tunicates and removed from the water; - at least one tunicate residence device (5, 6) with at least one attachment surface for tunicates; - a plurality of tunicates attached to the attachment surface, where the plurality of tunicates filter free-floating particulates in the water volume and expel solids in the form of at least one of the following: feces, pseudofeces and undigested matter; - a collection system (7, 8, 14, 15) adapted to collect the expelled solids from the plurality of tunicates, and comprising a collection chamber arranged below the habitat for collecting the expelled solids which sediment and are transported by gravity and water flow towards a separation and pumping device; and - means for transferring the collected expelled solids to recipients or processing infrastructure, comprising the separation and pumping device which is arranged for contributing to transferring a water flow enriched in the expelled solids into a collection tank and emitting the rest as purified water.
A light with a lightbulb, an adjustment device for setting the light distribution characteristics for the light, a presence detector and an evaluation unit connected to the presence detector and the adjustment device, wherein the evaluation unit is designed to determine the presence of a user through the presence detector, characterised in that the light comprises a remote module connected to the evaluation unit, wherein the evaluation unit is designed to establish a communication channel via the remote module in the light and a remote module in a mobile device assigned to the user, receive personal lighting parameters for the user saved in a memory on the mobile device via the communication channel, set the light according to the personal lighting parameters for the user using its adjustment device, form a network with the remote module in the light and the remote module in the mobile device, and establish the communication channel through the remote module in the light and the remote module in the mobile device in a central mode and in a peripheral mode.
Cathode-electrolyte-anode unit for an electrochemical functional device, more particularly a high-temperature fuel cell, comprising a multi-layered solid electrolyte, arranged between a porous anode and a porous cathode, the solid electrolyte being produced by a physical vapour deposition process and comprising a layered structure of at least one first layer and at least one second layer, the second layer comprising a higher oxygen content than the first layer, and the first and second layers having substantially the same composition except for oxygen.
A monoclonal antibody that inhibits TLR3-mediated signaling in a TLR3-expressing cell, wherein the antibody binds to the glycan-free lateral surface of the N-terminal portion of the TLR3 polypeptide, wherein said antibody has reduced binding by greater than 40 % to a mutant TLR3 polypeptide comprising a mutation at residues 137 and 139 of the TLR3 polypeptide of SEQ ID NO: 1, relative to binding between the antibody and a wild-type TLR3 polypeptide of SEQ ID NO: 1.
A device for examination and use of an electrical field in a magnetic gradient field, comprising a. at least one first arrangement for determining the spatial distribution of magnetic particles in at least one examination area of an object under examination, comprising a means for generating a magnetic field with such a spatial magnetic field strength profile that a first sub-zone with low magnetic field strength and a second sub-zone with higher magnetic field strength are produced in at least one examination area, a means for detecting signals which depend on the magnetization in the object under examination, especially in the examination area, influenced by a local change in the particles, together with a means for evaluating the signals to obtain information about the, especially time-variable, spatial distribution of the magnetic particles in the examination area; and b. at least one second arrangement, comprising at least one electrical transmit and/or receive unit, comprising at least one voltage generator, at least one terminal contact connected to the voltage generator and applicable and/or fastenable to the object under examination, and a ground terminal applicable and/or fastenable to the object under examination. a. at least one first arrangement for determining the spatial distribution of magnetic particles in at least one examination area of an object under examination, comprising a means for generating a magnetic field with such a spatial magnetic field strength profile that a first sub-zone with low magnetic field strength and a second sub-zone with higher magnetic field strength are produced in at least one examination area, a means for detecting signals which depend on the magnetization in the object under examination, especially in the examination area, influenced by a local change in the particles, together with a means for evaluating the signals to obtain information about the, especially time-variable, spatial distribution of the magnetic particles in the examination area; and b. at least one second arrangement, comprising at least one electrical transmit and/or receive unit, comprising at least one voltage generator, at least one terminal contact connected to the voltage generator and applicable and/or fastenable to the object under examination, and a ground terminal applicable and/or fastenable to the object under examination.
A vehicle, in particular a lorry or bus, provided with a device for issuing, in the event of the vehicle turning off, an acoustic warning signal in the direction of a warning region next to the vehicle, the device comprising - at least one sound source (9, 17) for generating an acoustic warning signal; - control means for switching on the sound source when the vehicle turns off or is about to turn off; characterized by - at least one sound director (8, 20, 22, 25, 27, 30), which is connected to the sound source, for sending the acoustic warning signal to the warning region in substantially one or more preferred directions with respect to the vehicle and attenuating the acoustic warning signal outside the warning region in the remaining directions with respect to the vehicle, and in that the sound director has at least one outlet (10, 21, 23, 24, 26, 28, 31) which is formed at a distance from the vehicle wall such that the warning signal is amplified in the aforementioned one or more preferred directions as a result of interference as a consequence of reflection against the vehicle wall. - at least one sound source (9, 17) for generating an acoustic warning signal; - control means for switching on the sound source when the vehicle turns off or is about to turn off; - at least one sound director (8, 20, 22, 25, 27, 30), which is connected to the sound source, for sending the acoustic warning signal to the warning region in substantially one or more preferred directions with respect to the vehicle and attenuating the acoustic warning signal outside the warning region in the remaining directions with respect to the vehicle, and in that
An isolated polypeptide having peroxygenase activity, selected from the group consisting of: (a) a polypeptide having at least 95%, at least 96%, at least 97%, at least 98%, at least 99%, or 100% sequence identity to the mature polypeptide of SEQ ID NO: 2, wherein the mature polypeptide is amino acids 1 to 244 of SEQ ID NO: 2; (b) a polypeptide encoded by a polynucleotide having at least 95%, at least 96%, at least 97%, at least 98%, at least 99%, or 100% sequence identity to the mature polypeptide coding sequence of SEQ ID NO: 1, wherein the mature polypeptide coding sequence is nucleotides 52 to 88, 178 to 415, 535 to 806, and 923 to1107 of SEQ ID NO: 1, or the cDNA sequence thereof; (c) a fragment of the polypeptide of (a) or (b) that has peroxygenase activity. (a) a polypeptide having at least 95%, at least 96%, at least 97%, at least 98%, at least 99%, or 100% sequence identity to the mature polypeptide of SEQ ID NO: 2, wherein the mature polypeptide is amino acids 1 to 244 of SEQ ID NO: 2; (b) a polypeptide encoded by a polynucleotide having at least 95%, at least 96%, at least 97%, at least 98%, at least 99%, or 100% sequence identity to the mature polypeptide coding sequence of SEQ ID NO: 1, wherein the mature polypeptide coding sequence is nucleotides 52 to 88, 178 to 415, 535 to 806, and 923 to1107 of SEQ ID NO: 1, or the cDNA sequence thereof; (c) a fragment of the polypeptide of (a) or (b) that has peroxygenase activity.
Inspection device for monitoring bottles or similar containers, comprising at least one lighting unit and at least one camera and a control and evaluation unit, wherein at least the lighting unit is arranged above a bottle which is to be inspected or the transport bath of a bottle which is to be inspected, wherein the lighting unit is designed as a light source circuit board, the light sources of which emit light that can be changed at least in colour to a bottle colour determined in the region of a bottle mouth, and the camera is a colour-sensitive camera, in particular an RGB camera, wherein the light sources are arranged in radially spaced light source rings, each concentric about a midpoint of the light source circuit board, and emitted light can be coupled at least partially into the interior of the bottle mouth, and wherein the lighting unit is of such a nature that rim-type switching of the light source rings can take place, characterised in that the lighting unit emits light which can be changed in its intensity.
A method for the structured storage of error entries for the users (1, 2, 3, 4, 5, 6, 7) of a data bus in a motor vehicle, wherein, if an error occurs, a function that might be influenced by the error and the members of an associated function-specific group of users (1, 2, 3, 4, 5, 6, 7) that are relevant to the diagnostic process are determined and an error entry is prepared at a first member of the function-specific group, characterised in that a diagnostic pointer referring to the first member is stored at a second member of the function-specific group, and in that a user which is not involved in the function founding the function-specific group in the current configuration of the motor vehicle and which was/is involved in the same or a similarfunction in an earlier configuration of the motor vehicle or in another motor vehicle type is assigned as member to a function-specific group.
A method for magnetic cellular manipulation, the method comprising: contacting a biological sample with a plurality of magnetic particles, the magnetic particles comprising a magnetic substance, the magnetic substance having a magnetic susceptibility greater than zero and a chargeable silicon-containing compound having a negative zeta potential charge coating at least a portion of the magnetic substrate, the magnetic particles binding to the biological sample comprising a positive zeta potential charge through an electrical charge interaction; and manipulating the bound magnetic particles with a magnetic field. contacting a biological sample with a plurality of magnetic particles, the magnetic particles comprising a magnetic substance, the magnetic substance having a magnetic susceptibility greater than zero and a chargeable silicon-containing compound having a negative zeta potential charge coating at least a portion of the magnetic substrate, the magnetic particles binding to the biological sample comprising a positive zeta potential charge through an electrical charge interaction; and manipulating the bound magnetic particles with a magnetic field.
A bending machine comprising: - an upper roller, a lower roller, a rear side roller and a front side roller, - a supporting frame to which said upper roller, lower roller, rear side roller and front side roller are mounted, wherein at least one of the upper roller and the lower roller is a motor-driven roller and wherein the rear side roller and the front side roller are displaceably mounted to the frame so as to be translatable by moving away from / close to the upper roller, wherein said upper roller, lower roller, rear side roller and front side roller are cylindrical rollers, characterized in that the upper roller is mounted vertically displaceable, so as to be translatable along a rectilinear vertical direction of translation by moving away from or close to the lower roller, and the lower roller is mounted horizontally displaceable so as to be translatable relative to the upper roller along a rectilinear horizontal direction of translation, and in that the side rollers (14, 15) translate along rectilinear or curved trajectories that are oblique relative to the rectilinear vertical direction of translation of the upper roller and to the rectilinear horizontal direction of translation of the lower roller and that are directed towards the upper roller, so that said side rollers (14, 15) can be moved away from or close to the upper roller. - an upper roller, a lower roller, a rear side roller and a front side roller, - a supporting frame to which said upper roller, lower roller, rear side roller and front side roller are mounted,
A variable system for processing, treatment and use of wastes containing a waste container to which a waste crusher is connected via a batcher, behind which a waste treatment plant for mechanical treatment, cleaning, drying, separation and agglomeration that is followed by a bio-gas station for processing and treatment of organic materials for energy recovery and subsequent use as compost, a sorter of the formed granules to respective types of plastic for their recycling, and a thermochemical unit for production of energy fuel in the form of gas, oil and carbon followed by at least one liquefied gas tank provided with a mixing equipment are located characterized in that the waste container is provided with at least one waste amount sensor and at least one other waste motion sensor, and the waste crusher is provided with a load sensor, wherein the waste amount sensor, the other waste motion sensor and the load sensor are interconnected with a control unit connected to conveyor drive controllers in the waste container, the batcher and the crusher; behind the crusher, the thermochemical unit for production of energy fuel in the form of gas, oil, carbon is present behind which at least one liquefied gas tank provided with a mixing equipment is located, wherein the crusher is a slow-running crusher with a pressure sieve to reach uniform material granulometry for further sorting and processing, and the thermochemical unit is provided with input material batching without air access, at least three heat sources interconnected with the control unit and temperature sensors in a retort.