mhurhangee/ep-ind-claims huggingface dataset:
An L-threonine-producing Escherichia coli strain in which a promoter of a phosphoenolpyruvate carboxylase (ppc) gene on the chromosome is substituted with a promoter of a cysteine synthase ( cysk) gene.
A pump assembly, comprising: a rotor having a rotor shaft portion; a stator having a bore portion defining a bore for receiving said rotor shaft portion; and a circumferential protrusion (30B-D) extending radially into said bore between said bore portion and said rotor shaft portion, wherein at least one of the protrusion (30B-D) and a corresponding surface of the rotor shaft portion or the bore portion is configured to be abraded by the other upon experiencing contact therewith; characterised in that said protrusion (30B-D) upstands from said bore portion and is unitary with said bore portion and wherein said stator defines a plurality of bores, each having at least one said protrusion (30B-D) extending radially therein. a rotor having a rotor shaft portion; a stator having a bore portion defining a bore for receiving said rotor shaft portion; and a circumferential protrusion (30B-D) extending radially into said bore between said bore portion and said rotor shaft portion, wherein at least one of the protrusion (30B-D) and a corresponding surface of the rotor shaft portion or the bore portion is configured to be abraded by the other upon experiencing contact therewith; characterised in that said protrusion (30B-D) upstands from said bore portion and is unitary with said bore portion and wherein said stator defines a plurality of bores, each having at least one said protrusion (30B-D) extending radially therein.
An optical element comprising: a first member containing fine particles of a transparent conductive material between a first transparent substrate and a second transparent substrate, wherein a layer which inhibits permeation of oxygen and which has an oxygen permeability of 2.0×10 -11 P/cm 3 ·cm·(cm 2 ·s·cmHg) -1 or less measured by a high-vacuum pressure difference method is provided at a portion of the first member between the first member and the air so that the first member is not in contact with the air. a first member containing fine particles of a transparent conductive material between a first transparent substrate and a second transparent substrate, wherein a layer which inhibits permeation of oxygen and which has an oxygen permeability of 2.0×10 -11 P/cm 3 ·cm·(cm 2 ·s·cmHg) -1 or less measured by a high-vacuum pressure difference method is provided at a portion of the first member between the first member and the air so that the first member is not in contact with the air.
An electrode material comprising carbon particles having a graphite structure, wherein a silicon and/or silicon compound-containing carbonaceous material is present on the surface of the carbon particles, and fibrous carbon present on the surface of the carbon particles by the mediation of the carbonaceous material through chemical bonding or physical adhesion, wherein the carbonaceous material is obtained through thermal treatment of a composition containing a polymer at a temperature of 2000°C or higher.
An energy storage thermal management system comprising: an energy storage compartment including a liquid coolant bath portion and a vapor portion; a plurality of energy storage cells positioned within the energy storage compartment and submerged within the liquid coolant bath portion; a compressor in communication with the vapor portion, the compressor being configured for removing vapor from the vapor portion; and a condenser in communication with the compressor, the condenser being configured to return liquid coolant to the energy storage compartment characterized by further comprising: at least one distribution manifold positioned between an adjoining pair of the plurality of energy storage cells, the at least one distribution manifold configured to allow the liquid coolant bath portion to flow through the distribution manifold towards regions of localized heat. an energy storage compartment including a liquid coolant bath portion and a vapor portion; a plurality of energy storage cells positioned within the energy storage compartment and submerged within the liquid coolant bath portion; a compressor in communication with the vapor portion, the compressor being configured for removing vapor from the vapor portion; and a condenser in communication with the compressor, the condenser being configured to return liquid coolant to the energy storage compartment characterized by further comprising: at least one distribution manifold positioned between an adjoining pair of the plurality of energy storage cells, the at least one distribution manifold configured to allow the liquid coolant bath portion to flow through the distribution manifold towards regions of localized heat. at least one distribution manifold positioned between an adjoining pair of the plurality of energy storage cells, the at least one distribution manifold configured to allow the liquid coolant bath portion to flow through the distribution manifold towards regions of localized heat.
An acoustic signal processing device for converting an input acoustic signal into output acoustic signals for a plurality of speakers in a speaker array formed by arranging the speakers for creating a virtual sound source, comprising: a focal point position determination unit configured to obtain a plurality of sets of initial focal point coordinates, coordinates of the virtual sound source, and a direction of directivity thereof, and for a pair of sets of initial focal point coordinates with different polarities among the plurality of sets of initial focal point coordinates, and to multiply the sets of initial focal point coordinates by a rotation matrix based on the coordinates of the virtual sound source to thereby determine sets of focal point coordinates, the rotation matrix being specified from the direction of the directivity; a circular harmonic coefficient conversion unit configured to calculate weights to be applied to multipoles including the sets of focal point coordinates from a circular harmonic coefficient; a filter coefficient computation unit configured to, for each of the speakers in the speaker array, compute a weighted driving function to be applied to the speaker from the sets of focal point coordinates, polarities of the sets of focal point coordinates, and the weights to be applied to the multipoles; and a convolutional operation unit configured to, for each of the speakers in the speaker array, convolve the weighted driving function for the speaker into the input acoustic signal to output the output acoustic signal for the speaker. a focal point position determination unit configured to obtain a plurality of sets of initial focal point coordinates, coordinates of the virtual sound source, and a direction of directivity thereof, and for a pair of sets of initial focal point coordinates with different polarities among the plurality of sets of initial focal point coordinates, and to multiply the sets of initial focal point coordinates by a rotation matrix based on the coordinates of the virtual sound source to thereby determine sets of focal point coordinates, the rotation matrix being specified from the direction of the directivity; a circular harmonic coefficient conversion unit configured to calculate weights to be applied to multipoles including the sets of focal point coordinates from a circular harmonic coefficient; a filter coefficient computation unit configured to, for each of the speakers in the speaker array, compute a weighted driving function to be applied to the speaker from the sets of focal point coordinates, polarities of the sets of focal point coordinates, and the weights to be applied to the multipoles; and a convolutional operation unit configured to, for each of the speakers in the speaker array, convolve the weighted driving function for the speaker into the input acoustic signal to output the output acoustic signal for the speaker.
Device for distributing a lubricant flow transported by means of a gas flow, in particular an air flow, with a distributor body having a plurality of inflow bores (26, 27) extending from its one end face and along its longitudinal axis and axially parallel to each other, and outflow bores respectively connected to one of the inflow bores and which open on a circumferential surface of the distributor body, wherein the device is provided to be inserted into an opening of a machine frame, whose inner diameter is larger than the outer diameter of the distributor body, characterised in that an adapter ring slipped onto the distributor body is associated with at least one of the outflow bores for adjusting the outer diameter of the device to the inner diameter of the opening, said adapter ring having a width that covers a partial length of the distributor body, which is larger than the diameter of the outflow opening of the respectively associated outflow bore, and which has at least one passage opening through which the lubricant/gas flow emerging from its associated outflow bore enters.
Method for operating a solar thermal power plant in which steam is heated in an intermediate superheater in the water/steam circuit by a solar-thermally heated heat transfer medium to an adjustable setpoint temperature value at the exit, characterized in that in order to heat the steam to an adjusted setpoint temperature value, a mass flow of the heat transfer medium entering the intermediate superheater is regulated as a function of an ascertained enthalpy difference of the heat transfer medium between its entry and exit into and out of the intermediate superheater and an ascertained enthalpy difference of the steam between its exit and entry out of and into the intermediate superheater.
Installation for the treatment of containers, in particular PET-bottles, comprising several installation stations including at least one filling station and at least one packing station including foil- or blank-packaging material (FP, ZP) processing working components acting on the packaging material and forming packages, at least one measuring device (M1, M2) at least for determining container dimension-deviations, and a control for automatically adjusting at least one installation station depending from at least one determined container-dimension-deviation in relation to a target dimension, wherein when packing the filled containers at least working components acting on the packaging material (ZP, FP) are adjusted automatically in the packing station depending from the determined dimension-deviation of the containers and by the control, characterized in that at least one further measuring device for determining a dimension-deviation of the foil- or blank-packaging material (FP, ZP) is provided and linked with the control, and that at least working components acting in the packing station on the blank-packaging material are automatically adjusted via the control on the basis of a comparison of determined container-dimension-deviations and blank-packaging material-dimension-deviations.
A non-woven fabric made of inorganic fibers, which has a coating of at least two layers on one of both surfaces, (i) the non-woven fabric made of inorganic fibers, (ii) the first layer of the coating comprises particles, (iii) the second layer of the coating, which is applied onto the first layer, comprises particles, wherein (iv) the non-woven fabric made of inorganic fibers has a thickness of at least 0.2mm, (v) the first layer of the coating comprises particles having a particle size between 50 and 100μm, (vi) the second layer of the coating comprises particles, more than 90% of the particles having a particle size of less than 20 μm, and (vii) at least the first coating was applied by means of forceless application methods and the particles of the coating penetrate only partially into the non-woven fabric. (i) the non-woven fabric made of inorganic fibers, (ii) the first layer of the coating comprises particles, (iii) the second layer of the coating, which is applied onto the first layer, comprises particles, (iv) the non-woven fabric made of inorganic fibers has a thickness of at least 0.2mm, (v) the first layer of the coating comprises particles having a particle size between 50 and 100μm, (vi) the second layer of the coating comprises particles, more than 90% of the particles having a particle size of less than 20 μm, and (vii) at least the first coating was applied by means of forceless application methods and the particles of the coating penetrate only partially into the non-woven fabric.
Seal comprising a sealing ring composed of a seal material and at least one shielding ring (2, 3, 8) composed of a soft-magnetic material for shielding electromagnetic interference waves, comprising, in addition to the sealing ring and the at least one shielding ring (2, 3, 8), a potential equalization ring composed of an electrically conductive material, wherein the at least one shielding ring and the potential equalization ring form a second unit which can be preassembled.
A method of preparing a fluid-tight subterranean fluid storage, the method comprising: boring a borehole in a rock mass; inserting a fluid-tight pipe longitudinally into the borehole, the pipe comprising a lateral wall of a rigid material in the form of a right circular cylindrical shell having an outer diameter which is smaller than a diameter of the borehole, a bottom end cap fastened to a bottom end of the lateral wall, and a top end cap fastened to a top end of the lateral wall; and via piping through the top end cap, pressurizing the fluid-tight pipe to a pressure above a predetermined threshold dependent on an upper yield point, R eH, of the rigid material, whereby the lateral wall is plastically deformed until it is pressed against an inner surface of the borehole along a longitudinal extent of the lateral wall, forming a fluid-tight lining of the borehole; wherein the lining together with the bottom end cap and the top end cap form the fluid-tight subterranean fluid storage in the borehole. boring a borehole in a rock mass; inserting a fluid-tight pipe longitudinally into the borehole, the pipe comprising a lateral wall of a rigid material in the form of a right circular cylindrical shell having an outer diameter which is smaller than a diameter of the borehole, a bottom end cap fastened to a bottom end of the lateral wall, and a top end cap fastened to a top end of the lateral wall; and via piping through the top end cap, pressurizing the fluid-tight pipe to a pressure above a predetermined threshold dependent on an upper yield point, R eH, of the rigid material, whereby the lateral wall is plastically deformed until it is pressed against an inner surface of the borehole along a longitudinal extent of the lateral wall, forming a fluid-tight lining of the borehole; wherein the lining together with the bottom end cap and the top end cap form the fluid-tight subterranean fluid storage in the borehole.
A device for treating a liquid, comprising - a chamber, and - a substantially disk-shaped cavitation element arranged within the chamber, characterized in the cavitation element having oblong passage openings with rounded inner walls, the inner walls of the passage openings - viewed in a cutting plane (AA, BB, CC, DD) extending along the respective passage opening from the top to the bottom side of the cavitation element - comprising curved profiles and aside from the edges (46, 48) having no edges or corners. - a chamber, and - a substantially disk-shaped cavitation element arranged within the chamber, characterized in
Motor vehicle latch comprising a latch housing; a latch plate; a control means (3, 4) that is movably, in particular pivotally at least in regions, accommodated in the latch housing and/or on the latch plate, it being possible for the control means (3, 4) to be positioned in at least two different positions (L1, L2); a spring element (5, 6), the spring element (5, 6) interacting with the control means (3, 4) in such a way that the spring element (5, 6) holds the control means (3, 4) in the relevant position (L1, L2); a further component; the spring element (5, 6) being attached to the control means (3, 4) in such a way that the control means (3, 4) can be moved together with the spring element (5, 6); the spring element (5, 6) having at least one free end (17, 18); the spring element (5, 6) having at least one attached end; and the free end (17, 18) interacting with the further component, characterized in that the control means (3, 4) is made of plastics material and the spring element (5, 6) has openings that correspond to elevations, in particular cylindrical pins (11, 15) of the control means (3, 4).
1,2-dilinoleoyl-sn-glycero-3-phosphocholine (DLPC) and 1-palmitoyl-2-oleoyl-sn-glycero-3-phosphocholine (POPC) for combination use in a method of improving cognitive function.
Baby carrying device in the form of a shell, consisting of a base part, side walls (3a, 3b) and end walls (4a, 4b), in which a seat element and a backrest element are integrated, of which at least one is mounted to be adjustable in angle of inclination, and with a carrying yoke pivotably mounted at the side walls (3a, 3b) substantially on the centre-of-gravity axis of the baby carrying device and lockable at least in the perpendicular carrying setting wherein the seat element or backrest element adjustable in angle of inclination is mounted by the outer upper end thereof at the associated end wall to be pivotably movable about an axis extending transversely to the longitudinal axis of the baby carrying device, characterised in that the other, inner, lower end of the seat element or backrest element is operatively connected with laterally outwardly projecting bearing pins in gate guides of respectively manually actuable lifting devices pivotably mounted at the side walls (3a, 3b), by means of which the pivotably mounted element (5, 6) is adjustable in height from a lowered seating position into a lying position.
A multiphase, phosphate-free dishwashing detergent, in particular an automatic dishwashing detergent, which in one phase contains at least one enzyme, characterized in that the enzyme-containing phase further contains a mixture of sodium citrate dihydrate and sodium citrate anhydrate in a weight ratio of from 1:5 to 5:1.
Eyeglasses with audio playback function, comprising: a front body adapted to retain at least one lens and comprising a first lateral end and a second lateral end to which respectively a first temple and a second temple for fixing the eyeglasses to the head of the user are connected; a plurality of electronic components (51a, 51b, 52a, 52b, 53a, 53b), which include at least one audio driver (53a, 53b) and at least one wireless transmission and/or reception means (52a, 52b) said at least one wireless transmission and/or reception means allowing at least communication between said two temples (40a, 40b); said eyeglasses being configurable at least in an open condition, which allows the eyeglasses to be worn by the user and in which the first temple and the second temple are arranged substantially parallel to each other and at right angles to the front body, said electronic components (51a, 51b, 52a, 52b, 53a, 53b) being accommodated exclusively inside said two temples (40a, 40b), characterized in that they comprise furthermore a computer system which manages the work of the electronic components (51a, 51b, 52a, 52b, 53a, 53b) so that the energy consumption of the two temples (40a, 40b) is substantially equivalent. a front body adapted to retain at least one lens and comprising a first lateral end and a second lateral end to which respectively a first temple and a second temple for fixing the eyeglasses to the head of the user are connected; a plurality of electronic components (51a, 51b, 52a, 52b, 53a, 53b), which include at least one audio driver (53a, 53b) and at least one wireless transmission and/or reception means (52a, 52b) said at least one wireless transmission and/or reception means allowing at least communication between said two temples (40a, 40b); said eyeglasses being configurable at least in an open condition, which allows the eyeglasses to be worn by the user and in which the first temple and the second temple are arranged substantially parallel to each other and at right angles to the front body, said electronic components (51a, 51b, 52a, 52b, 53a, 53b) being accommodated exclusively inside said two temples (40a, 40b), characterized in that they comprise furthermore a computer system which manages the work of the electronic components (51a, 51b, 52a, 52b, 53a, 53b) so that the energy consumption of the two temples (40a, 40b) is substantially equivalent.
A method of configuring a closed-loop control system, the control system comprising a controller and a converter, the controller configured to provide an actuator signal to the converter, the controller configured to receive a reference signal ( r) and a feedback signal ( y), the feedback signal ( y) derived from a state ( x) of the converter, wherein an AC side of the converter is operatively connected to a multi-phase AC network, the method comprising the steps of: measuring a plurality of AC phase voltages ( V a-pcc, V b-pcc, V c-pcc) at the AC side of the converter; obtaining a phase advance value equal to the difference between a plurality of fundamental frequency components ( V a-fund, V b-fund, V c-fund) of the AC network phase voltages of the AC network and a plurality of phase-advanced AC network phase voltages ( V a-adv, V b-adv, V c-adv) of the AC network; obtaining a plurality of phase-advanced AC phase voltages V a − adv ∗ V b − adv ∗ V c − adv ∗ by combining the phase advance value with the plurality of measured AC phase voltages ( V a-sec, V b-sec, V c-sec); obtaining a modified actuator signal by combining the plurality of phase-advanced AC phase voltages V a − adv ∗ V b − adv ∗ V c − adv ∗ with the actuator signal; providing the modified actuator signal to the converter, wherein each of the AC phase voltages and AC network phase voltages ( V a-sec, V b-sec, V c-sec, V a − adv ∗, V b − adv ∗, V c − adv ∗, V a-adv, V b-adv, V c-adv, V a-fund, V b-fund, V c-fund) is represented in the a-b-c stationary reference frame. measuring a plurality of AC phase voltages ( V a-pcc, V b-pcc, V c-pcc) at the AC side of the converter; obtaining a phase advance value equal to the difference between a plurality of fundamental frequency components ( V a-fund, V b-fund, V c-fund) of the AC network phase voltages of the AC network and a plurality of phase-advanced AC network phase voltages ( V a-adv, V b-adv, V c-adv) of the AC network; obtaining a plurality of phase-advanced AC phase voltages V a − adv ∗ V b − adv ∗ V c − adv ∗ by combining the phase advance value with the plurality of measured AC phase voltages ( V a-sec, V b-sec, V c-sec); obtaining a modified actuator signal by combining the plurality of phase-advanced AC phase voltages V a − adv ∗ V b − adv ∗ V c − adv ∗ with the actuator signal; providing the modified actuator signal to the converter, wherein each of the AC phase voltages and AC network phase voltages ( V a-sec, V b-sec, V c-sec, V a − adv ∗, V b − adv ∗, V c − adv ∗, V a-adv, V b-adv, V c-adv, V a-fund, V b-fund, V c-fund) is represented in the a-b-c stationary reference frame.