mhurhangee/ep-ind-claims huggingface dataset:
An isolated composition of hemagglutinin from influenza virus H3N2 A/Wyoming/2003 comprising an immunogenic epitope of influenza hemagglutinin that is not immunodominant as in a wild type virus, wherein, compared to the wild type epitope of hemagglutinin of influenza virus H3N2 A/Wyoming/2003, the epitope comprises an additional glycosylation site in hemagglutinin epitope B consisting of NVT replacing SDQ, an additional glycosylation site in hemagglutinin epitope B consisting of NAS replacing QIS, an additional glycosylation site in hemagglutinin epitope C consisting of NCT replacing KCN and an additional glycosylation site in hemagglutinin epitope E consisting of NKT replacing NKK, an additional glycosylation site in hemagglutinin epitope C consisting of NCT replacing KCN, an additional glycosylation site in hemagglutinin epitope E consisting of NKT replacing NKK, and an additional glycosylation site in hemagglutinin epitope B consisting of NST replacing KYK, an additional glycosylation site in hemagglutinin epitope C consisting of NCT replacing KCN, an additional glycosylation site in hemagglutinin epitope E consisting of NKT replacing NKK, and an additional glycosylation site is present at position 159, or an additional glycosylation site in hemagglutinin epitope D consisting of NIT replacing RIT.
Multicomponent systems which consist of or comprise at least the following components: at least one water-in-oil dispersion comprising water and at least one water-soluble and/or water-dispersible, oligomeric and/or polymeric binder having at least two isocyanate-reactive functional groups in solution and/or dispersion in at least one organic solvent; at least one water-free liquid component which consists of or comprises at least one polyisocyanate; and water or at least one aqueous component which comprises at least one binder in dispersion and/or solution in water. at least one water-in-oil dispersion comprising water and at least one water-soluble and/or water-dispersible, oligomeric and/or polymeric binder having at least two isocyanate-reactive functional groups in solution and/or dispersion in at least one organic solvent; at least one water-free liquid component which consists of or comprises at least one polyisocyanate; and water or at least one aqueous component which comprises at least one binder in dispersion and/or solution in water.
Method of manufacturing a blade shell member for a wind turbine blade, the method comprising the steps of: a) providing a blade mould for the blade shell member, the blade mould comprising a moulding surface and a moulding cavity; b) arranging a number of fibre-reinforced layers on the blade moulding surface; c) applying a first primer layer on top of the number of fibre-reinforced layers, at a pre-determined spar cap region; d) providing a pre-manufactured spar cap having an upper surface, a lower surface, a first side surface, a second side surface, a first end surface and a second end surface; e) arranging the pre-manufactured spar cap on the spar cap region, such that the lower surface of the pre-manufactured spar cap contacts the first primer layer arranged on the spar cap region; f) infusing the blade moulding cavity with resin; g) curing the resin to form the blade shell member; wherein the method further comprises the step of applying a second primer layer to the upper surface of the pre-manufactured spar cap before step f). a) providing a blade mould for the blade shell member, the blade mould comprising a moulding surface and a moulding cavity; b) arranging a number of fibre-reinforced layers on the blade moulding surface; c) applying a first primer layer on top of the number of fibre-reinforced layers, at a pre-determined spar cap region; d) providing a pre-manufactured spar cap having an upper surface, a lower surface, a first side surface, a second side surface, a first end surface and a second end surface; e) arranging the pre-manufactured spar cap on the spar cap region, such that the lower surface of the pre-manufactured spar cap contacts the first primer layer arranged on the spar cap region; f) infusing the blade moulding cavity with resin; g) curing the resin to form the blade shell member;
Micromechanical sensor, comprising: - a substrate with a cavity; - an elastic membrane, which is made to extend over the cavity; - a lever element, which is made to extend over the membrane and has a first end portion and a second end portion and a middle portion, the end portions (145, 155) lying on opposite sides of the middle portion; - a first joint element, which is attached between the first end portion and the substrate; - a second joint element, which is attached between the middle portion and the membrane; - a first and a second capacitive sensor (180, 185), each capacitive sensor (180, 185) having two electrodes, of which one is attached to one of the end portions (145, 155) and the other is attached to the substrate, - so that spacings between the electrodes of different capacitive sensors (180, 185) are influenced oppositely when the lever element is pivoted as a result of a deflection of the membrane, and - an actuator for applying an actuating force between the lever element and the substrate, characterized in that a mass element is attached to the membrane and the sensor is designed for determining an acceleration. - a substrate with a cavity; - an elastic membrane, which is made to extend over the cavity; - a lever element, which is made to extend over the membrane and has a first end portion and a second end portion and a middle portion, the end portions (145, 155) lying on opposite sides of the middle portion; - a first joint element, which is attached between the first end portion and the substrate; - a second joint element, which is attached between the middle portion and the membrane; - a first and a second capacitive sensor (180, 185), each capacitive sensor (180, 185) having two electrodes, of which one is attached to one of the end portions (145, 155) and the other is attached to the substrate, - so that spacings between the electrodes of different capacitive sensors (180, 185) are influenced oppositely when the lever element is pivoted as a result of a deflection of the membrane, and - an actuator for applying an actuating force between the lever element and the substrate,
A resin composition for an acoustic matching layer, comprising: a binder including a resin; and metal particles, characterized in that the metal particles have a monodispersity of 40% to 80%, wherein the monodispersity is calculated by equation: monodispersity % = standard deviation of particle sizes of metal particles / average particle size of metal particles × 100. a binder including a resin; and metal particles, characterized in that the metal particles have a monodispersity of 40% to 80%, wherein the monodispersity is calculated by equation: monodispersity % = standard deviation of particle sizes of metal particles / average particle size of metal particles × 100.
A compound of formula VIII wherein R 1, R 2 and R 3 are, independently at each occurrence, a C 1 -C 20 aliphatic radical, a C 3 -C 20 aromatic radical, or a C 3 -C 20 cycloaliphatic radical; a and d are, independently at each occurrence, an integer ranging from 0-4; b is, independently at each occurrence, an integer ranging from 0-3; Ar 1 is independently at each occurrence a direct bond or heteroaryl, aryl, or alkyl or cycloalkyl; c is 0, 1 or 2; and n is an integer ranging from 2-4; wherein the term "aliphatic radical" refers to an organic radical having a valence of at least one consisting of a linear or branched array of atoms which is not cyclic and comprising at least one carbon atom; wherein the term "cycloaliphatic radical" refers to a radical having a valence of at least one, and comprising an array of atoms which is cyclic but which is not aromatic; wherein the term "aromatic radical" refers to an array of atoms having a valence of at least one comprising at least one aromatic group; wherein the term "aryl" refers to an aromatic substituent which may be a single aromatic ring or multiple aromatic rings which are fused together, linked covalently, or linked to a common group such as an ether, methylene or ethylene moiety; wherein the term "heteroaryl" refers to aromatic or unsaturated rings in which one or more carbon atoms of the aromatic ring(s) are replaced by a heteroatom(s). R 1, R 2 and R 3 are, independently at each occurrence, a C 1 -C 20 aliphatic radical, a C 3 -C 20 aromatic radical, or a C 3 -C 20 cycloaliphatic radical; a and d are, independently at each occurrence, an integer ranging from 0-4; b is, independently at each occurrence, an integer ranging from 0-3; Ar 1 is independently at each occurrence a direct bond or heteroaryl, aryl, or alkyl or cycloalkyl; c is 0, 1 or 2; and n is an integer ranging from 2-4;
A device for controlling an internal combustion engine that can be operated with liquid and gaseous fuel, with a rotational controller which outputs an output signal that is dependent on the actual rotational speed of the engine and which influences the power output of the engine, wherein the output signal of the rotational controller, which represents a measure for the overall power to be output by the engine, is fed to a divider device, which divides the measure for the overall output into a contribution for the liquid fuel and a contribution for the gaseous fuel according to a predetermined ratio and the divider device for this generates and outputs a second and third control signal (21;22), wherein the second control signal influences the liquid fuel quantity injected into the engine per unit time and the third control signal the gas fuel quantity injected into the engine per unit time and the second and the third control signal (21;22) in each case is fed to a conversion device (23;25), which based on a characteristic stored in it converts a value of the contribution of the respective type of fuel to the engine power indicated by the respective second or third control signal (21;22) into the value of a respective corrective signal (24;26), which determines the quantity of the respective type of fuel fed to the engine per unit time, characterized in that a measurement transducer is provided which outputs a power measurement signal, which represents a measure for the actual power of the engine, in that the power measurement signal is subtracted from the output signal of the rotational controller and the difference fed to a gas pressure correction controller, and in that the output signal of this gas pressure correction controller is added to a gas pressure adjusting value of the gas pressure predetermined by a first adjusting device, which leads to an increase of the gas pressure set point value that is present at a gas supply and consequently also of the gas pressure, which is admitted to an injection system.
A DC/DC voltage converter comprising: a pre-regulator including an inductive switching voltage converter, the pre-regulator having an input terminal and an output terminal; and a post-converter including a charge pump, the post-converter having a first input terminal coupled to an output terminal of the pre-regulator and a second input terminal coupled to the input terminal of the pre- regulator, the charge pump having a capacitor, the first input terminal of the post-converter being coupled to a first terminal of the capacitor through a first switch, the second input terminal of the post- converter being coupled to a second terminal of the capacitor through a second switch, the first terminal of the capacitor being coupled through a third switch to an output terminal of the converter, and the second terminal of the capacitor being coupled through a fourth switch to ground. a pre-regulator including an inductive switching voltage converter, the pre-regulator having an input terminal and an output terminal; and a post-converter including a charge pump, the post-converter having a first input terminal coupled to an output terminal of the pre-regulator and a second input terminal coupled to the input terminal of the pre- regulator, the charge pump having a capacitor, the first input terminal of the post-converter being coupled to a first terminal of the capacitor through a first switch, the second input terminal of the post- converter being coupled to a second terminal of the capacitor through a second switch, the first terminal of the capacitor being coupled through a third switch to an output terminal of the converter, and the second terminal of the capacitor being coupled through a fourth switch to ground.
A method comprising: initially calibrating or re-calibrating an analytical instrument at a time T 0 and at substantially the same time measuring a physico-chemical property P 0 of one or more first ions; storing the physico-chemical property P 0 of the one or more first ions measured at the time T 0; operating the analytical instrument at a subsequent time T 1; measuring the physico-chemical property P 1 of said one or more first ions at said time T 1; comparing the physico-chemical property P 1 measured at time T 1 with the stored physico-chemical property P 0 measured at time T 0 to determine the difference between the physico-chemical property P 1 of said one or more first ions as measured at said time T 1 and said physico-chemical property P 0 of said one or more first ions as measured at said time T 0; and: adjusting the determined physico-chemical property of ions by or based upon the difference between the physico-chemical property P 1 of said one or more first ions as measured at said time T 1 and said physico-chemical property P 0 of said one or more first ions as measured at said time T 0. initially calibrating or re-calibrating an analytical instrument at a time T 0 and at substantially the same time measuring a physico-chemical property P 0 of one or more first ions; storing the physico-chemical property P 0 of the one or more first ions measured at the time T 0; operating the analytical instrument at a subsequent time T 1; measuring the physico-chemical property P 1 of said one or more first ions at said time T 1; comparing the physico-chemical property P 1 measured at time T 1 with the stored physico-chemical property P 0 measured at time T 0 to determine the difference between the physico-chemical property P 1 of said one or more first ions as measured at said time T 1 and said physico-chemical property P 0 of said one or more first ions as measured at said time T 0; and: adjusting the determined physico-chemical property of ions by or based upon the difference between the physico-chemical property P 1 of said one or more first ions as measured at said time T 1 and said physico-chemical property P 0 of said one or more first ions as measured at said time T 0.
Operating circuit for at least one LED that is supplied with a DC voltage or rectified AC voltage and provides a supply voltage for at least one LED by means of a coil and a first switch clocked by a control unit, wherein with the first switch being switched on an energy is stored temporarily in the coil that discharges with the first switch being switched off via a diode and via at least one LED, the control unit actuates the first switch with a dimming signal, wherein the dimming signal is generated by a linking of a low-frequency signal and a high-frequency signal, characterized in that the operating circuit is equipped in such a way that a pulse width (TON*LF) of the low-frequency signal that defines a width of a pulse packet of the high-frequency signal is selected as integer multiple of the cycle duration (T_HF) of the high-frequency signal.
Arrangement comprising: a rotary actuator; an electronic pixel matrix display comprising a transparent outer layer; wherein the rotary actuator comprises an actuation part and rotary position detection means, wherein the actuation part is mounted to be rotatably movable about an axis of rotation along a direction of rotation by means of bearing means (5, 12) and the rotary actuator is arranged on the transparent layer; and wherein, further, the rotary actuator comprises a light guide (8, 8'), the latter being embodied to guide light of a plurality of pixels (10, 10') of the pixel matrix display from a light entry surface (8a, 8a') of the light guide (8, 8') to a light exit surface (8b, 8b') of the light guide (8, 8') in the direction of or in a luminous surface (7, 7') of the rotary actuator or the actuation part, characterized in that the light guide (8, 8') is embodied in such a way that the light of the plurality of pixels (10, 10') is captured by way of a plurality of light entry surfaces (8a, 8a') which face the pixels (10, 10') and extend in accordance with the arrangement of the pixels (10, 10') and said light is focussed on a light exit surface (8b, 8b') that is reduced in size in relation to an overall extent of the light entry surfaces (8a, 8a'). a rotary actuator; an electronic pixel matrix display comprising a transparent outer layer; wherein the rotary actuator comprises an actuation part and rotary position detection means, wherein the actuation part is mounted to be rotatably movable about an axis of rotation along a direction of rotation by means of bearing means (5, 12) and the rotary actuator is arranged on the transparent layer; and wherein, further, the rotary actuator comprises a light guide (8, 8'), the latter being embodied to guide light of a plurality of pixels (10, 10') of the pixel matrix display from a light entry surface (8a, 8a') of the light guide (8, 8') to a light exit surface (8b, 8b') of the light guide (8, 8') in the direction of or in a luminous surface (7, 7') of the rotary actuator or the actuation part, characterized in that the light guide (8, 8') is embodied in such a way that the light of the plurality of pixels (10, 10') is captured by way of a plurality of light entry surfaces (8a, 8a') which face the pixels (10, 10') and extend in accordance with the arrangement of the pixels (10, 10') and said light is focussed on a light exit surface (8b, 8b') that is reduced in size in relation to an overall extent of the light entry surfaces (8a, 8a').
A liquid adhesive concentrate, containing carboxymethyl cellulose, starch, starch derivatives or mixtures thereof, at least one stabilizer and at least one Ca compound in a water-miscible or water-emulsifiable organic solvent, characterized in that it contains 10 to 90 wt.% of the solvent, 5 to 50 wt.% carboxymethyl cellulose, starch, starch derivatives or mixtures thereof, 0.1 to 10 wt.% of the at least one stabilizer, 1 to 30 wt.% of the at least one Ca compound, 0 to 2 wt.% of at least one preservative, 0 to 2 wt.% of at least one defoamer and 0 to 50 wt.% water that can contain aqueous dispersion-forming polymers, based on the concentrate in each case, the sum of all the ingredients of the concentrate being 100 wt.%.
A tread for a tire having a contact face intended to come into contact with ground during rolling, the tread comprising a plurality of repeating design units successively placed in circumferential orientation, each the plurality of repeating design units comprising at least one principal groove opening to the contact face, the at least one principal groove comprising two opposed wall surfaces (31, 32) being connected by bottom surface, at least four repeating design units comprising a wear indicating mean in the principal groove provided as to decrease a depth of the principal groove at least partly, the principal groove in the repeating design units without the wear indicating mean being provided with a texture at least partly on the two opposed wall surfaces (31, 32) and/or the bottom surface, the texture comprising a plurality of elements that protrude from and/or are recessed into two opposed wall surfaces (31, 32) and/or the bottom surface, the principal groove in the repeating design units containing the wear indicating mean having a region around the wear indicating mean devoid of the texture, the tread being characterized in that the plurality of repeating design units have at least two different circumferential lengths Lp, in that the texture comprises the plurality of elements that protrude from two opposed wall surfaces (31, 32) and/or the bottom surface, and in that a volume of the texture in one repeating design unit divided by the circumferential length Lp of the repeating design unit is from 85 to 115% of a volume of the wear indicating mean divided by the circumferential length Lp of the repeating design unit. each the plurality of repeating design units comprising at least one principal groove opening to the contact face, the at least one principal groove comprising two opposed wall surfaces (31, 32) being connected by bottom surface, at least four repeating design units comprising a wear indicating mean in the principal groove provided as to decrease a depth of the principal groove at least partly, the principal groove in the repeating design units without the wear indicating mean being provided with a texture at least partly on the two opposed wall surfaces (31, 32) and/or the bottom surface, the texture comprising a plurality of elements that protrude from and/or are recessed into two opposed wall surfaces (31, 32) and/or the bottom surface, the principal groove in the repeating design units containing the wear indicating mean having a region around the wear indicating mean devoid of the texture, the tread being characterized in that the plurality of repeating design units have at least two different circumferential lengths Lp, in that the texture comprises the plurality of elements that protrude from two opposed wall surfaces (31, 32) and/or the bottom surface, and in that a volume of the texture in one repeating design unit divided by the circumferential length Lp of the repeating design unit is from 85 to 115% of a volume of the wear indicating mean divided by the circumferential length Lp of the repeating design unit.
A method of performing channel status information feedback using a hierarchical codebook, comprising: generating a hierarchical codebook; configuring the generated hierarchical codebook to a transmitting end and a receiving end, respectively; and feeding back the channel status information from the receiving end to the transmitting end based on the hierarchical codebook, wherein the step of generating a hierarchical codebook further comprises the following steps: i) dividing each level of codeword in a to-be-generated codebook into a plurality of segments based on a basic codebook; ii) generating each level of codeword in a first stage, wherein the each level of codeword is selected from the basic codebook; and iii) generating each level of codeword in other stages, wherein the each level of codeword is selected from a pre-provided training sample matrix. generating a hierarchical codebook; configuring the generated hierarchical codebook to a transmitting end and a receiving end, respectively; and i) dividing each level of codeword in a to-be-generated codebook into a plurality of segments based on a basic codebook; ii) generating each level of codeword in a first stage, wherein the each level of codeword is selected from the basic codebook; and iii) generating each level of codeword in other stages, wherein the each level of codeword is selected from a pre-provided training sample matrix.
Heater comprising a modular structure with at least one heating device, a heat-transfer element, a controller and a casing, wherein a main body receives individual modules of the modular structure, the main body has a linkage and individual modules can be fastened to the main body and the linkage contains profile rails which receive the casing in a removable manner, wherein a tubular frame is provided, which tubular frame is of self-supporting design and receives the main body and/or individual modules, and the tubular frame has holding regions and/or struts, characterized in that the tubular frame is inserted into the linkage as additional strutting.