mhurhangee/ep-ind-claims huggingface dataset:
An immunogenic polypeptide comprising an E. coli AcfD polypeptide which is a fragment or mutant of the E. coli AcfD protein and which has increased solubility as compared to the E. coli AcfD protein, wherein the immunogenic polypeptide provides at least 70% of the protection provided in a subject by the E. coli AcfD protein, and wherein the polypeptide further comprises a mutation relative to the E. coli AcfD protein selected from a deletion of all or a portion of the zincin metalloprotease domain and a point mutation in the zincin metalloprotease domain which reduces the protease activity, and wherein the polypeptide lacks all of the N-terminal amino acids up to the gly-ser region, all or a part of the N-terminal proline-rich repeat, or both.
Method for controlling a virtual generator comprising at least one renewable power source, an accumulation system comprising a power and/or energy reserve, an inverter and a control law, the virtual generator delivering to a microgrid an active P/reactive Q electrical power with a voltage V and a current I, said voltage V and current I having a frequency f, said active/reactive electrical power controlling, via droop control, the frequency f and the RMS voltage V rms of the voltage V, respectively, the method being characterized in that it comprises a control of the virtual generator via the control law for which it carries out an adjustment of the active/reactive power delivered to the microgrid, said adjustment being capable of compensating for a variation in the active/reactive power consumed by the microgrid, the accumulation system applies a DC voltage V ref to first terminals of the renewable power source so that the renewable power source delivers a power P sr, said power P sr being liable to exhibit power fluctuations, the accumulation system being controlled in order to compensate for said fluctuations.
A biocompatible material comprising: an alginate having a weight-average molecular weight of 1 million or more; an aluminum compound; a carboxyvinyl polymer; and an oil-based base material, wherein the biocompatible material is substantially free of water. an alginate having a weight-average molecular weight of 1 million or more; an aluminum compound; a carboxyvinyl polymer; and an oil-based base material, wherein the biocompatible material is substantially free of water.
Method for managing an electrical circuit of a motor vehicle, comprising: - at least one low-power component requiring a minimum operating voltage, - at least one high-power component, - a power source for the at least one low-power component and for the high-power component, the method comprising the following steps: - a voltage drop created at the terminals of the power source by the supply of power to the high-power component is calculated on the basis of the internal resistance of the power source, - the power of the high-power component is limited so that the residual voltage during the voltage drop due to the supply of power to the high-power component is greater than or equal to the minimum operating voltage of the at least one low-power component. - at least one low-power component requiring a minimum operating voltage, - at least one high-power component, - a power source for the at least one low-power component and for the high-power component, - a voltage drop created at the terminals of the power source by the supply of power to the high-power component is calculated on the basis of the internal resistance of the power source, - the power of the high-power component is limited so that the residual voltage during the voltage drop due to the supply of power to the high-power component is greater than or equal to the minimum operating voltage of the at least one low-power component.
A thermophilic microorganism having a deodorizing ability for short chain fatty acid, which belongs to Bacillus licheniformis, wherein said microorganism is the microorganism which is specified by the accession number NITE BP-998 of the Incorporated Administrative Agency National Institute of Technology and Evaluation, Patent Microorganisms Depositary (NPMD).
A method of selectively leaching a metal selected from the group consisting of nickel, copper and zinc from a solid ore or solid ore processing intermediate comprising the metal and cobalt characterized by the method including the step of contacting the solid ore or ore processing intermediate with an acidic leach solution comprising an amount of an oxidising agent sufficient to oxidise a major portion of the cobalt to thereby cause it to be stabilised in a solid phase while a major portion of the metal is selectively dissolved.
An ophthalmically acceptable solution comprising lubricin for use in a method of treating a patient suffering from a visual aberration, the method comprising the step of depositing onto the surface of one or both eyes of said patient an amount of said ophthalmically acceptable solution comprising lubricin sufficient to form a film of lubricin across the corneal surface of the eye or eyes and to alleviate said visual aberration.
A carton for packaging one or more articles, comprising: a first panel and a second panel in overlying relationship with each other so as to form a composite wall; and a handle structure formed in the composite wall, the handle structure comprising: a first end portion formed from the first panel; a grip portion (32, 36) extending from the first end portion into an access opening (A1, A2) in the composite wall; and a second end portion formed from the second panel, disposed beneath the first panel and coupled to the grip portion, wherein the grip portion is defined at least in part in the first panel and wherein the grip portion includes a first end and a second end, wherein the first end of the grip portion is severably coupled to the first panel characterised in that the second end of the grip portion is integrally so as to be continuous formed with the first panel. a first panel and a second panel in overlying relationship with each other so as to form a composite wall; and a handle structure formed in the composite wall, the handle structure comprising: a first end portion formed from the first panel; a grip portion (32, 36) extending from the first end portion into an access opening (A1, A2) in the composite wall; and a second end portion formed from the second panel, disposed beneath the first panel and coupled to the grip portion, wherein the grip portion is defined at least in part in the first panel and wherein the grip portion includes a first end and a second end, wherein the first end of the grip portion is severably coupled to the first panel characterised in that the second end of the grip portion is integrally so as to be continuous formed with the first panel. a first end portion formed from the first panel; a grip portion (32, 36) extending from the first end portion into an access opening (A1, A2) in the composite wall; and a second end portion formed from the second panel, disposed beneath the first panel and coupled to the grip portion, wherein the grip portion is defined at least in part in the first panel and wherein the grip portion includes a first end and a second end, wherein the first end of the grip portion is severably coupled to the first panel characterised in that the second end of the grip portion is integrally so as to be continuous formed with the first panel.
Air filter element arrangement having an air filter element and a functional component, wherein the air filter element features an inflow surface, an outflow surface and a filter medium, wherein the filter medium extends between the inflow surface and the outflow surface, wherein at least the outflow surface features sectionwise a return offset, wherein the functional component to be brought into correlation with the air filter element projects at least partially into a free space resulting from the return offset, wherein the functional component to be brought into correlation with the air filter element is in correlation with the return offset of the outflow surface, characterized in that the filter medium is a filter medium folded by folds, wherein the folds feature each a first folding leave and a second folding leave which adjoin each a fold edge with a folding leave edge (231, 241; 232, 242), wherein the first folding leaves of adjacent folds are substantially parallel to each other, wherein the first and second folding leaves (230, 240) extend between the inflow surface and the outflow surface, wherein the return offset features an extension along en extension direction of the fold edges and wherein the fold depth varies in a direction transverse to the extension direction of the fold edges, and that the functional component is configured as an additional filter element which projects at least partially into the free space resulting from the return offset, wherein the additional filter element features an inflow surface and an outflow surface, wherein the inflow surface of the additional filter element corresponds with the outflow surface of the air filter element.
An apparatus for amplifying power of a transmission signal in a mobile station, the apparatus comprising: an antenna; a radio frequency, RF, module for converting a signal to an RF signal based on a transmission power level; a first amplifier including a plurality of power amplifiers (A1-A6) connected in parallel, wherein an output level difference between neighboring power amplifiers among the plurality of amplifiers is the same as an amount of a power level change for controlling transmission power; a second amplifier for amplifying the controlled transmission power level of the signal transmitted from the first amplifier to a required transmission power level of a second base station; and a controller for controlling the first amplifier and the second amplifier, the controller configured to: when transmitting the signal to a first base station in a small cell, control to amplify the signal via the first amplifier, and when transmitting the signal to the second base station in a macro cell requiring a larger transmission power level than a required transmission power level of the first base station, control to amplify the signal via the first amplifier and the second amplifier, wherein each of the plurality of power amplifiers selectively operates for amplifying the signal based on the transmission power level. an antenna; a radio frequency, RF, module for converting a signal to an RF signal based on a transmission power level; a first amplifier including a plurality of power amplifiers (A1-A6) connected in parallel, wherein an output level difference between neighboring power amplifiers among the plurality of amplifiers is the same as an amount of a power level change for controlling transmission power; a second amplifier for amplifying the controlled transmission power level of the signal transmitted from the first amplifier to a required transmission power level of a second base station; and a controller for controlling the first amplifier and the second amplifier, the controller configured to: when transmitting the signal to a first base station in a small cell, control to amplify the signal via the first amplifier, and when transmitting the signal to the second base station in a macro cell requiring a larger transmission power level than a required transmission power level of the first base station, control to amplify the signal via the first amplifier and the second amplifier, wherein each of the plurality of power amplifiers selectively operates for amplifying the signal based on the transmission power level. when transmitting the signal to a first base station in a small cell, control to amplify the signal via the first amplifier, and when transmitting the signal to the second base station in a macro cell requiring a larger transmission power level than a required transmission power level of the first base station, control to amplify the signal via the first amplifier and the second amplifier, wherein each of the plurality of power amplifiers selectively operates for amplifying the signal based on the transmission power level.
A method for recovering organic fibers from a composite material comprising a polymer matrix and organic fibers, the method comprising the following steps: - providing a solution comprising a mixture of water and alcohol; - disposing the composite material inside a reactor; - placing the mixture in contact with the composite material in order to carry out a solvolysis reaction of the polymer matrix of the composite material; - recovering the organic fibers; wherein the pressure and temperature in the reactor are set so as to fall within the homogeneous subcritical region of the phase diagram, within the supercritical region, or near the critical point; and wherein the temperature is below the degradation temperature of the organic fibers. - providing a solution comprising a mixture of water and alcohol; - disposing the composite material inside a reactor; - placing the mixture in contact with the composite material in order to carry out a solvolysis reaction of the polymer matrix of the composite material; - recovering the organic fibers;
A method of inter-view residual prediction for decoding HEVC video data, the method comprising: decoding an encoded video bitstream that encodes the video data to identify a disparity motion vector and a residual block for a current video block, wherein the current video block is in a current view, and wherein the DMV is used for inter-view prediction of the current video block based on an inter-view reference video block in a reference view and in a same access unit as the current video block; identifying a temporal motion vector and associated reference picture of the inter-view reference video block; identifying a temporal reference video block in the associated reference picture in the reference view based on the TMV of the inter-view reference video block; identifying a temporal reference video block in the current view based on the TMV of the inter-view reference video block in the reference view, wherein the temporal reference video block in the current view and the temporal reference video block in the reference view are located in the same access unit; determining a residual predictor block for the current video block based on a difference between the temporal reference video block in the current view and the temporal reference video block in the reference view; and applying the residual predictor block and the residual block identified from the encoded video bitstream to the reference video block to reconstruct the current video block. decoding an encoded video bitstream that encodes the video data to identify a disparity motion vector and a residual block for a current video block, wherein the current video block is in a current view, and wherein the DMV is used for inter-view prediction of the current video block based on an inter-view reference video block in a reference view and in a same access unit as the current video block; identifying a temporal motion vector and associated reference picture of the inter-view reference video block; identifying a temporal reference video block in the associated reference picture in the reference view based on the TMV of the inter-view reference video block; identifying a temporal reference video block in the current view based on the TMV of the inter-view reference video block in the reference view, wherein the temporal reference video block in the current view and the temporal reference video block in the reference view are located in the same access unit; determining a residual predictor block for the current video block based on a difference between the temporal reference video block in the current view and the temporal reference video block in the reference view; and applying the residual predictor block and the residual block identified from the encoded video bitstream to the reference video block to reconstruct the current video block.
A computer-implemented method of facilitating a view of content related to items within media content, the method comprising: under control of one or more processors configured with computer- executable instructions: detecting, by an image capture device coupled to a user device (204; 606; 906), a body motion of a user (302; 402; 502) to determine a tagging gesture indicating a region within a media content displayed at the user device, the region including an item (310; 410; 510; 610; 910); identifying the item and determining the items is a tagged item; identifying tag-item data associated with the item indicated by the tagging gesture; automatically initiating a search to be performed using the identified tag-item data and user data, the user data including a history of items previously tagged by the user; receiving content related to the item that is based on the tag-item data and the at least one of user data and context-item data; and presenting the related content in association with the item. under control of one or more processors configured with computer- executable instructions: detecting, by an image capture device coupled to a user device (204; 606; 906), a body motion of a user (302; 402; 502) to determine a tagging gesture indicating a region within a media content displayed at the user device, the region including an item (310; 410; 510; 610; 910); identifying the item and determining the items is a tagged item; identifying tag-item data associated with the item indicated by the tagging gesture; automatically initiating a search to be performed using the identified tag-item data and user data, the user data including a history of items previously tagged by the user; receiving content related to the item that is based on the tag-item data and the at least one of user data and context-item data; and presenting the related content in association with the item.
An optoelectronic module - having several light emitting diode chips which are UV LEDs and generate UV radiation, - having at least one wavelength converter which is arranged downstream of the light-emitting diode chips in direction of emission and which at least partially converts the UV radiation into radiation in the visible wavelength range, - having a UV filter (3, 3a, 3b) which is located between the wavelength converter and one of the light-emitting diode chips, the UV filter (3, 3a, 3b) having a transmittance of at least 50 % for UV radiation and a reflectivity of at least 50 % for radiation in the visible wavelength range, - having a common visible filter for the light-emitting diode chips, which has a transmittance of at least 50 % for the radiation in the visible wavelength range and a reflectivity of at least 50 % for the UV radiation, the common visible filter being located between the wavelength converter (2, 2a) and an output coupling surface of the optoelectronic module, wherein the common visible filter is spaced apart from the wavelength converter in the direction of radiation and air or a potting compound is located between the common visible filter and the wavelength converter. - having several light emitting diode chips which are UV LEDs and generate UV radiation, - having at least one wavelength converter which is arranged downstream of the light-emitting diode chips in direction of emission and which at least partially converts the UV radiation into radiation in the visible wavelength range, - having a UV filter (3, 3a, 3b) which is located between the wavelength converter and one of the light-emitting diode chips, the UV filter (3, 3a, 3b) having a transmittance of at least 50 % for UV radiation and a reflectivity of at least 50 % for radiation in the visible wavelength range, - having a common visible filter for the light-emitting diode chips, which has a transmittance of at least 50 % for the radiation in the visible wavelength range and a reflectivity of at least 50 % for the UV radiation, the common visible filter being located between the wavelength converter (2, 2a) and an output coupling surface of the optoelectronic module,
Household appliance, in particular a dishwasher, having at least one packing element (15 to 18) disposed on a side face of the household appliance, the household appliance having at least one load-bearing structural part (1, 5, 7, 9), disposed in particular in the uncovered region of the side face, for example a treatment container or a carrying or support element, characterised in that the packing element (15 to 18) has at least one force transfer region, which has a force action surface, which is in direct contact with the load-bearing structural part (1, 5, 7, 9).
Process for slowing down the formation of deposits in water pumping systems, comprising a water pumping line and a water pump, in which a frequency generator is used to generate frequencies within the range of 100 kHz and 25 MHz, whereby these frequencies are delivered by means of at least one AC probe so that the latter takes on the function of an antenna in order to generate AC fields at the required points of the affected parts, whereby the generation of the different frequencies, which are delivered by at least one AC probe, is effected cyclically, and whereby, by means of this at least one AC probe, the areas in which such deposits have built up in the area of a filter section, the pump and/or the water pumping line of the water pumping system can be impacted by the frequencies generated by the frequency generator.
Torsional vibration damper or torsionally flexible coupling, comprising: an inner part (11; 111), an outer part (12; 112) that is arranged in ring shape around the inner part to thereby form a ring-shaped space between each other that is filled with a viscous medium, and spring elements (13; 113), which join the inner part (11; 111) and outer part (12; 112) in a torsionally flexible manner, wherein only the spring elements (13; 113) subdivide the ring-shaped space formed between the inner part and the outer part into a plurality of successive chambers in the circumferential direction of the damper or the coupling, with these chambers being filled with the viscous medium and connected to one another, characterized in that at least two groups of spring elements (13.1; 13.2) are provided, which have deflection lines (b1, b2) that differ in circumferential direction. an inner part (11; 111), an outer part (12; 112) that is arranged in ring shape around the inner part to thereby form a ring-shaped space between each other that is filled with a viscous medium, and spring elements (13; 113), which join the inner part (11; 111) and outer part (12; 112) in a torsionally flexible manner, wherein only the spring elements (13; 113) subdivide the ring-shaped space formed between the inner part and the outer part into a plurality of successive chambers in the circumferential direction of the damper or the coupling, with these chambers being filled with the viscous medium and connected to one another, characterized in that at least two groups of spring elements (13.1; 13.2) are provided, which have deflection lines (b1, b2) that differ in circumferential direction.
A method of manufacturing a garnet type crystal represented by (Tb 3-x-y R x Bi y)Al 5 O 12, wherein R is one or more elements selected from Y or a lanthanoid selected from La Ce, Pr, Nd, Pm, Sm, Eu, Gd, Tb, Dy, Ho, Er, Tm, Yb, or Lu, and wherein 3-x-y > 0, 0 ≤ x, and 0 ≤ y, wherein the method comprises bringing a raw material solution into contact with a substrate formed of a Dy 3 Al 5 O 12 crystal and performing liquid phase epitaxial growth.