mhurhangee/ep-ind-claims huggingface dataset:
An engineered fungal strain, capable of producing an increased level of a protein of interest as compared to a parental strain, wherein the engineered fungal strain comprises and expresses a variant histidine kinase gene, wherein the variant histidine kinase gene encodes a polypeptide comprising an amino acid sequence comprising a mutation at position 786 of SEQ ID NO: 43, and has at least 60% identity to SEQ ID NO: 43, and wherein said parental strain does not comprise or express said variant histidine kinase gene. wherein the engineered fungal strain comprises and expresses a variant histidine kinase gene, wherein the variant histidine kinase gene encodes a polypeptide comprising an amino acid sequence comprising a mutation at position 786 of SEQ ID NO: 43, and has at least 60% identity to SEQ ID NO: 43, and wherein said parental strain does not comprise or express said variant histidine kinase gene.
A suspended ceiling system, the system comprising: a grid system having first members and second members, the second members being arranged and disposed substantially perpendicular to the first members, at least one substrate which extends below the grid system, the at least one substrate having an exposed surface and a concealed surface, the at least one substrate having first sides and second sides which extend between the exposed surface and the concealed surface, securing members attached to the concealed surface proximate the first sides, the securing members having grid engagement members which secure the at least one substrate to the grid system, characterized in that each of the securing members cooperates with the first members and the second members of the grid system to properly position the substrate and control of the spacing between adjacent ones of the at least one substrate. a grid system having first members and second members, the second members being arranged and disposed substantially perpendicular to the first members, at least one substrate which extends below the grid system, the at least one substrate having an exposed surface and a concealed surface, the at least one substrate having first sides and second sides which extend between the exposed surface and the concealed surface, securing members attached to the concealed surface proximate the first sides, the securing members having grid engagement members which secure the at least one substrate to the grid system,
A system comprising: one or more position sensors configured to determine a location of a user (202, 212); one or more display units (204, 224) coupled to the one or more position sensors; and a computer system coupled to the one or more position sensors and the one or more display units (204, 224); wherein the computer system is configured to: display customized information to the user (202, 212) in proximity to the user (202, 212); track the location of the user (202, 212); and move the customized information as the user (202, 212) changes location; wherein the user's destination is an elevator car (104a-104n) and the destination is received from a destination entry system and characterized in that the user's position as sensed by the one or more position sensors is used to dispatch the elevator car (104a-104n) and in that moving the information comprises moving information from a first display unit to a second display unit of the one or more display units. one or more position sensors configured to determine a location of a user (202, 212); one or more display units (204, 224) coupled to the one or more position sensors; and a computer system coupled to the one or more position sensors and the one or more display units (204, 224); wherein the computer system is configured to: display customized information to the user (202, 212) in proximity to the user (202, 212); track the location of the user (202, 212); and move the customized information as the user (202, 212) changes location; wherein the user's destination is an elevator car (104a-104n) and the destination is received from a destination entry system and characterized in that the user's position as sensed by the one or more position sensors is used to dispatch the elevator car (104a-104n) and in that moving the information comprises moving information from a first display unit to a second display unit of the one or more display units. display customized information to the user (202, 212) in proximity to the user (202, 212); track the location of the user (202, 212); and move the customized information as the user (202, 212) changes location; wherein the user's destination is an elevator car (104a-104n) and the destination is received from a destination entry system and characterized in that the user's position as sensed by the one or more position sensors is used to dispatch the elevator car (104a-104n) and in that moving the information comprises moving information from a first display unit to a second display unit of the one or more display units.
A system of a host vehicle, the system comprising a controller configured to: maintain a digital map indicative of characteristics of a roadway proximate to the host vehicle; define, based on the characteristics of a roadway, a region-of-interest within a field-of-view proximate to the host vehicle; and characterized by being configured to select, based on the characteristics of the roadway and from a plurality of sensor types, a type of sensor for the region-of-interest within the field-of-view; and preferentially-process information that corresponds to the region-of-interest that is obtained from the selected type of sensor over processing other information collected from the other plurality of sensor types. maintain a digital map indicative of characteristics of a roadway proximate to the host vehicle; define, based on the characteristics of a roadway, a region-of-interest within a field-of-view proximate to the host vehicle; and characterized by being configured to select, based on the characteristics of the roadway and from a plurality of sensor types, a type of sensor for the region-of-interest within the field-of-view; and preferentially-process information that corresponds to the region-of-interest that is obtained from the selected type of sensor over processing other information collected from the other plurality of sensor types.
A method performed by a first electronic device and a second electronic device, the method comprising: obtaining, by the first electronic device, first voice data for a voice uttered by a user at a specific time through a microphone of the first electronic device; obtaining, by the first electronic device, a first voice recognition result corresponding to the first voice data; and transmitting, by the first electronic device, the first voice recognition result, to the second electronic device which is configured to obtain second voice data for the voice uttered by the user at the specific time, the first voice recognition result being used to train a voice recognition model at the second electronic device, obtaining, by the second electronic device, the second voice data for the voice uttered by the user at the specific time through a microphone of the second electronic device; receiving, by the second electronic device, the first voice recognition result corresponding to the first voice data from the first electronic device which is configured to obtain the first voice data for the voice uttered by the user at the specific time; and using the second voice data and the first voice recognition result corresponding to the first voice data, as data for training the voice recognition model at the second electronic device. obtaining, by the first electronic device, first voice data for a voice uttered by a user at a specific time through a microphone of the first electronic device; obtaining, by the first electronic device, a first voice recognition result corresponding to the first voice data; and transmitting, by the first electronic device, the first voice recognition result, to the second electronic device which is configured to obtain second voice data for the voice uttered by the user at the specific time, the first voice recognition result being used to train a voice recognition model at the second electronic device, obtaining, by the second electronic device, the second voice data for the voice uttered by the user at the specific time through a microphone of the second electronic device; receiving, by the second electronic device, the first voice recognition result corresponding to the first voice data from the first electronic device which is configured to obtain the first voice data for the voice uttered by the user at the specific time; and using the second voice data and the first voice recognition result corresponding to the first voice data, as data for training the voice recognition model at the second electronic device.
System or indicia for use as a security or identification feature comprising a combination of materials that is capable of inducing a change of optical appearance of the system or indicia in response to exposure to ultraviolet light, wherein said combination of materials includes at least a first material that changes its optical appearance under exposure to UV light and a second material that provides a color under ambient visible light or under exposure to UV light, wherein the first and second materials are selected in such a way that exposure to UV light causes a visible spectrum of the system or indicia to dynamically shift over time from a first spectrum having a first color spectrum to a second spectrum having a second color spectrum distinct from the first color spectrum, wherein the first color spectrum is visible under initial exposure to UV light and the second color spectrum is visible under extended/continued exposure to UV light, wherein the second material comprises a fluorescent or phosphorescent material which emits a visible fluorescent or phosphorescent spectrum in response to exposure to UV light, and wherein the first material comprises an absorption varying material such as a positive or negative photochromic material, a saturable absorber material, or a reverse saturable absorber material that changes from a first optical appearance to a second optical appearance, while under exposure to UV light, which absorption varying material attenuates the visible fluorescent or phosphorescent spectrum of the second material when having the first or second optical appearance.
A method for establishing an air-tight connection between post-tensioning tendon ducts of two consecutive precast match cast segments of a structure, said method being characterised in that each segment being cast with a recess opening out on a jointing face (14;15) of the segment leaving an access to ends of the ducts, the method comprising: a) Connecting pairs of respective duct ends of the two consecutive segments together, and b) pouring a sealing material into the recesses of the two consecutive segments around the duct ends while preventing the material to enter the internal space of the ducts, thus forming an air-tight connection at the junction of ducts. a) Connecting pairs of respective duct ends of the two consecutive segments together, and b) pouring a sealing material into the recesses of the two consecutive segments around the duct ends while preventing the material to enter the internal space of the ducts, thus forming an air-tight connection at the junction of ducts.
An antimicrobial shampoo or conditioning composition comprising itaconic acid or an ester thereof; benzoic acid or a salt thereof; and piroctone olamine; wherein the itaconic ester is selected from dimethyl itaconate, dibutyl itaconate and dimethyl itaconate.
A device for feeding filter rods in an automatic machine for the tobacco industry, comprising at least one hold-down and transfer roller whereby the filter rods are held down and transferred along a predetermined path, and cutting means which cut the filter rods into filter plugs and which are opposed to the hold-down and transfer roller, the hold-down and transfer roller and the cutting means defining at least one cutting station, wherein the cutting means comprise at least one disc knife which rotates about a respective axis of rotation; the disc knife comprising a front face and a rear face, opposite to the front face, and a circumferential cutting blade connecting the front face with the rear face, characterised in that the device further comprises cooling means for cooling the cutting means and capable of removing the heat generated during the cutting of the filter rods; wherein further at least one of either the front face or the rear face has one or more recesses for cooling the knife.
A composite sheet material, comprising: a cover sheet having a cover sheet material including polyethylene terephthalate; a substrate having a substrate material including polypropylene; and an adhesion promoting layer disposed between the cover sheet and the substrate, wherein the adhesion promoting layer includes: ethyl vinyl acetate; ethylene methyl acrylate; or an oxazoline, and wherein a first side of the adhesion promoting layer is disposed towards the cover sheet, is in contact with the cover sheet and has an affinity to bond with the cover sheet material, a second side of the adhesion promoting layer is disposed towards the substrate, is in contact with the substrate and has an affinity to bond with the substrate material, and the second side of the adhesion promoting layer includes polypropylene drawn from the substrate. a cover sheet having a cover sheet material including polyethylene terephthalate; a substrate having a substrate material including polypropylene; and an adhesion promoting layer disposed between the cover sheet and the substrate, wherein the adhesion promoting layer includes: ethyl vinyl acetate; ethylene methyl acrylate; or an oxazoline, ethyl vinyl acetate; ethylene methyl acrylate; or an oxazoline, and wherein a first side of the adhesion promoting layer is disposed towards the cover sheet, is in contact with the cover sheet and has an affinity to bond with the cover sheet material, a second side of the adhesion promoting layer is disposed towards the substrate, is in contact with the substrate and has an affinity to bond with the substrate material, and the second side of the adhesion promoting layer includes polypropylene drawn from the substrate.
Computer implemented CTI-Method for selecting and for opening external applications in dependence of the identification data of a telecommunication participant, wherein the system comprises a server, computers of users connected with said server and a database with data records from a plurality of external applications, characterized by the following method steps: - identification data of the telephone participant are received in the server; - command calls of external applications which are connected with the identification data are identified in the database, - wherein several command calls are united and displayed on the display of the user as at least one symbol selectable for the user; and - one of the at least one symbol is selected by the user, wherein a selection manager is shown after the selection which shows several command calls selectable by the user. - identification data of the telephone participant are received in the server; - command calls of external applications which are connected with the identification data are identified in the database, - wherein several command calls are united and displayed on the display of the user as at least one symbol selectable for the user; and - one of the at least one symbol is selected by the user, wherein a selection manager is shown after the selection which shows several command calls selectable by the user.
A method implemented by a processing device of diagnosing a pump apparatus having a downhole pump disposed in a wellbore and having a motor at a surface of the wellbore, the downhole pump reciprocated in the wellbore by a rod string operatively moved by the motor, the method comprising: generating a downhole card indicative of downhole load and downhole position of the downhole pump by using surface measurements and a wave equation model having damping; determining an actual fluid load line (72, 74) for each of an upstroke and a downstroke of the downhole pump from the downhole card; determining a calculated fluid load line (73, 75) for each of the upstroke and the downstroke of the downhole pump from load values distributed on the downhole card; determining whether the downhole card is over-damped or under-damped (360, 370) by comparing (108, 110) the actual fluid load lines (72, 74) to the calculated fluid load lines (73, 75); and modifying at least one parameter of the pump apparatus based on the comparison. generating a downhole card indicative of downhole load and downhole position of the downhole pump by using surface measurements and a wave equation model having damping; determining an actual fluid load line (72, 74) for each of an upstroke and a downstroke of the downhole pump from the downhole card; determining a calculated fluid load line (73, 75) for each of the upstroke and the downstroke of the downhole pump from load values distributed on the downhole card; determining whether the downhole card is over-damped or under-damped (360, 370) by comparing (108, 110) the actual fluid load lines (72, 74) to the calculated fluid load lines (73, 75); and modifying at least one parameter of the pump apparatus based on the comparison.
A ridge gap waveguide, comprising: a conductive base; a conductive ridge protruding upward from the conductive base and extending along a predetermined wave transmission direction; a first conductive layer located over the conductive base and the conductive ridge and spaced apart from the conductive ridge by a gap; and an electromagnetic bandgap, EBG, structure arranged adjacent to the conductive ridge between the conductive base and the first conductive layer; wherein the EBG structure includes a plurality of cells that are arranged in a two-dimensional periodic lattice structure and are not electrically coupled to each other, and wherein each of the plurality of cells includes: a dielectric layer, a first conductive pattern and a second conductive pattern respectively formed at a lower surface and an upper surface of the dielectric layer, and a conductive via passing through the dielectric layer and connecting the first conductive pattern to the second conductive pattern, wherein the EBG structure is formed based on a double-sided printed circuit board having a concave portion, and the conductive ridge is disposed at the concave portion. a conductive base; a conductive ridge protruding upward from the conductive base and extending along a predetermined wave transmission direction; a first conductive layer located over the conductive base and the conductive ridge and spaced apart from the conductive ridge by a gap; and an electromagnetic bandgap, EBG, structure arranged adjacent to the conductive ridge between the conductive base and the first conductive layer; wherein the EBG structure includes a plurality of cells that are arranged in a two-dimensional periodic lattice structure and are not electrically coupled to each other, and wherein each of the plurality of cells includes: a dielectric layer, a first conductive pattern and a second conductive pattern respectively formed at a lower surface and an upper surface of the dielectric layer, and a dielectric layer, a first conductive pattern and a second conductive pattern respectively formed at a lower surface and an upper surface of the dielectric layer, and a conductive via passing through the dielectric layer and connecting the first conductive pattern to the second conductive pattern, wherein the EBG structure is formed based on a double-sided printed circuit board having a concave portion, and the conductive ridge is disposed at the concave portion.
A method for wireless spectrum sharing, the method comprising: transmitting a secondary signal from a secondary transmitter (104; 208) to a secondary receiver (106; 206) using a primary wireless spectrum assigned to a primary communication system, wherein the secondary transmitter (104; 208) and the secondary receiver (106; 206) belong to a secondary communication system to which no wireless spectrum is assigned, or to which a secondary wireless spectrum is assigned, wherein the secondary wireless spectrum is distinct from the primary wireless spectrum; wherein the secondary transmitter (104; 208) transmits the secondary signal with power (1-α)P to the secondary receiver (106; 206), and wherein a total power P is split between a power αP used by the secondary transmitter or the secondary receiver to relay a primary signal using the primary wireless spectrum and the power (1-α)P used to transmit the secondary signal from the secondary transmitter (104; 208) to the secondary receiver (106; 206), with α being a power fraction parameter from the interval [0,1]; characterized in that the power fraction parameter α is computed by the secondary transmitter (104; 208) such that the transmission of the secondary signal and the relaying of the primary signal ensures a predetermined quality of reception of the primary signal by a hypothetical primary receiver located at a minimum distance from the secondary transmitter (104; 208). transmitting a secondary signal from a secondary transmitter (104; 208) to a secondary receiver (106; 206) using a primary wireless spectrum assigned to a primary communication system, wherein the secondary transmitter (104; 208) and the secondary receiver (106; 206) belong to a secondary communication system to which no wireless spectrum is assigned, or to which a secondary wireless spectrum is assigned, wherein the secondary wireless spectrum is distinct from the primary wireless spectrum; wherein the secondary transmitter (104; 208) transmits the secondary signal with power (1-α)P to the secondary receiver (106; 206), and wherein a total power P is split between a power αP used by the secondary transmitter or the secondary receiver to relay a primary signal using the primary wireless spectrum and the power (1-α)P used to transmit the secondary signal from the secondary transmitter (104; 208) to the secondary receiver (106; 206), with α being a power fraction parameter from the interval [0,1]; characterized in that the power fraction parameter α is computed by the secondary transmitter (104; 208) such that the transmission of the secondary signal and the relaying of the primary signal ensures a predetermined quality of reception of the primary signal by a hypothetical primary receiver located at a minimum distance from the secondary transmitter (104; 208).