mhurhangee/ep-ind-claims huggingface dataset:
A polypeptide fragment consisting of an amino-terminal fragment of the PA subunit of a viral RNA-dependent RNA polymerase possessing endonuclease activity, wherein said PA subunit is from a virus belonging to the Orthomyxoviridae family, wherein said amino-terminal fragment of the PA subunit is selected from the group consisting of: (i) an amino-terminal fragment of the PA subunit according to SEQ ID NO: 2, wherein the N-terminus of said fragment is identical to amino acid at position 15 or lower of the amino acid sequence of the PA subunit according to SEQ ID NO: 2; and wherein the C-terminus of said fragment is an amino acid at a position selected from positions 196 to 209 of the amino acid sequence of the PA subunit according to SEQ ID NO: 2, (ii) an amino-terminal fragment of the PA subunit according to SEQ ID NO: 4, wherein the N-terminus of said fragment is identical to the amino acid at position 15 or lower of the amino acid sequence of the PA subunit according to SEQ ID NO: 4; and wherein the C-terminus of said fragment is an amino acid at a position selected from positions 195 to 206 of the amino acid sequence of the PA subunit according to SEQ ID NO: 4, (iii) an amino-terminal fragment of the PA subunit according to SEQ ID NO: 6, wherein the N-terminus of said fragment is identical to the amino acid at position 15 or lower of the amino acid sequence of the PA subunit according to SEQ ID NO: 6; and wherein the C-terminus of said fragment is an amino acid at a position selected from positions 178 to 189 of the amino acid sequence of the PA subunit according to SEQ ID NO: 6, and variants of said fragment of the PA subunit, which have at least 80% amino acid sequence identity to an amino acid sequence according to SEQ ID NO: 2, 4 or 6, respectively, over the entire length of the fragment and which retain the endonuclease activity, (i) an amino-terminal fragment of the PA subunit according to SEQ ID NO: 2, wherein the N-terminus of said fragment is identical to amino acid at position 15 or lower of the amino acid sequence of the PA subunit according to SEQ ID NO: 2; and wherein the C-terminus of said fragment is an amino acid at a position selected from positions 196 to 209 of the amino acid sequence of the PA subunit according to SEQ ID NO: 2, (ii) an amino-terminal fragment of the PA subunit according to SEQ ID NO: 4, wherein the N-terminus of said fragment is identical to the amino acid at position 15 or lower of the amino acid sequence of the PA subunit according to SEQ ID NO: 4; and wherein the C-terminus of said fragment is an amino acid at a position selected from positions 195 to 206 of the amino acid sequence of the PA subunit according to SEQ ID NO: 4, (iii) an amino-terminal fragment of the PA subunit according to SEQ ID NO: 6, wherein the N-terminus of said fragment is identical to the amino acid at position 15 or lower of the amino acid sequence of the PA subunit according to SEQ ID NO: 6; and wherein the C-terminus of said fragment is an amino acid at a position selected from positions 178 to 189 of the amino acid sequence of the PA subunit according to SEQ ID NO: 6,
A treatment system for delivering an energy-based treatment to a tissue proximate a blood vessel, the treatment system comprising: (a) an elongate catheter including an expandable structure (20; 130; 4601-4603) at or near a distal end of the catheter, the expandable structure (20; 130; 4601-4603) including a plurality of electrodes (34; 140a-d; 190; 200; 300; 310; 314; 400; 412; 500; 506; 510; 514; 522; 3102, 3104; 4704; 4904-4906; 5002-5005); (b) a power source electrically coupled to the plurality of electrodes (34; 140a-d; 190; 200; 300; 310; 314; 400; 412; 500; 506; 510; 514; 522; 3102, 3104; 4704; 4904-4906; 5002-5005); and (c) a processor configured to control the treatment system to energize at least a subset of the electrodes at a denervation treatment energy level; energize one or more of the electrodes at a neural activity stimulation level; and monitor for, using one or more of the electrodes, a neural activity response by monitoring for a nerve response signal by one or more of the electrodes. (a) an elongate catheter including an expandable structure (20; 130; 4601-4603) at or near a distal end of the catheter, the expandable structure (20; 130; 4601-4603) including a plurality of electrodes (34; 140a-d; 190; 200; 300; 310; 314; 400; 412; 500; 506; 510; 514; 522; 3102, 3104; 4704; 4904-4906; 5002-5005); (b) a power source electrically coupled to the plurality of electrodes (34; 140a-d; 190; 200; 300; 310; 314; 400; 412; 500; 506; 510; 514; 522; 3102, 3104; 4704; 4904-4906; 5002-5005); and (c) a processor configured to control the treatment system to energize at least a subset of the electrodes at a denervation treatment energy level; energize one or more of the electrodes at a neural activity stimulation level; and monitor for, using one or more of the electrodes, a neural activity response by monitoring for a nerve response signal by one or more of the electrodes.
High-pressure discharge lamp having a discharge vessel in which a discharge chamber is formed, two mutually spaced electrodes (10, 12) extending in the discharge chamber to produce a gas discharge, the discharge vessel being encompassed, at least in some sections, by an outer bulb, and a filling gas being introduced into a gas-tight outer chamber that is delimited at least by the discharge vessel and the outer bulb, and the discharge vessel having a light-transmitting, electrically conductive ignition aid layer, characterized in that a non-electrically-conductive insulating layer covering at least the ignition aid layer is applied to the ignition aid layer in order to separate the filling gas in the outer chamber and the ignition aid layer, wherein the insulating layer is an insulating layer containing hexamethyl disiloxane (HMDSO) applied to the ignition aid layer and the discharge vessel by a low-pressure plasma in the cold process.
Tool module for finishing, comprising a) a finishing shaft mounted in a module housing with at least one finishing element or with means for fixing at least one finishing element, and b) at least one contact pressing force system for influencing a contact pressing force from the at least one finishing element on a workpiece surface to be worked, wherein c) the finishing shaft is mounted in the module housing in such a way that the finishing shaft or at least a part of the finishing shaft is shifted radially in parallel to the longitudinal axis of the finishing shaft when loaded with a radially acting force and d) a machine interface is provided for connection to a machine, in particular a machine tool or a robot, characterized in that e) the machine interface is set up to drive the finishing shaft by a spindle. a) a finishing shaft mounted in a module housing with at least one finishing element or with means for fixing at least one finishing element, and b) at least one contact pressing force system for influencing a contact pressing force from the at least one finishing element on a workpiece surface to be worked, wherein c) the finishing shaft is mounted in the module housing in such a way that the finishing shaft or at least a part of the finishing shaft is shifted radially in parallel to the longitudinal axis of the finishing shaft when loaded with a radially acting force and d) a machine interface is provided for connection to a machine, in particular a machine tool or a robot, characterized in that e) the machine interface is set up to drive the finishing shaft by a spindle.
A dispenser to dispense a solution produced from a solid product comprising: a housing having a cavity to hold the solid product; a fluid source combining liquid and gas adjacent the solid block to contact the solid product and thereby erode the solid product to produce the solutions from the eroded solid product and the liquid; a fitment splitter creating at least two separate flow paths, each of the flow paths including a flow control causing turbulence in the liquid located between the solid product and the fluid source; and an outlet in the housing for dispensing the solution; further comprising an air pump within the housing for supplying air to the cavity and a pump controller with feedback sensors to provide adjustment to the amount of gas provided. a housing having a cavity to hold the solid product; a fluid source combining liquid and gas adjacent the solid block to contact the solid product and thereby erode the solid product to produce the solutions from the eroded solid product and the liquid; a fitment splitter creating at least two separate flow paths, each of the flow paths including a flow control causing turbulence in the liquid located between the solid product and the fluid source; and an outlet in the housing for dispensing the solution; further comprising an air pump within the housing for supplying air to the cavity and a pump controller with feedback sensors to provide adjustment to the amount of gas provided.
A harvesting reel, comprising: a reel frame configured to be carried by a harvesting header, the reel frame comprising: a first cam assembly comprising a first inner plate and a first outer guide, the first cam assembly defining a first cam track; a second cam assembly comprising a second inner plate and a second outer guide, the second cam assembly defining a second cam track; and a cover coupled to the first cam assembly and the second cam assembly; and a rotating assembly rotatably coupled to the reel frame and configured to rotate about a longitudinal axis, the rotating assembly comprising: a plurality of reel bats configured to revolve around the longitudinal axis of the rotating assembly, wherein each reel bat is coupled to a first cam follower and a second cam follower; and a plurality of reel tines fixed to each reel bat; wherein the first cam follower of each reel bat travels within the first cam track when the rotating assembly rotates, wherein the second cam follower of each reel bat travels within the second cam track when the rotating assembly rotates, and wherein a position and an orientation of each reel bat are defined by the first cam track and the second cam track. a reel frame configured to be carried by a harvesting header, the reel frame comprising: a first cam assembly comprising a first inner plate and a first outer guide, the first cam assembly defining a first cam track; a second cam assembly comprising a second inner plate and a second outer guide, the second cam assembly defining a second cam track; and a cover coupled to the first cam assembly and the second cam assembly; and a first cam assembly comprising a first inner plate and a first outer guide, the first cam assembly defining a first cam track; a second cam assembly comprising a second inner plate and a second outer guide, the second cam assembly defining a second cam track; and a cover coupled to the first cam assembly and the second cam assembly; and a rotating assembly rotatably coupled to the reel frame and configured to rotate about a longitudinal axis, the rotating assembly comprising: a plurality of reel bats configured to revolve around the longitudinal axis of the rotating assembly, wherein each reel bat is coupled to a first cam follower and a second cam follower; and a plurality of reel tines fixed to each reel bat; a plurality of reel bats configured to revolve around the longitudinal axis of the rotating assembly, wherein each reel bat is coupled to a first cam follower and a second cam follower; and a plurality of reel tines fixed to each reel bat; wherein the first cam follower of each reel bat travels within the first cam track when the rotating assembly rotates, wherein the second cam follower of each reel bat travels within the second cam track when the rotating assembly rotates, and wherein a position and an orientation of each reel bat are defined by the first cam track and the second cam track.
A system comprising a computing device and at least one program module that are together configured for performing actions for enabling contract applications to access or utilize one or more features defined by one or more application programming interface, API, contracts, the computing device including at least one processor and memory, the actions comprising: hosting, by the computing device, an API contract, where the API contract comprises identification information for the API contract, version information for the API contract and the feature, definition information that defines the feature by programming constructs, and executable code configured for responding to queries about the API contract; and executing, by the computing device, a contract application that is configured for programmatically performing a query to determine the availability of the API contract and, upon a response from the API contract indicating that the API contract is available, accessing, via the API contract, the feature. hosting, by the computing device, an API contract, where the API contract comprises identification information for the API contract, version information for the API contract and the feature, definition information that defines the feature by programming constructs, and executable code configured for responding to queries about the API contract; and identification information for the API contract, version information for the API contract and the feature, definition information that defines the feature by programming constructs, and executable code configured for responding to queries about the API contract; and executing, by the computing device, a contract application that is configured for programmatically performing a query to determine the availability of the API contract and, upon a response from the API contract indicating that the API contract is available, accessing, via the API contract, the feature.
A protein composition for use as cheese substitute, obtainable by (a) dewatering milk products selected from the group consisting of soured milk, fermented milk, yoghurt, kefir, quark or acid whey to a residual moisture content of 0.5 to 5 wt. %, (b) adding flavourings and/or colourings and also,optionally, further food additives to the dried composition thus obtained, and (c) allowing the resulting mixture to swell with water or steam at temperatures from 50 to 150 °C. (a) dewatering milk products selected from the group consisting of soured milk, fermented milk, yoghurt, kefir, quark or acid whey to a residual moisture content of 0.5 to 5 wt. %, (b) adding flavourings and/or colourings and also,optionally, further food additives to the dried composition thus obtained, and (c) allowing the resulting mixture to swell with water or steam at temperatures from 50 to 150 °C.
Spoke comprising a spoke body for a wheel (101, 102) of an at least partially muscle-powered bicycle, in particular for a wheel, wherein the spoke body comprises a hub-side, first end and a rim-side, second end, wherein the two ends (3, 4) are remote from one another, and wherein the spoke body is configured elongated and comprises, over at least one longitudinal region in a longitudinal direction of the spoke body, at least one flattened cross-section substantially accommodated in a longitudinal plane, characterized in that the spoke body comprises a first end portion thickness in a first end portion at the hub-side, first end transverse to the longitudinal plane, and that the spoke body comprises a second end portion thickness in a second end portion at the rim-side, second end transverse to the longitudinal plane, and that the spoke body comprises, in a first center region disposed closer to the first end portion than to the second end portion, transverse to the longitudinal plane, a first center region thickness that is smaller than the first end portion thickness, and that the spoke body comprises in a second center region disposed closer to the second end portion than to the first end portion, the flattened cross-section, comprising a second center region thickness transverse to the longitudinal plane that is smaller than the first center region thickness.
A washing machine comprising: a first housing; a second housing arranged above the first housing and having a laundry inlet arranged on a top thereof; a first tub included in the first housing and having a first opening on a front thereof; a second tub included in the second housing and having a second opening on a top thereof; and a detergent container arranged in the second housing to store a detergent to be supplied to the first tub and a door coupled to the second housing to open or close the laundry inlet, characterized in that, the washing machine further comprising: a container cover coupled to one side of the laundry inlet of the second housing to cover the detergent container, the container cover comprising a first recess formed on the top of an end toward the door, wherein the first recess is formed to be recessed in a direction away from the door. a first housing; a second housing arranged above the first housing and having a laundry inlet arranged on a top thereof; a first tub included in the first housing and having a first opening on a front thereof; a second tub included in the second housing and having a second opening on a top thereof; and a detergent container arranged in the second housing to store a detergent to be supplied to the first tub and a door coupled to the second housing to open or close the laundry inlet, characterized in that,
A position detecting apparatus comprising: a light-transmitting mirror (141, 241) with a mirror surface parallel to a pivot shaft (146, 246), which is supported by the pivot shaft (146, 246) and reflects measuring light from a light source, the light-transmitting mirror (141, 241) pivoting around the pivot shaft (146, 246) in a resonant oscillatory manner by imparting a torque that varies periodically around the pivot shaft (146, 246) to the mirror; a light-receiving mirror (142, 242) with a mirror surface parallel to the pivot shaft (146, 246), which is supported by the pivot shaft (146, 246) and reflects returning light from an object to a first direction, the light-receiving mirror (142, 242) pivoting around the pivot shaft (146, 246) in a resonant oscillatory manner by imparting a torque that varies periodically around the pivot shaft (146, 246) to the mirror; and a light-receiving element that receives the returning light from the light-receiving mirror (142, 242), wherein the light source and the light-receiving element are disposed in the same angular direction perpendicular to and around the pivot shaft (146, 246), and characterised in that, when the light-transmitting mirror (141, 241) and the light-receiving mirror (142, 242) are at rest, a first minor angle between the mirror surface of the light-receiving mirror (142, 242) and a second direction from the pivot shaft (146, 246) to the light-receiving element is larger than a second minor angle between a mirror surface of the light-transmitting mirror (141, 241) and the second direction. a light-transmitting mirror (141, 241) with a mirror surface parallel to a pivot shaft (146, 246), which is supported by the pivot shaft (146, 246) and reflects measuring light from a light source, the light-transmitting mirror (141, 241) pivoting around the pivot shaft (146, 246) in a resonant oscillatory manner by imparting a torque that varies periodically around the pivot shaft (146, 246) to the mirror; a light-receiving mirror (142, 242) with a mirror surface parallel to the pivot shaft (146, 246), which is supported by the pivot shaft (146, 246) and reflects returning light from an object to a first direction, the light-receiving mirror (142, 242) pivoting around the pivot shaft (146, 246) in a resonant oscillatory manner by imparting a torque that varies periodically around the pivot shaft (146, 246) to the mirror; and a light-receiving element that receives the returning light from the light-receiving mirror (142, 242), wherein the light source and the light-receiving element are disposed in the same angular direction perpendicular to and around the pivot shaft (146, 246), and characterised in that, when the light-transmitting mirror (141, 241) and the light-receiving mirror (142, 242) are at rest, a first minor angle between the mirror surface of the light-receiving mirror (142, 242) and a second direction from the pivot shaft (146, 246) to the light-receiving element is larger than a second minor angle between a mirror surface of the light-transmitting mirror (141, 241) and the second direction.
An interconnection system for an industrial enclosure, wherein the industrial enclosure includes a plurality of interconnected electronic devices, the interconnection system comprising: a plurality of electrical conductors having a first end and a second end, wherein the first end of each electrical conductor is electrically connectable to a first electronic device; a plurality of plugs, each plug having a plurality of terminals and a mating portion including a plurality of poles, wherein each of the plurality of terminals is configured to receive the second end of one of the electrical conductors; a plurality of receptacles (62, 66), each receptacle (62, 66) including a plurality of poles and configured to receive the mating portion of one of the plugs and electrically connectable to a second electronic device, a plurality of first color coded elements, wherein each of the first color coded elements identifies one of the plugs; and a plurality of second color coded elements, wherein each of the second color coded elements identifies one of the receptacles (62, 66) and wherein each of the second color coded elements corresponds to one of the first color coded elements providing a visual indication of which receptacle (62, 66) each plug engages, characterized in that each pole of each plug and each receptacle (62, 66) includes a key or a corresponding predefined portion configured to receive the key, and in that various combinations of the keys and predefined portions are configured such that each plug only fits into a single receptacle (62, 66). a plurality of electrical conductors having a first end and a second end, wherein the first end of each electrical conductor is electrically connectable to a first electronic device; a plurality of plugs, each plug having a plurality of terminals and a mating portion including a plurality of poles, wherein each of the plurality of terminals is configured to receive the second end of one of the electrical conductors; a plurality of receptacles (62, 66), each receptacle (62, 66) including a plurality of poles and configured to receive the mating portion of one of the plugs and electrically connectable to a second electronic device, a plurality of first color coded elements, wherein each of the first color coded elements identifies one of the plugs; and a plurality of second color coded elements, wherein each of the second color coded elements identifies one of the receptacles (62, 66) and wherein each of the second color coded elements corresponds to one of the first color coded elements providing a visual indication of which receptacle (62, 66) each plug engages, characterized in that each pole of each plug and each receptacle (62, 66) includes a key or a corresponding predefined portion configured to receive the key, and in that various combinations of the keys and predefined portions are configured such that each plug only fits into a single receptacle (62, 66).