mhurhangee/ep-ind-claims huggingface dataset:
Process for the production of hyaluronic acid in Bacillus subtilis, comprising the following steps: (a) culture of bacterial host cells of Bacillus subtilis transformed with the grac-lac system, under conditions suitable for producing hyaluronic acid, and in the presence of isopropyl-β-thio-galactopyranoside (IPTG) as inducer, wherein such bacterial host cells are characterised by being transformed with: (i) at least one episomal plasmid vector comprising a sequence coding for the enzyme hyaluronan synthase, a sequence coding for the enzyme UDP-glucose dehydrogenase in tandem, under the control of strong inducible promoter Pgrac which uses the lac repressor, or (ii) at least one episomal plasmid vector comprising a sequence coding for the enzyme hyaluronan synthase, a sequence coding for the enzyme UDP-glucose dehydrogenase, a sequence coding for the enzyme UDP-glucose pyrophosphorylase and a sequence coding for the enzyme glucose 6 phosphate isomerase, under the control of strong inducible promoter Pgrac which uses the lac repressor; (b) recovery of hyaluronic acid from the culture medium; wherein said bacterial host cells of Bacillus subtilis transformed with plasmid vector (i) or (ii) capable of producing hyaluronic acid of step a) are pre-selected in the plate on IPTG gradient. (a) culture of bacterial host cells of Bacillus subtilis transformed with the grac-lac system, under conditions suitable for producing hyaluronic acid, and in the presence of isopropyl-β-thio-galactopyranoside (IPTG) as inducer, wherein such bacterial host cells are characterised by being transformed with: (i) at least one episomal plasmid vector comprising a sequence coding for the enzyme hyaluronan synthase, a sequence coding for the enzyme UDP-glucose dehydrogenase in tandem, under the control of strong inducible promoter Pgrac which uses the lac repressor, or (ii) at least one episomal plasmid vector comprising a sequence coding for the enzyme hyaluronan synthase, a sequence coding for the enzyme UDP-glucose dehydrogenase, a sequence coding for the enzyme UDP-glucose pyrophosphorylase and a sequence coding for the enzyme glucose 6 phosphate isomerase, under the control of strong inducible promoter Pgrac which uses the lac repressor; (i) at least one episomal plasmid vector comprising a sequence coding for the enzyme hyaluronan synthase, a sequence coding for the enzyme UDP-glucose dehydrogenase in tandem, under the control of strong inducible promoter Pgrac which uses the lac repressor, or (ii) at least one episomal plasmid vector comprising a sequence coding for the enzyme hyaluronan synthase, a sequence coding for the enzyme UDP-glucose dehydrogenase, a sequence coding for the enzyme UDP-glucose pyrophosphorylase and a sequence coding for the enzyme glucose 6 phosphate isomerase, under the control of strong inducible promoter Pgrac which uses the lac repressor; (b) recovery of hyaluronic acid from the culture medium;
Motor holding device for a motor of a domestic appliance, comprising a first holding limb and a second holding limb, the two holding limbs (4, 6) being connected to one another in a force-transmitting manner in a mounting position of the motor holding device, and a first bearing bush being arranged on the first holding limb and a second bearing bush, which is aligned with the first bearing bush in the mounting position of the motor holding device, being arranged on the second holding limb, for a motor shaft of the motor, the first and the second bearing bush (8, 10) each being formed as an integral part of the respective holding limb (4, 6), the first bearing bush being elastically arranged on the remainder of the first holding limb and/or the second bearing bush being elastically arranged on the remainder of the second holding limb, the first bearing bush, for elastic arrangement on the remainder of the first holding limb, and/or the second bearing bush, for elastic arrangement on the remainder of the second holding limb, having a plurality of webs (12, 14) formed between the respective bearing bush (8, 10) and the corresponding remainder of the holding limb (4, 6), characterised in that each web (12, 14) of the plurality of webs (12, 14) has a curved profile in a section perpendicular to the motor shaft, each of the plurality of webs (12, 14) being curved in the same direction, preferably in that each web (12, 14) extends outwards from the respective bearing bush (8, 10) in the direction of rotation of the motor shaft to the respectively corresponding remainder of the holding limb (4, 6).
Mouth piece of a container and closure for closing a mouth piece, particularly for sealing the mouth piece of a bottle, wherein the mouth piece comprises an outside, an outer edge and a top side, whereat the closure comprises: - a closure body, which comprises a front wall, a side wall, a transition portion between the front wall and the side wall, and a central axis and - at least one outer seal formed as a tongue, said tongue extending from the side wall and/or the transition portion towards the central axis of the closure body, wherein the tongue has a sealing surface for making contact with the mouth piece, wherein the tongue is flexible and formed such that the sealing surface makes full contact with the contour of at least one of an outside, and/or outer edge and/or the top side of the mouth piece, wherein the free end of the tongue extends above the mouth piece upwards the central axis of the closure between the top side of the mouth piece and the front wall of the closure, characterized in that the closure has one annular projection extending from the front wall for interaction with the top side of the mouth piece to fulfil a sealing and/or fastening function and the tongue has a length, such that it is not in contact with at least one annular projection at the closure attached to the mouth piece, and the frictional resistance between the tongue in a closed condition and the mouth piece can be attributed to a flexible bending without pinching of the tongue between the top side of the mouth piece and the front wall of the closure body. - a closure body, which comprises a front wall, a side wall, a transition portion between the front wall and the side wall, and a central axis and - at least one outer seal formed as a tongue, said tongue extending from the side wall and/or the transition portion towards the central axis of the closure body, wherein the tongue has a sealing surface for making contact with the mouth piece, wherein
A shredding flail applicable to a rotor of a machine for shredding plant material, as grass, fibrous or woody plants, shrubs, prunings and the like; the flail having a flail body, in metallic material, comprising a transversely extended blade portion for shredding the material and an elongate shank portion for articulated connection to the rotor, the flail body having a front surface which, in use, faces in the direction of rotation of the rotor, and a rear surface,; characterized in that the front face of the flail is provided with a protuberance which defines an extended surface for striking the peripheral surface of the rotor shaft; in that the striking protuberance extends forwardly, or perpendicularly, relative to the front surface of the shank portion of the flail; in that said striking protuberance extends forwardly from the articulated end portion of the shank portion; in that the width of the striking surface as a whole is greater than half the width of the respective shank portion; and in that the striking surface is slightly arcuate to match the profile of the corresponding outside surface of the rotor shaft.
Process for separating air by cryogenic distillation in an air separation unit in which: a) compressed and purified air is cooled in a heat exchanger and then sent to a column of a column system (7,9) comprising a high pressure column and a low pressure column (9 to be distilled b) a liquid is withdrawn from a column of the column system and sent to a storage tank c) a stored liquid is removed from the storage tank and pressurized using three pumps in parallel, (P41-A,P41-B,P41-C) connected to the top of the storage tank, delivering a minimum flow and running whatever the load of the air separation unit, d) a first stream of pressurized liquid from the three pumps is sent to the heat exchanger and vaporized to form a gaseous product corresponding to the flow required and e) a second stream of pressurized liquid from the three pumps or a fluid derived from the second stream is sent to the low pressure column of the column system corresponding to a flow in excess to the flow required provided by the first stream. a) compressed and purified air is cooled in a heat exchanger and then sent to a column of a column system (7,9) comprising a high pressure column and a low pressure column (9 to be distilled b) a liquid is withdrawn from a column of the column system and sent to a storage tank c) a stored liquid is removed from the storage tank and pressurized using three pumps in parallel, (P41-A,P41-B,P41-C) connected to the top of the storage tank, delivering a minimum flow and running whatever the load of the air separation unit, d) a first stream of pressurized liquid from the three pumps is sent to the heat exchanger and vaporized to form a gaseous product corresponding to the flow required and e) a second stream of pressurized liquid from the three pumps or a fluid derived from the second stream is sent to the low pressure column of the column system corresponding to a flow in excess to the flow required provided by the first stream.
A method comprising: tracking a location of a non-fixed wing aircraft in flight (block 1106); tracking a location of a fixed wing aircraft in flight (block 1106); positioning the non-fixed wing aircraft relative to the fixed wing aircraft based on the locations of the non-fixed wing aircraft and the fixed wing aircraft (block 1112); grasping a gripper, carried on the non-fixed wing aircraft, onto a wing of the fixed wing aircraft in mid-flight at a recovery location (block 1122). tracking a location of a non-fixed wing aircraft in flight (block 1106); tracking a location of a fixed wing aircraft in flight (block 1106); positioning the non-fixed wing aircraft relative to the fixed wing aircraft based on the locations of the non-fixed wing aircraft and the fixed wing aircraft (block 1112); grasping a gripper, carried on the non-fixed wing aircraft, onto a wing of the fixed wing aircraft in mid-flight at a recovery location (block 1122).
Process for homogenously coating substrates for the production of exhaust gas purification catalysts, particularly for motor vehicles, which are cylindrical substrates and each have two end faces, a circumferential surface and an axial length L and are traversed from the first end face to the second end face by a multiplicity of channels, with liquid coating media, against the force of gravity, wherein the introduction of the liquid coating medium into the substrate from below is controlled in such a way that the coating speed from part of the axial length towards the end of the substrate is being reduced compared to the speed at the initial introduction of the liquid coating medium into the substrate, and wherein the coating height in the coating chamber is checked by conductivity sensors before the liquid coating medium enters the substrate, and the coating speed at the beginning of the introduction of the liquid coating medium is above or equal to 0.1 m/s, and the reduction in coating speed is started not before half of the substrate is already wetted with the liquid coating medium, and wherein the coating speed at the initial introduction of the liquid coating medium into the substrate is at least twice the magnitude compared to the coating speed shortly before the liquid coating medium emerges at the top of the substrate, which is the coating speed at a point of 95% of the substrate.
A method of controlling a power supply system that includes a plurality of uninterruptible power supplies (UPSs), a ring bus, and at least one load electrically coupled to the plurality of UPSs and the ring bus, the method comprising: calculating, using at least one controller communicatively coupled to the plurality of UPSs, an output voltage frequency for each UPS of the plurality of UPSs using: f = f n − K Pdroop P av − K Ddroop dP av dt wherein f is the output voltage frequency, f n is a predetermined frequency, K Pdroop is a first constant, P av is the average active output power, K Ddroop is a second constant, and dP av /dt is the derivative of the average active output power and wherein a value of K Pdroop depends on one of a sign of P av or a sign of dP av /dt; and controlling operation of each UPS based on the respective calculated output voltage frequencies. calculating, using at least one controller communicatively coupled to the plurality of UPSs, an output voltage frequency for each UPS of the plurality of UPSs using: f = f n − K Pdroop P av − K Ddroop dP av dt wherein f is the output voltage frequency, f n is a predetermined frequency, K Pdroop is a first constant, P av is the average active output power, K Ddroop is a second constant, and dP av /dt is the derivative of the average active output power and wherein a value of K Pdroop depends on one of a sign of P av or a sign of dP av /dt; and controlling operation of each UPS based on the respective calculated output voltage frequencies.
A method for spatial localization comprising: acquiring from a sensor supported by a vehicle an image of a portion of a physical surface configuration from a position spaced away from the physical surface configuration by a known distance; identifying features (302,304) in the acquired image; associating identified features (302,304) in the acquired image with identified features (404,406) in a reference representation (400,402) of the portion of the physical surface configuration (106,206); selecting a plurality of pairs of features in the acquired image having corresponding identified pairs of features (404,406) in the reference representation (400,402); for each selected feature pair in the acquired image, determining an angle of view between the pair of features (302,304) from the sensor, generating a three-dimensional geoarc associating the determined angle of view and the selected feature pair in the reference representation (400,402), and determining a selected portion of the geoarc disposed the known distance away from the portion of the physical surface configuration (106,206); and identifying locations (422,424) where the selected portions of the geoarcs (416,418,420) for the selected feature pairs overlap. acquiring from a sensor supported by a vehicle an image of a portion of a physical surface configuration from a position spaced away from the physical surface configuration by a known distance; identifying features (302,304) in the acquired image; associating identified features (302,304) in the acquired image with identified features (404,406) in a reference representation (400,402) of the portion of the physical surface configuration (106,206); selecting a plurality of pairs of features in the acquired image having corresponding identified pairs of features (404,406) in the reference representation (400,402); for each selected feature pair in the acquired image, determining an angle of view between the pair of features (302,304) from the sensor, generating a three-dimensional geoarc associating the determined angle of view and the selected feature pair in the reference representation (400,402), and determining a selected portion of the geoarc disposed the known distance away from the portion of the physical surface configuration (106,206); and determining an angle of view between the pair of features (302,304) from the sensor, generating a three-dimensional geoarc associating the determined angle of view and the selected feature pair in the reference representation (400,402), and determining a selected portion of the geoarc disposed the known distance away from the portion of the physical surface configuration (106,206); and identifying locations (422,424) where the selected portions of the geoarcs (416,418,420) for the selected feature pairs overlap.
A method for providing navigation instructions to a user of a mobile device, the method comprising: determining a location estimate for a mobile device within an indoor pedestrian navigation environment; receiving a user input indicating one or more destinations within the indoor pedestrian navigation environment; and, determining the cost of paths by determining costs of segments and nodes from the location estimate to the one or more destinations based at least in part on an expected number of navigation instructions associated with the paths, characterized in that the step of determining the cost of the paths additionally comprises discounting the cost of a path in response to the one or more destinations being visible at multiple nodes of the path; and presenting the lowest cost path to the user. determining a location estimate for a mobile device within an indoor pedestrian navigation environment; receiving a user input indicating one or more destinations within the indoor pedestrian navigation environment; and, determining the cost of paths by determining costs of segments and nodes from the location estimate to the one or more destinations based at least in part on an expected number of navigation instructions associated with the paths, characterized in that the step of determining the cost of the paths additionally comprises discounting the cost of a path in response to the one or more destinations being visible at multiple nodes of the path; and presenting the lowest cost path to the user.
A tamper-evident mesh material comprising: a nonwoven mesh fabric, said mesh fabric comprising a plurality of strands (22, 24), said plurality of strands comprising overlying strands and underlying strands, wherein said underlying strands and said overlying strands each comprise a visual property, and wherein said overlying strands are bonded to said underlying strands at a plurality of crossover points; and, a contrast layer, wherein said contrast layer is visually distinct from said visual property of said underlying strands, and wherein said contrast layer is disposed over at least a portion of each said overlying strand and each said underlying strand, and over said plurality of crossover points, wherein breakage of a bond between at least one of said overlying strands and at least one of said underlying strands at a crossover point of said plurality of crossover points exposes said visual property of said at least one underlying strand at said crossover point to indicate breakage of said bond, wherein said visual property of said overlying strands or said visual property of said underlying strands is a non-pigmentation. a nonwoven mesh fabric, said mesh fabric comprising a plurality of strands (22, 24), said plurality of strands comprising overlying strands and underlying strands, wherein said underlying strands and said overlying strands each comprise a visual property, and wherein said overlying strands are bonded to said underlying strands at a plurality of crossover points; and, a contrast layer, wherein said contrast layer is visually distinct from said visual property of said underlying strands, and wherein said contrast layer is disposed over at least a portion of each said overlying strand and each said underlying strand, and over said plurality of crossover points, wherein breakage of a bond between at least one of said overlying strands and at least one of said underlying strands at a crossover point of said plurality of crossover points exposes said visual property of said at least one underlying strand at said crossover point to indicate breakage of said bond, wherein said visual property of said overlying strands or said visual property of said underlying strands is a non-pigmentation.
An unauthorization determination system comprising: a memory having a plurality of memory addresses allocated in advance that is mounted in a vehicle and includes a predetermined non-access area; a connection unit mounted in the vehicle and configured to be connected to an external device in a wired or wireless manner; and an unauthorized access determination unit configured to, in a case where access to the non-access area is requested from the external device or in a case where the non-access area is accessed by the external device, determine that the access from the external device is unauthorized, the request being a request to access a memory address; wherein the unauthorized access determination unit is configured to, in a case where a value of a variable representing a degree that the access to the non-access area is requested from the external device or a degree that the non-access area is accessed by the external device reaches a threshold, determine that the access from the external device is unauthorized; characterised in that unauthorized access determination unit is configured to change the value of the variable with a weight according to an area in the non-access area that the external device requests access for or an area in the non-access area that the external device accesses. a memory having a plurality of memory addresses allocated in advance that is mounted in a vehicle and includes a predetermined non-access area; a connection unit mounted in the vehicle and configured to be connected to an external device in a wired or wireless manner; and an unauthorized access determination unit configured to, in a case where access to the non-access area is requested from the external device or in a case where the non-access area is accessed by the external device, determine that the access from the external device is unauthorized, the request being a request to access a memory address; wherein the unauthorized access determination unit is configured to, in a case where a value of a variable representing a degree that the access to the non-access area is requested from the external device or a degree that the non-access area is accessed by the external device reaches a threshold, determine that the access from the external device is unauthorized; characterised in that unauthorized access determination unit is configured to change the value of the variable with a weight according to an area in the non-access area that the external device requests access for or an area in the non-access area that the external device accesses.