mhurhangee/ep-ind-claims huggingface dataset:
A repeated fed-batch method of culturing an oil-producing Thraustochytrid microorganism comprising the steps of: (a) providing a container comprising one or more oil-producing Thraustochytrid microorganisms and medium, wherein the oil-producing Thraustochytrid microorganisms and medium form a start volume; (b) culturing the oil-producing Thraustochytrid microorganisms in the medium in the container by: i. culturing the oil-producing Thraustochytrid microorganisms under conditions that favor biomass production; and ii. culturing the oil-producing Thraustochytrid microorganisms of step (i) under conditions that favor lipid production until the culture completes fermentation and reaches a threshold volume when fermentation is complete, wherein the culturing comprises feeding one or more carbon sources to the culture; (c) harvesting a portion of the threshold volume from the container to leave a residual volume in the container that is 20% to 40% of the start volume; (d) adding fresh medium to the container in an amount to return the volume of the culture to the start volume; and (e) repeating steps (b), (c), and (d). (a) providing a container comprising one or more oil-producing Thraustochytrid microorganisms and medium, wherein the oil-producing Thraustochytrid microorganisms and medium form a start volume; (b) culturing the oil-producing Thraustochytrid microorganisms in the medium in the container by: i. culturing the oil-producing Thraustochytrid microorganisms under conditions that favor biomass production; and ii. culturing the oil-producing Thraustochytrid microorganisms of step (i) under conditions that favor lipid production until the culture completes fermentation and reaches a threshold volume when fermentation is complete, wherein the culturing comprises feeding one or more carbon sources to the culture; i. culturing the oil-producing Thraustochytrid microorganisms under conditions that favor biomass production; and ii. culturing the oil-producing Thraustochytrid microorganisms of step (i) under conditions that favor lipid production until the culture completes fermentation and reaches a threshold volume when fermentation is complete, wherein the culturing comprises feeding one or more carbon sources to the culture; (c) harvesting a portion of the threshold volume from the container to leave a residual volume in the container that is 20% to 40% of the start volume; (d) adding fresh medium to the container in an amount to return the volume of the culture to the start volume; and (e) repeating steps (b), (c), and (d).
Air intake of an aircraft nacelle that comprises a pipe that extends over the circumference of said air intake and means for localized injection of hot air in said pipe providing the circulation of the hot air in the pipe along its circumference, characterized in that the injection means comprise a collector tank in a plane that is secant to the direction of the flow of air that circulates in the pipe that comprises at least one hole that makes it possible for the flow of air that circulates in the pipe to pass through it and a number of injection openings that are connected to a supply of hot air and arranged around the passage hole or around and/or between the passage holes.
A method of manufacturing a semiconductor apparatus, the method comprising the steps of: making a first surface of a lead frame, comprising lead sections which form external connection terminals and wiring circuit sections divided for forming wiring circuits, face upward; bonding a semiconductor device (11, 12, 32) to a parts mounting plane (15a, 15b) of the wiring circuit sections using a first bonding material; bonding a first electronic part (17, 18) using the first bonding material for bridging a gap between the wiring circuit sections; connecting the semiconductor device (11, 12, 32) and one of the wiring circuit sections with a bonding wire; turning upside down the lead frame for making a second surface of the lead frame face upward; bonding a second electronic part (19, 20, 37) to the second surface of the lead frame using a second bonding material (36, 41) at a temperature lower than a temperature, thereat the first electronic part is bonded, for bridging the gap between wiring circuit sections; and sealing both sides of the lead frame with a mold resin. making a first surface of a lead frame, comprising lead sections which form external connection terminals and wiring circuit sections divided for forming wiring circuits, face upward; bonding a semiconductor device (11, 12, 32) to a parts mounting plane (15a, 15b) of the wiring circuit sections using a first bonding material; bonding a first electronic part (17, 18) using the first bonding material for bridging a gap between the wiring circuit sections; connecting the semiconductor device (11, 12, 32) and one of the wiring circuit sections with a bonding wire; turning upside down the lead frame for making a second surface of the lead frame face upward; bonding a second electronic part (19, 20, 37) to the second surface of the lead frame using a second bonding material (36, 41) at a temperature lower than a temperature, thereat the first electronic part is bonded, for bridging the gap between wiring circuit sections; and sealing both sides of the lead frame with a mold resin.
A seaming device comprising: a seaming turret including a plurality of chuck units and a plurality of seaming units; and a washing unit configured to wash seaming rolls (451, 452) of the seaming units, wherein the washing unit includes a washing member (510, 520) having a cleaning brush (511, 521, 522) that is advanceable and retractable along a direction toward the seaming turret from outside when a washing mode is selected, the seaming device being characterized in that the washing unit is further configured to wash chucks of the chuck units, and the seaming device further includes a washing control mechanism that performs a washing operation to cause the cleaning brush to move toward the seaming turret, with the chucks that are provided in the chuck units being rotatable on axes thereof while stopping revolution of the chuck units by the seaming turret. a seaming turret including a plurality of chuck units and a plurality of seaming units; and a washing unit configured to wash seaming rolls (451, 452) of the seaming units, wherein the washing unit includes a washing member (510, 520) having a cleaning brush (511, 521, 522) that is advanceable and retractable along a direction toward the seaming turret from outside when a washing mode is selected, the seaming device being characterized in that the washing unit is further configured to wash chucks of the chuck units, and the seaming device further includes a washing control mechanism that performs a washing operation to cause the cleaning brush to move toward the seaming turret, with the chucks that are provided in the chuck units being rotatable on axes thereof while stopping revolution of the chuck units by the seaming turret.
A forming structure having an outer surface configured to receive a polymer web, an inner surface, a thickness (t) between the outer surface and the inner surface, and a plurality of openings extending through the thickness (t) at an acute angle (β) relative to a plane tangential to the outer surface, each of the plurality of openings having a shape at the outer surface defined by a first ellipse having a first major axis and a first minor axis, and a second ellipse having a second major axis and a second minor axis, the first major axis substantially parallel to a machine direction and coinciding with the second minor axis, the second major axis substantially parallel to a transverse direction orthogonal to the machine direction and offset from the first minor axis.
A computer implemented method, comprising: receiving at least one video frame of an environment; generating a surface reconstruction of the environment; projecting a plurality of rays from a camera towards a virtual object and a real world object within the surface reconstruction of the environment; generating illumination data of the environment from the at least one video frame; determining a subset of rays from the plurality of rays in the environment based on shadow areas and edges within the environment needing refinement, wherein the determining a subset of rays from the plurality of rays comprises applying adaptive sampling techniques based on a 4-D subdivision of a ray space comprising the plurality of rays and an approximated variance analysis of said ray space; generating estimated real world lighting data of the environment associated with the at least one video frame, based on the surface reconstruction, the illumination data, and rendering the virtual object over the at least one video frame based on the plurality of rays excluding the subset of rays using the estimated real world lighting data. receiving at least one video frame of an environment; generating a surface reconstruction of the environment; projecting a plurality of rays from a camera towards a virtual object and a real world object within the surface reconstruction of the environment; generating illumination data of the environment from the at least one video frame; determining a subset of rays from the plurality of rays in the environment based on shadow areas and edges within the environment needing refinement, wherein the determining a subset of rays from the plurality of rays comprises applying adaptive sampling techniques based on a 4-D subdivision of a ray space comprising the plurality of rays and an approximated variance analysis of said ray space; generating estimated real world lighting data of the environment associated with the at least one video frame, based on the surface reconstruction, the illumination data, and rendering the virtual object over the at least one video frame based on the plurality of rays excluding the subset of rays using the estimated real world lighting data.
A first stage turbine vane arrangement having an array of first stage vanes, and an array of frame segments for axially receiving aft ends of a combustor transition pieces, the first stage vanes comprising extended vanes, each extended vane comprising a leading section, a trailing edge, and an airfoil extending between an outer platform and an inner platform, the frame segments comprising an I-beam with an upper horizontal element, a lower horizontal element, and a vertical web, the vertical web having a downstream face, facing towards a first stage of a turbine when installed in a gas turbine, wherein the downstream face of the vertical web of at least one of the frame segments is overlapping when viewed in axial direction, at least partially, the leading section of at least one of the extended vanes; the first stage vane arrangement is characterized by comprising a plurality of non-extended vanes, wherein each non-extended vane comprises a leading section, a trailing edge, and an airfoil extending between the outer platform and the inner platform, wherein at least one of the non-extended vanes is positioned between two extended vanes, and wherein the upstream portions of the extended vanes are extended in comparison to the non-extended vanes.
Electric hot wedge, having a welding wedge and a welding wedge attachment made of metal, for use with a welding device for the seam-like connecting of plastic webs, wherein the welding wedge comprises at least one electric heating resistor having a heating conductor, which is bonded to a ceramic carrier as a conductive layer and is preferably protected by a ceramic cover layer, characterized in that the welding wedge attachment has a support structure made of metal on the side thereof, which substantially extends across the entire length and/or width of the electric heating resistor and which mechanically stabilizes the carrier of the heating resistor.
A method of adjusting transmission power of a terminal performed by the terminal, comprising: connecting to an accession point of a wireless network; obtaining a connection state of the terminal connecting to the accession point; calculating a connection evaluation score based on the connection state; obtaining a state of a screen of the terminal, setting a threshold connection score based on the state of the screen of the terminal; comparing the connection evaluation score to the threshold connection score; and reducing the transmission power of the terminal connecting to the wireless network in response to the connection evaluation score being greater than the threshold connection score; characterized in that the setting the threshold connection score based on the state of the screen comprises: setting a first threshold connection score in response to the screen being in black; setting a second threshold connection score in response to the screen being bright; and the first threshold connection score is less than the second threshold connection score. connecting to an accession point of a wireless network; obtaining a connection state of the terminal connecting to the accession point; calculating a connection evaluation score based on the connection state; obtaining a state of a screen of the terminal, setting a threshold connection score based on the state of the screen of the terminal; comparing the connection evaluation score to the threshold connection score; and reducing the transmission power of the terminal connecting to the wireless network in response to the connection evaluation score being greater than the threshold connection score; characterized in that the setting the threshold connection score based on the state of the screen comprises: setting a first threshold connection score in response to the screen being in black; setting a second threshold connection score in response to the screen being bright; and the first threshold connection score is less than the second threshold connection score. setting a first threshold connection score in response to the screen being in black; setting a second threshold connection score in response to the screen being bright; and the first threshold connection score is less than the second threshold connection score.
A phosphaguanidine compound comprising the structure of formula I: wherein R 2, R 5, R 7, and R 9 are independently selected from hydrides, aliphatic moieties, heteroaliphatic moieties, aromatic moieties, or heteroaromatic moieties, or may include a lone pair of electrons; R 6 is an aliphatic, heteroaliphatic, aromatic, or heteroaromatic moiety; R 1 and R 8 include the same or different moieties selected from aliphatic moieties, heteroaliphatic moieties, aromatic moieties, or heteroaromatic moieties and/or may include a lone pair of electrons; R a1, R a2, R b1, and R b2 are independently selected from aliphatic moieties, heteroaliphatic moieties, aromatic moieties, or heteroaromatic moieties. R 2, R 5, R 7, and R 9 are independently selected from hydrides, aliphatic moieties, heteroaliphatic moieties, aromatic moieties, or heteroaromatic moieties, or may include a lone pair of electrons; R 6 is an aliphatic, heteroaliphatic, aromatic, or heteroaromatic moiety; R 1 and R 8 include the same or different moieties selected from aliphatic moieties, heteroaliphatic moieties, aromatic moieties, or heteroaromatic moieties and/or may include a lone pair of electrons; R a1, R a2, R b1, and R b2 are independently selected from aliphatic moieties, heteroaliphatic moieties, aromatic moieties, or heteroaromatic moieties.
Pan having a body and a handle which is releasably connected to the body by means of a releasable connection comprising a bracket, which is provided with a hole and projected laterally from the body of the pan, and an engaging mechanism, which is arranged on the handle and which comprises a front engaging tooth which is configured to be inserted into said hole, and a cam element which is rotatable into a locked position for pushing with a first cam surface against a corresponding edge of the said hole so as to clamp a part of the bracket between the first cam surface and a facing rear projecting part of the engaging mechanism opposite the engaging tooth, characterized in that a resilient strip is arranged between the said first cam surface and the corresponding edge of the hole so as to be pushed by the cam towards the corresponding edge of the hole against the resilient action when the cam is rotated in the locked position, allowing sliding of the cam surface and pressing against the edge of the hole.
Holding frame (1, 1', 1") for an industrial plug connector, for accommodating plug-connector modules which are of identical type and/or different, wherein the holding frame (1, 1', 1") consists of a wire framework which is bent in a three-dimensional manner, wherein the holding frame (1, 1', 1") has oppositely-situated fastening contours- (11, 11', 11"), which in turn have cutouts (14, 14', 14") for latching noses of the plug-connector modules, characterized in that the holding frame (1, 1', 1") has two side walls which are fastened to the side surfaces of the wire framework. the holding frame (1, 1', 1") consists of a wire framework which is bent in a three-dimensional manner, wherein the holding frame (1, 1', 1") has oppositely-situated fastening contours- (11, 11', 11"), which in turn have cutouts (14, 14', 14") for latching noses of the plug-connector modules, characterized in that the holding frame (1, 1', 1") has two side walls which are fastened to the side surfaces of the wire framework.
Use of a sealing material comprising a multifilament or spun yarn coated with a non-curable joint sealing composition to seal a joint in a pipe system in which system a fluid comprising at least one of: (a) a corrosion inhibitor; (b) a sludge remover; (c) an alcohol; (d) a hydrocarbon; or (e) steam at a temperature of at least 180°C and a pressure of at least 10 bar; is to be passed through the sealed joint, and wherein the multifilament or spun yarn is constructed from polyamide, and, wherein the joint sealing composition comprises a silicone oil and a filler selected from a mineral filler, powdered polymer filler or chopped fibre filler material. (a) a corrosion inhibitor; (b) a sludge remover; (c) an alcohol; (d) a hydrocarbon; or (e) steam at a temperature of at least 180°C and a pressure of at least 10 bar; wherein the multifilament or spun yarn is constructed from polyamide, and, wherein the joint sealing composition comprises a silicone oil and a filler selected from a mineral filler, powdered polymer filler or chopped fibre filler material.
A mobile mowing device comprising a mower for cut material and a drive for the mower, which is designed as a cutter bar having at least two cutter discs (4a, 4b, 4c) arranged along the cutter bar and each rotatable about a vertical axis of rotation, wherein, of the at least two cutter discs (4a, 4b, 4c), two directly adjacent cutter discs (4a, 4b, 4c) are driven in opposite directions of rotation from one another and, in the region of the shortest distance therebetween, form a collecting region for the cut material, and above the cutter bar there is provided a cover, on which there is arranged an upwardly guiding ejection pipe for the cut material, characterised in that the upwardly guiding ejection pipe is provided with a throw-out blower, which has a paddle wheel, the throwing paddles of which extend into the collecting region formed between the cover and cutter bar.
A load management system for controlling a rotation of a suspended load, the system comprising: two or more control moment gyroscopic modules for attachment directly or indirectly to the suspended load; a controller to independently control the two or more control moment gyroscopic modules; each gyroscopic module comprising a first motor coupled to a respective rotor of the gyroscopic module and in communication with the controller to control an angular velocity of the respective rotor to control the rotation of the suspended load; wherein the orientation of the suspended load is controlled by transferring the angular momentum from the two or more control moment gyroscopic modules to the suspended load, characterised in that the first motor of each gyroscopic module is located within the respective rotor. two or more control moment gyroscopic modules for attachment directly or indirectly to the suspended load; a controller to independently control the two or more control moment gyroscopic modules; each gyroscopic module comprising a first motor coupled to a respective rotor of the gyroscopic module and in communication with the controller to control an angular velocity of the respective rotor to control the rotation of the suspended load; wherein the orientation of the suspended load is controlled by transferring the angular momentum from the two or more control moment gyroscopic modules to the suspended load, characterised in that the first motor of each gyroscopic module is located within the respective rotor.
A computing device comprising: a display being tiltable downwards and/or upwards; a memory storing image data, wherein the image data, when displayed on said display, appears without distortion from a first position relative to the display; a sensor to determine a second position, namely, the position of a user relative to the display, and a line of sight of the user; and a controller to transform the image data using a perspective transformation based on the second position to reduce appearance of distortion resulting from the position of the user relative to the display, the display configured to display the transformed image data, wherein the sensor includes a tilt sensor to detect a degree of tilt of the display, wherein the second position comprises: the degree of tilt of the display relative to the line of sight of the user; and a distance of the user from the display. a display being tiltable downwards and/or upwards; a memory storing image data, wherein the image data, when displayed on said display, appears without distortion from a first position relative to the display; a sensor to determine a second position, namely, the position of a user relative to the display, and a line of sight of the user; and a controller to transform the image data using a perspective transformation based on the second position to reduce appearance of distortion resulting from the position of the user relative to the display, the display configured to display the transformed image data, wherein the sensor includes a tilt sensor to detect a degree of tilt of the display, wherein the second position comprises: the degree of tilt of the display relative to the line of sight of the user; and a distance of the user from the display. the degree of tilt of the display relative to the line of sight of the user; and a distance of the user from the display.
A battery powered tool, comprising: a housing containing a motor assembly; a fan positioned in the housing and rotated by the motor assembly, the fan having a circular ring/body characterised in that the circular ring/body defines a concave shaped surface, and further having multiple fan blades directly connected to the concave shaped surface; and a fan baffle receiving air discharged by the fan blades, the fan baffle having at least two differently directed baffle exhausts (46, 48, 50). a housing containing a motor assembly; a fan positioned in the housing and rotated by the motor assembly, the fan having a circular ring/body characterised in that the circular ring/body defines a concave shaped surface, and further having multiple fan blades directly connected to the concave shaped surface; and a fan baffle receiving air discharged by the fan blades, the fan baffle having at least two differently directed baffle exhausts (46, 48, 50).