mhurhangee/ep-ind-claims huggingface dataset:
A fiber placement system comprising: a head system including a creel and a fiber placement head fixedly mounted to the creel; characterized in that, the system further comprises: a pedestal for carrying the head system; a robot in spaced relationship to the head system; and a magazine for carrying a mold assembly, the magazine movable to index the mold assembly to a first location wherein the mold assembly is retrievable by the robot, and a second location outside of a working envelope of the robot. a pedestal for carrying the head system; a robot in spaced relationship to the head system; and a magazine for carrying a mold assembly, the magazine movable to index the mold assembly to a first location wherein the mold assembly is retrievable by the robot, and a second location outside of a working envelope of the robot.
An agricultural harvester defining a longitudinal axis in a travel direction of the harvester, comprising: a chassis; a threshing and separating system carried by said chassis, said threshing and separating system including: a concave; a shaft defining an axis of rotation which is parallel to said concave and transverse to said longitudinal axis; and a plurality of slats (46, 46A, 46B) rotated by said shaft and configured to move crop material against said concave, said slats (46, 46A, 46B) having a helical shape winding around the axis of rotation, characterized in that said plurality of slats (46A, 46B) includes a first set of slats being predominantly on the left side of the shaft and having a left-handed helical shape, and a second set of slats being predominantly on the right side of the shaft and having a right-handed helical shape, and in that at least one slat of said first set of slats is staggered relative to a closest slat of said second set of slats, such that a portion of a slat length of said at least one slat is overlapped with one or more adjacent slats of said second set. a chassis; a threshing and separating system carried by said chassis, said threshing and separating system including: a concave; a shaft defining an axis of rotation which is parallel to said concave and transverse to said longitudinal axis; and a plurality of slats (46, 46A, 46B) rotated by said shaft and configured to move crop material against said concave, said slats (46, 46A, 46B) having a helical shape winding around the axis of rotation, characterized in that said plurality of slats (46A, 46B) includes a first set of slats being predominantly on the left side of the shaft and having a left-handed helical shape, and a second set of slats being predominantly on the right side of the shaft and having a right-handed helical shape, and in that at least one slat of said first set of slats is staggered relative to a closest slat of said second set of slats, such that a portion of a slat length of said at least one slat is overlapped with one or more adjacent slats of said second set. a concave; a shaft defining an axis of rotation which is parallel to said concave and transverse to said longitudinal axis; and a plurality of slats (46, 46A, 46B) rotated by said shaft and configured to move crop material against said concave, said slats (46, 46A, 46B) having a helical shape winding around the axis of rotation, characterized in that said plurality of slats (46A, 46B) includes a first set of slats being predominantly on the left side of the shaft and having a left-handed helical shape, and a second set of slats being predominantly on the right side of the shaft and having a right-handed helical shape, and in that at least one slat of said first set of slats is staggered relative to a closest slat of said second set of slats, such that a portion of a slat length of said at least one slat is overlapped with one or more adjacent slats of said second set.
A method for locking an input device of an electronic device, the method comprising: detecting a moving action of a housing of the electronic device from an open position to a closed position; initiating a sleep timer; and if at least a first condition of the electronic device is detected after detection of the moving action from the open position to the closed position and prior to the expiration of the sleep timer, the method further comprises executing a process to detect at least a second condition of the electronic device; and, if the second condition is detected prior to the expiration of the sleep timer, lock the input device prior to the expiration of the sleep timer, wherein the first condition or the second condition comprises comparing change between a first ambient light value detected when the electronic device is in the open position and a second ambient light value detected when the electronic device is in the closed position. detecting a moving action of a housing of the electronic device from an open position to a closed position; initiating a sleep timer; and if at least a first condition of the electronic device is detected after detection of the moving action from the open position to the closed position and prior to the expiration of the sleep timer, the method further comprises executing a process to
A binding assembly (100, 200, 500) for a sport board having at least two binding attachment receptacles in an upper surface of the sport board, the binding assembly being mountable to the upper surface of the sport board by at least two attachment features that correspond with the at least two binding attachment receptacles, the binding assembly comprising: a chassis (204, 504), characterized in the chassis having a peripheral member that defines at least a part of a perimeter of the chassis, the perimeter having a toe region, a heel region, and outer and inner side regions, the chassis further having a top side for receiving an upper of a binding that receives a foot of a rider of the sport board, and a bottom side that faces the sport board when the chassis is mounted therewith, the chassis further having at least two connector receptacles through the peripheral member, at least one connector receptacle at each of the outer and inner side regions of the perimeter and extending through the peripheral member at an angle inward from each of the outer and inner side regions of the perimeter toward a central region of the chassis such that each attachment feature engages through one of the connector receptacles to engage one of the at least two binding attachment receptacles inside a perimeter of the upper of the binding to mount the binding assembly to the upper surface of the sport board. a chassis (204, 504), characterized in the chassis having a peripheral member that defines at least a part of a perimeter of the chassis, the perimeter having a toe region, a heel region, and outer and inner side regions, the chassis further having a top side for receiving an upper of a binding that receives a foot of a rider of the sport board, and a bottom side that faces the sport board when the chassis is mounted therewith, the chassis further having at least two connector receptacles through the peripheral member, at least one connector receptacle at each of the outer and inner side regions of the perimeter and extending through the peripheral member at an angle inward from each of the outer and inner side regions of the perimeter toward a central region of the chassis such that each attachment feature engages through one of the connector receptacles to engage one of the at least two binding attachment receptacles inside a perimeter of the upper of the binding to mount the binding assembly to the upper surface of the sport board.
A molten steel treatment apparatus comprising: a container having a space for receiving molten steel and a molten steel tap hole formed on a bottom surface thereof so as to tap the molten steel; a nozzle having an inner space through which the molten steel passes and equipped in the molten steel tap hole; a liner which is installed on at least a portion of an inner circumferential surface of the nozzle and is formed of an ion-conductive material; a power supply for applying electric power to the molten steel and the liner; and a measuring unit for measuring a voltage value or a current value between the molten steel and the liner characterized in that the measuring unit, is configured to measure a voltage value between the molten steel and the liner when the power supply applies DC current to the molten steel and the liner, is configured to measure a current value between the molten steel and the liner when the power supply supplies DC voltage to the molten steel and the liner, and is configured to determine a thickness of an inclusion adhering to an interface between the molten steel and the liner from the voltage value or the current value. a container having a space for receiving molten steel and a molten steel tap hole formed on a bottom surface thereof so as to tap the molten steel; a nozzle having an inner space through which the molten steel passes and equipped in the molten steel tap hole; a liner which is installed on at least a portion of an inner circumferential surface of the nozzle and is formed of an ion-conductive material; a power supply for applying electric power to the molten steel and the liner; and a measuring unit for measuring a voltage value or a current value between the molten steel and the liner characterized in that the measuring unit, is configured to measure a voltage value between the molten steel and the liner when the power supply applies DC current to the molten steel and the liner, is configured to measure a current value between the molten steel and the liner when the power supply supplies DC voltage to the molten steel and the liner, and is configured to determine a thickness of an inclusion adhering to an interface between the molten steel and the liner from the voltage value or the current value.
Method for generating a panoramic layer image (1, 2) of an object to be imaged, by employing a 2D panoramic X-ray device, wherein the object is imaged by projecting X-rays generated by an X-ray source through the object in a radiation direction and recording said X-rays with an X-ray detector, wherein several 2D X-ray projection images are continuously recorded from various imaging directions while the X-ray source and the X-ray detector move around the object, wherein at least one panoramic layer image is calculated from the recorded 2D X-ray projection images by means of a reconstruction method, wherein a process of assembling the individual 2D X-ray projection images generates a focal layer of the panoramic layer images, wherein the focal layer comprises the principal anatomic structures of the upper jaw and/or the lower jaw, such as teeth, tooth roots, and the jaw bones, wherein the position/shape of the focal layer is determined by the path observed by the X-ray detector and the X-ray source in relation to the imaged object, wherein the anatomic structures not located in the focal layer generate a shadow and are blurred out, the panoramic layer image is calculated by selecting and using at least one partial area (50, 52, 55, 57, 65) from 2D X-ray projection images in relation to an active sensor area, characterized in that the position/shape and width of the focal layer and arrangement of main radiation directions on contact points between individual teeth are determined automatically based on a 3D model of the upper and/or lower jaw, wherein the partial area is selected fully automatically based on said determination in order to calculate the panoramic layer image.
A work vehicle capable of automatic travel along a travel route that is set parallel to a reference route generated on the basis of a first reference point and a second reference point set in advance, while identifying an own vehicle position thereof using a satellite positioning system, comprising: a control unit that is configured to activate a notification device, if the own vehicle position approaches a first control reference position identified on the basis of the first reference point or a second control reference position identified on the basis of the second reference point when the automatic travel is being performed, characterized in that the control unit is configured to change one of the first control reference position and the second control reference position to a third control reference position identified on the basis of a third reference point which is different from the first reference point and the second reference point, and after the change, the notification device is activated on the basis of the third control reference position instead of one of the first control reference position and the second control reference position. a control unit that is configured to activate a notification device, if the own vehicle position approaches a first control reference position identified on the basis of the first reference point or a second control reference position identified on the basis of the second reference point when the automatic travel is being performed, characterized in that the control unit is configured to change one of the first control reference position and the second control reference position to a third control reference position identified on the basis of a third reference point which is different from the first reference point and the second reference point, and
A process for the preparation of ethylene polymers comprising polymerizing ethylene, optionally with one or more α-olefins of formula CH 2 =CHR wherein R is hydrogen or a hydrocarbon radical having from 1 to 12 carbon atoms, in the presence of: (i) a solid catalyst component (cat) comprising titanium, magnesium, halogen and optionally an internal electron-donor compound, (ii) an aluminum alkyl compound (alk), and (iii) an antistatic compound selected among the hydroxyesters with at least two free hydroxyl groups, wherein the weight ratio of aluminum alkyl compound to solid catalyst component (alk/cat) is higher than 0.80 and lower than 15 and the weight ratio of antistatic compound to aluminum alkyl compound (AA/alk) is higher than 0.10. (i) a solid catalyst component (cat) comprising titanium, magnesium, halogen and optionally an internal electron-donor compound, (ii) an aluminum alkyl compound (alk), and (iii) an antistatic compound selected among the hydroxyesters with at least two free hydroxyl groups, wherein the weight ratio of aluminum alkyl compound to solid catalyst component (alk/cat) is higher than 0.80 and lower than 15 and the weight ratio of antistatic compound to aluminum alkyl compound (AA/alk) is higher than 0.10.
A method for identifying a tumor in a human individual or an animal that is susceptible to treatment with a TTK inhibitor, said method comprising: a) providing a tumor sample obtained from said human individual or animal; b) determining the presence of a mutated CTNNB1 gene in said tumor sample, wherein said mutation is located in exon 3 of CTNNB1, whereby the presence of a mutated CTNNB1 gene indicates that the tumor is susceptible to treatment with a TTK inhibitor. a) providing a tumor sample obtained from said human individual or animal; b) determining the presence of a mutated CTNNB1 gene in said tumor sample, wherein said mutation is located in exon 3 of CTNNB1, whereby the presence of a mutated CTNNB1 gene indicates that the tumor is susceptible to treatment with a TTK inhibitor.
A cooperative extremum-seeking control system comprising: - a first extremum-seeking controller configured to provide a first control input to a first plant and receive a first performance variable as feedback from the first plant; and - a second extremum-seeking controller configured to provide a second control input to a second plant that interacts with the first plant, receive a second performance variable as feedback from the second plant, and provide the second performance variable to the first controller; wherein the first and second extremum-seeking controllers (720, 772) operate independently and the first and second extremum-seeking controllers (720, 772) share performance data from their respective control systems with each other, wherein the first extremum-seeking controller is further configured to aggregate the first performance variable and the second performance variable to determine a total performance variable, calculate a gradient of the total performance variable with respect to the first control input, generate a third control input using the gradient of the total performance variable, and provide the third control input to the first plant, and wherein the first plant uses the third control input to operate equipment of the first plant, thereby affecting a variable state or condition of the first plant. - a first extremum-seeking controller configured to provide a first control input to a first plant and receive a first performance variable as feedback from the first plant; and - a second extremum-seeking controller configured to provide a second control input to a second plant that interacts with the first plant, receive a second performance variable as feedback from the second plant, and provide the second performance variable to the first controller; wherein the first and second extremum-seeking controllers (720, 772) operate independently and the first and second extremum-seeking controllers (720, 772) share performance data from their respective control systems with each other, wherein the first extremum-seeking controller is further configured to aggregate the first performance variable and the second performance variable to determine a total performance variable, calculate a gradient of the total performance variable with respect to the first control input, generate a third control input using the gradient of the total performance variable, and provide the third control input to the first plant, and wherein the first plant uses the third control input to operate equipment of the first plant, thereby affecting a variable state or condition of the first plant.
A panel comprising a plurality of sheets wherein each sheet comprises at least 2 monolayers, preferably at least 4 monolayers, each sheet comprises at most 8 monolayers, preferably at most 6 monolayers, the monolayers containing multifilament yarns spun from ultra-high molecular weight polyethylene (UHMWPE), wherein the multifilament yarn has a tenacity (Ten) as expressed in cN/dtex according to Formula 1: Ten cN / dtex = ƒ × n − 0.05 × dpf − 0.15 wherein Ten is at least 39 cN/dtex, n is the number of filaments in the multifilament yarn and is at least 25, f is a factor of at least 62.0 and dpf is the dtex per filament.
A switch, comprising: multiple ports partitioned into two logical groups, a first group of ports (155, 156, 157) supporting forwarding based on software-defined flows, and a second group supporting traditional packet forwarding (151, 152, 153); a flow definition management module configurable to identify a generic flow definition which specifies a flow rule that is not specific to any input port of the switch; and a flow lookup data structure configurable to store one or more port-specific flow rules based on the generic flow definition, wherein each port-specific flow rule corresponds to a respective port in the first group which is capable of processing software-defined data flows. multiple ports partitioned into two logical groups, a first group of ports (155, 156, 157) supporting forwarding based on software-defined flows, and a second group supporting traditional packet forwarding (151, 152, 153); a flow definition management module configurable to identify a generic flow definition which specifies a flow rule that is not specific to any input port of the switch; and a flow lookup data structure configurable to store one or more port-specific flow rules based on the generic flow definition, wherein each port-specific flow rule corresponds to a respective port in the first group which is capable of processing software-defined data flows.
A valve assembly for a compression cylinder of a compressor, the valve assembly comprising: a seat plate including a plurality of fluid conduits; and a plurality of poppet assemblies, wherein each of the poppet assemblies of the plurality of poppet assemblies includes one or more fluid ports, a housing, a cover removably coupled to the at least one poppet assembly, and a first impact bushing coupled to the housing, wherein the housing of each poppet assembly is configured to be coupled to the seat plate proximate a respective fluid conduit of the plurality of fluid conduits to facilitate flow of a fluid through the fluid conduit via the one or more fluid ports of the respective poppet assembly, wherein each poppet assembly comprises a poppet, and a poppet of at least one poppet assembly is configured to open and close against the impact bushing, wherein the poppet of each poppet assembly comprises a stem received by the housing and a poppet head, and wherein a carrier is coupled to the stem, and wherein the poppet assemblies generally extending from a side of the seat plate. a seat plate including a plurality of fluid conduits; and a plurality of poppet assemblies, wherein each of the poppet assemblies of the plurality of poppet assemblies includes one or more fluid ports, a housing, a cover removably coupled to the at least one poppet assembly, and a first impact bushing coupled to the housing, wherein the housing of each poppet assembly is configured to be coupled to the seat plate proximate a respective fluid conduit of the plurality of fluid conduits to facilitate flow of a fluid through the fluid conduit via the one or more fluid ports of the respective poppet assembly, wherein each poppet assembly comprises a poppet, and a poppet of at least one poppet assembly is configured to open and close against the impact bushing, wherein the poppet of each poppet assembly comprises a stem received by the housing and a poppet head, and wherein a carrier is coupled to the stem, and wherein the poppet assemblies generally extending from a side of the seat plate.
A system for expansion of an expandable implant having a first end and a second end, the system comprising: a first inflatable body having a first outer diameter when in an inflated state; and a second inflatable body positioned adjacent to the first inflatable body and having an outer surface configured to apply an expansion force to the expandable implant, the outer surface having a shape that tapers downward in a direction towards the first inflatable body to a narrow portion having a second outer diameter that is less than the first outer diameter when the second inflatable body is in an inflated state; wherein the first inflatable body includes a shoulder portion and wherein, when the first inflatable body is in a deflated state, the shoulder portion is configured to contact the second end of the expandable implant to impede movement of the expandable implant in a direction towards the first inflatable body. a first inflatable body having a first outer diameter when in an inflated state; and a second inflatable body positioned adjacent to the first inflatable body and having an outer surface configured to apply an expansion force to the expandable implant, the outer surface having a shape that tapers downward in a direction towards the first inflatable body to a narrow portion having a second outer diameter that is less than the first outer diameter when the second inflatable body is in an inflated state; wherein the first inflatable body includes a shoulder portion and wherein, when the first inflatable body is in a deflated state, the shoulder portion is configured to contact the second end of the expandable implant to impede movement of the expandable implant in a direction towards the first inflatable body.