mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for monitoring an environmental incident associated with a leak, the method comprising: collecting, in real time over a network for the environmental incident in an area of interest, field environmental data comprising information about a source of the leak and leaked material from environmental systems; tracking, in real time for the environmental incident in the area of interest, weather systems using weather data collected from weather systems; tracking, in real time for the environmental incident in the area of interest, changes in vapor cloud images and determining, by the computer, using a vapor cloud model, vapor cloud predictions specific to the leaked material; tracking, in real time, events that occur in the area of interest; tracking emergency preparedness procedures corresponding to the area of interest, characterised by performing root cause analysis for the environmental incident, wherein performing root cause analysis comprises generating, by the computer, an evacuation route in real-time using the collected data, the tracked data, and the determined vapor cloud predictions; and performing an action based on the root cause analysis, wherein performing the action comprises displaying, by the computer, in a graphical user interface, GUI, the evacuation route and graphical information for the environmental incident including a 3D vapor cloud model displayed in combination with a 3D plan model of the area of interest. collecting, in real time over a network for the environmental incident in an area of interest, field environmental data comprising information about a source of the leak and leaked material from environmental systems; tracking, in real time for the environmental incident in the area of interest, weather systems using weather data collected from weather systems; tracking, in real time for the environmental incident in the area of interest, changes in vapor cloud images and determining, by the computer, using a vapor cloud model, vapor cloud predictions specific to the leaked material; tracking, in real time, events that occur in the area of interest; tracking emergency preparedness procedures corresponding to the area of interest, characterised by performing root cause analysis for the environmental incident, wherein performing root cause analysis comprises generating, by the computer, an evacuation route in real-time using the collected data, the tracked data, and the determined vapor cloud predictions; and performing an action based on the root cause analysis, wherein performing the action comprises displaying, by the computer, in a graphical user interface, GUI, the evacuation route and graphical information for the environmental incident including a 3D vapor cloud model displayed in combination with a 3D plan model of the area of interest.
A method for preparing a functionalized polymer, the method comprising the steps of: (i) polymerizing conjugated diene monomer to form a polymer having a reactive chain end, and (ii) reacting the polymer having a reactive chain end with an imine compound containing a cyano group, wherein the imine compound containing a cyano group is defined by the formula I: where R 1 is a hydrogen atom or a hydrocarbyl group which does not contain heteroatoms, R 2 is a bond or a hydrocarbylene group which does not contain heteroatoms, and R 3 is a hydrocarbyl group which does not contain heteroatoms, or where the imine compound containing a cyano group is defined by the formula II: where R 4 and R 5 are each independently a hydrogen atom or a hydrocarbyl group which does not contain heteroatoms, and R 2 is a bond or a hydrocarbylene group which does not contain heteroatoms. (i) polymerizing conjugated diene monomer to form a polymer having a reactive chain end, and (ii) reacting the polymer having a reactive chain end with an imine compound containing a cyano group, wherein the imine compound containing a cyano group is defined by the formula I: where R 1 is a hydrogen atom or a hydrocarbyl group which does not contain heteroatoms, R 2 is a bond or a hydrocarbylene group which does not contain heteroatoms, and R 3 is a hydrocarbyl group which does not contain heteroatoms, or where the imine compound containing a cyano group is defined by the formula II: where R 4 and R 5 are each independently a hydrogen atom or a hydrocarbyl group which does not contain heteroatoms, and R 2 is a bond or a hydrocarbylene group which does not contain heteroatoms.
A dual-motor drive assembly, comprising a first motor and a second motor arranged coaxially, a first gear transmission, a second gear transmission, and one or more idle gear pairs (42, 52), the first gear transmission is driven by the first motor, the second gear transmission is driven by the second motor, and the idle gear pairs (42, 52) are respectively arranged in the first gear transmission and the second gear transmission and are configured to increase a distance between an output shaft of the first motor and an end shaft of the first gear transmission, the first gear transmission and the second gear transmission are each a two-stage gear transmission, gears of corresponding stages in the first gear transmission and the second gear transmission are arranged on a same axis, and the idle gear pairs (42, 52) are respectively arranged between a pair of first stage gears, and between a pair of second stage gears, the first gear transmission and the second gear transmission respectively comprise a first stage pinion (41, 51), a first stage gear (45, 53), a second stage pinion (46, 54) and a second stage gear (47, 55), and there is one idle gear pair (42, 52) which is arranged between the first stage pinions (41, 51) and the first stage gears (45, 53), characterized in that the dual-motor drive assembly further comprises a clutch, the clutch is arranged between two shafts of the idle gear pair (42, 52), or between gear shafts of each stage. a first motor and a second motor arranged coaxially, a first gear transmission, a second gear transmission, and one or more idle gear pairs (42, 52), the first gear transmission is driven by the first motor, the second gear transmission is driven by the second motor, and the idle gear pairs (42, 52) are respectively arranged in the first gear transmission and the second gear transmission and are configured to increase a distance between an output shaft of the first motor and an end shaft of the first gear transmission, the first gear transmission and the second gear transmission are each a two-stage gear transmission, gears of corresponding stages in the first gear transmission and the second gear transmission are arranged on a same axis, and the idle gear pairs (42, 52) are respectively arranged between a pair of first stage gears, and between a pair of second stage gears, the first gear transmission and the second gear transmission respectively comprise a first stage pinion (41, 51), a first stage gear (45, 53), a second stage pinion (46, 54) and a second stage gear (47, 55), and there is one idle gear pair (42, 52) which is arranged between the first stage pinions (41, 51) and the first stage gears (45, 53), characterized in that the dual-motor drive assembly further comprises a clutch, the clutch is arranged between two shafts of the idle gear pair (42, 52), or between gear shafts of each stage.
A method for handling information about an information network comprising a plurality of wireless nodes, each wireless node of the plurality of wireless nodes coupled to a non-wireless portion of a network, the wireless nodes located in an outdoor environment at an airport and forming at least part of a network, at least one wireless node of the plurality of wireless nodes being configured for wireless communication with a computer located on an aircraft when the aircraft is at least proximate to the airport, the method comprising: providing diagnostic information corresponding to a characteristic of at least one of the plurality of outdoor wireless network nodes while the at least one wireless network node is in operational use; wherein the at least one wireless node comprises: an enclosure; and a plurality of components located within the enclosure, the plurality of components including a wireless transmitter and a wireless receiver; and wherein the providing diagnostic information comprises sensing, using at least one sensor located within the enclosure, a state of at least one of the plurality of components; transmitting the diagnostic information to a server computer coupled to the network; and based on the diagnostic information received at the server computer, determining an existing or imminent fault of the at least one wireless node. providing diagnostic information corresponding to a characteristic of at least one of the plurality of outdoor wireless network nodes while the at least one wireless network node is in operational use; wherein the at least one wireless node comprises: an enclosure; and a plurality of components located within the enclosure, the plurality of components including a wireless transmitter and a wireless receiver; and an enclosure; and a plurality of components located within the enclosure, the plurality of components including a wireless transmitter and a wireless receiver; and wherein the providing diagnostic information comprises sensing, using at least one sensor located within the enclosure, a state of at least one of the plurality of components; transmitting the diagnostic information to a server computer coupled to the network; and based on the diagnostic information received at the server computer, determining an existing or imminent fault of the at least one wireless node.
An arc-shaped photo-chromic visor production method, comprising the following steps: opening an arc-shaped visor mold by spacing apart at least the following mold parts: • a mold concave surface having a central portion; • a mold convex central surface facing said central portion of the mold concave surface; cutting a flexible photo-chromic foil with a predefined shape, said photo-chromic foil being reactive under UV light in the UV-A range; extending said cut flexible photo-chromic foil in contact with the mold convex central surface of the arc-shaped visor mold; closing the arc-shaped visor mold, injecting melted plastic therein said plastic being selected to be transparent to visible light once hardened, and hardening the transparent plastic obtaining the arc-shaped photo-chromic visor including a photo-chromic foil; characterized in that the photo-chromic foil consist of a layer made of a material selected to be reactive under UV light in a portion of the UV-A range adjacent to the visible light range, the plastic being over molded on said layer constitutive of the photo-chromic foil; the plastic to be injected in the arc-shaped visor mold is selected to be partially UV-transparent in the UV-A range adjacent to the visible light once hardened but opaque or mostly opaque to most of the UV light spectrum opening an arc-shaped visor mold by spacing apart at least the following mold parts: • a mold concave surface having a central portion; • a mold convex central surface facing said central portion of the mold concave surface; • a mold concave surface having a central portion; • a mold convex central surface facing said central portion of the mold concave surface; cutting a flexible photo-chromic foil with a predefined shape, said photo-chromic foil being reactive under UV light in the UV-A range; extending said cut flexible photo-chromic foil in contact with the mold convex central surface of the arc-shaped visor mold; closing the arc-shaped visor mold, injecting melted plastic therein said plastic being selected to be transparent to visible light once hardened, and hardening the transparent plastic obtaining the arc-shaped photo-chromic visor including a photo-chromic foil; characterized in that the photo-chromic foil consist of a layer made of a material selected to be reactive under UV light in a portion of the UV-A range adjacent to the visible light range, the plastic being over molded on said layer constitutive of the photo-chromic foil; the plastic to be injected in the arc-shaped visor mold is selected to be partially UV-transparent in the UV-A range adjacent to the visible light once hardened but opaque or mostly opaque to most of the UV light spectrum
A system for securing a medical device to a medical valve instrument, comprising: a medical device having an elongate body and an exterior surface; an adapter tool defining the lumen along a longitudinal axis (105, 305), the elongate body of the medical device being positioned with the lumen of the adapter tool so as to provide a sealed engagement between the adapter tool and the exterior surface of the medical device, wherein the adapter tool comprises an adaptor device (100, 300) for the medical device, the adaptor device comprising a generally tapered body portion (112, 312) configured to engage an inlet port of a hemostasis valve, the generally tapered body portion (112, 312) defining a lumen (116, 316) to receive and seal a sheath of the medical device for passage of the medical device into the hemostasis valve, the body portion including one or more protrusions (118, 330, 332, 340, 318) extending outwardly from a longitudinal axis of the body portion to sealingly engage with a component of the inlet port of the hemostasis valve, wherein the generally tapered body portion surrounds the lumen and the medical device therein; wherein the one or more protrusions comprise a first threaded protrusion and a second threaded protrusion that, respectively, extend at least partially around an exterior of the generally tapered body portion. a medical device having an elongate body and an exterior surface; an adapter tool defining the lumen along a longitudinal axis (105, 305), the elongate body of the medical device being positioned with the lumen of the adapter tool so as to provide a sealed engagement between the adapter tool and the exterior surface of the medical device, wherein the adapter tool comprises an adaptor device (100, 300) for the medical device, the adaptor device comprising a generally tapered body portion (112, 312) configured to engage an inlet port of a hemostasis valve, the generally tapered body portion (112, 312) defining a lumen (116, 316) to receive and seal a sheath of the medical device for passage of the medical device into the hemostasis valve, the body portion including one or more protrusions (118, 330, 332, 340, 318) extending outwardly from a longitudinal axis of the body portion to sealingly engage with a component of the inlet port of the hemostasis valve, a generally tapered body portion (112, 312) configured to engage an inlet port of a hemostasis valve, the generally tapered body portion (112, 312) defining a lumen (116, 316) to receive and seal a sheath of the medical device for passage of the medical device into the hemostasis valve, the body portion including one or more protrusions (118, 330, 332, 340, 318) extending outwardly from a longitudinal axis of the body portion to sealingly engage with a component of the inlet port of the hemostasis valve, wherein the generally tapered body portion surrounds the lumen and the medical device therein; wherein the one or more protrusions comprise a first threaded protrusion and a second threaded protrusion that, respectively, extend at least partially around an exterior of the generally tapered body portion.
Steam iron for domestic use having a steam chamber and a heating device, as well as a water supply container and a pump for conveying cold water to the steam chamber and a control for the pumping capacity of the pump, which is adapted to control the pumping capacity as a function of a sole temperature and/or a sole temperature preselection setting of the steam iron, - wherein the control is adapted to control the sole temperature as a function of a temperature preselection setting, - and wherein the control has a comparison device which compares a temperature preselection setting with the presence of a steam request signal and is adapted to set a sole temperature which deviates from the temperature preselection setting as a function of the temperature preselection setting and the presence of a steam request signal; characterised in that temperature settings, which correspond to a point on the temperature regulator of the iron, lie on a straight line. - wherein the control is adapted to control the sole temperature as a function of a temperature preselection setting, - and wherein the control has a comparison device which compares a temperature preselection setting with the presence of a steam request signal and is adapted to set a sole temperature which deviates from the temperature preselection setting as a function of the temperature preselection setting and the presence of a steam request signal;
A low molecular weight precursor comprising: a liquid crosslinker with a molecular weight of no more than about 2000 that comprises at least three functional groups that are strong electrophiles, wherein the crosslinker is a polyethylene glycol derivative and wherein the crosslinker forms a melt at about 10°C to about 50°C. a liquid crosslinker with a molecular weight of no more than about 2000 that comprises at least three functional groups that are strong electrophiles, wherein the crosslinker is a polyethylene glycol derivative and wherein the crosslinker forms a melt at about 10°C to about 50°C.
Use of a cosmetic composition for enhancing hair strength, said cosmetic composition comprising as an active substance a Balanites kernel extract comprising the following contents expressed as mass percentages with respect to the extract without drying substrate: - waxes: from 1% to 10% and preferentially 4% - free amino acids: from 1% to 5% and preferentially 2% - proteins: from 0.5% to 10% and preferentially from 1% to 5% - total sugars: from 20 to 60% and preferentially 28%. - waxes: from 1% to 10% and preferentially 4% - free amino acids: from 1% to 5% and preferentially 2% - proteins: from 0.5% to 10% and preferentially from 1% to 5% - total sugars: from 20 to 60% and preferentially 28%.
Closure for sliding door or window comprising a lock with clamp for closure of the sliding door or window on a latch and a latch device for closure of the sliding door or window in said lock with clamp, wherein the latch device comprises a latch and a latch case with said latch on one face of said case, wherein the latch pivots between a retracted position in the latch case and a protruding position from the latch case; wherein the pivoting latch comprises a magnet arranged in the latch with a first magnetic pole oriented outwardly on said face to create a magnetic repulsive force with a second magnetic pole, having the same polarity as the first pole and oriented opposite to the first magnetic pole, from another magnet placed in the lock so that the latch pivots from the retracted position to a protruding position to be locked by the clamp on approaching said lock; and wherein the lock with clamp comprises a lock case for receiving said latch on one face of said case, and comprises the other magnet arranged in the lock with a first magnetic pole oriented outwardly on said face to create the magnetic repulsive force with a second magnetic pole, having the same polarity as the first pole and oriented opposite to the first magnetic pole, from the magnet placed on said latch so that the latch pivots from the retracted position to a protruding position to be locked by the clamp on approaching said lock. wherein the pivoting latch comprises a magnet arranged in the latch with a first magnetic pole oriented outwardly on said face to create a magnetic repulsive force with a second magnetic pole, having the same polarity as the first pole and oriented opposite to the first magnetic pole, from another magnet placed in the lock so that the latch pivots from the retracted position to a protruding position to be locked by the clamp on approaching said lock; and wherein the lock with clamp comprises a lock case for receiving said latch on one face of said case, and comprises the other magnet arranged in the lock with a first magnetic pole oriented outwardly on said face to create the magnetic repulsive force with a second magnetic pole, having the same polarity as the first pole and oriented opposite to the first magnetic pole, from the magnet placed on said latch so that the latch pivots from the retracted position to a protruding position to be locked by the clamp on approaching said lock.
Method of printing a print job, comprising: printing first color outputs, measuring the printed first color outputs using an image sensor, determining a target color look-up table, LUT, based on the measured first color outputs, the target color LUT being configured to convert digital inputs to the first color outputs, repetitively printing and measuring using the image sensor, during the print job, current color outputs, the current color outputs comprising a plurality of color patches that are printed on a same sheet as a print area and outside of the print area, the print area comprising an image printed as part of the print job, wherein each of the plurality of color patches has an ink area coverage of less than 100%; repetitively determining, during the print job, a current color LUT based on the repetitively measured current color outputs, the current color LUT being configured to convert digital inputs to the current color outputs, the current color LUT comprising color values having different ink area coverages of between more than 0% and less than 100%, repetitively calculating, during the print job, a pseudo color LUT configured to compensate for a difference between the target color LUT and the current color LUT, the difference being due to a change in a print component state during the print job, and printing based on the calculated pseudo color LUT during the print job. printing first color outputs, measuring the printed first color outputs using an image sensor, determining a target color look-up table, LUT, based on the measured first color outputs, the target color LUT being configured to convert digital inputs to the first color outputs, repetitively printing and measuring using the image sensor, during the print job, current color outputs, the current color outputs comprising a plurality of color patches that are printed on a same sheet as a print area and outside of the print area, the print area comprising an image printed as part of the print job, wherein each of the plurality of color patches has an ink area coverage of less than 100%; repetitively determining, during the print job, a current color LUT based on the repetitively measured current color outputs, the current color LUT being configured to convert digital inputs to the current color outputs, the current color LUT comprising color values having different ink area coverages of between more than 0% and less than 100%, repetitively calculating, during the print job, a pseudo color LUT configured to compensate for a difference between the target color LUT and the current color LUT, the difference being due to a change in a print component state during the print job, and printing based on the calculated pseudo color LUT during the print job.
Glatiramer acetate for use in a regimen of three subcutaneous injections of a 40mg dose of glatiramer acetate every seven days with at least one day between each subcutaneous injection for use in treating a patient who is suffering from a relapsing form of multiple sclerosis or who has experienced a first clinical episode and is at high risk of developing clinically definite multiple sclerosis and wherein the pharmaceutical composition further comprises mannitol.