mhurhangee/ep-ind-claims huggingface dataset:
A medicament delivery device comprising: a cartridge assembly comprising a cartridge having a medicament chamber for containing a medicament, a sealing element for sealing a distal end of the medicament chamber, a coupling element attached to the cartridge; a hub; a sealing element release member mounted in the hub; a cannula for delivery of the medicament; and a removable cap (18, 140) engageable with the hub; the device being switchable by relative movement between the release member and the cartridge assembly from a starting configuration in which the release member is spaced from the sealing element to an activated configuration in which the release member cooperates with the sealing element to connect the medicament chamber to the cannula; wherein a release member chamber is defined in part by the coupling element and in part by the sealing element, the release member chamber being arranged for receiving the release member such that at least a proximal end of the release member is sealed in the release member chamber when the device is in the starting configuration; and wherein the cap (18, 140) comprises at least one blocking formation, the at least one blocking formation extending through a corresponding aperture in the hub to cooperate with the coupling element of the cartridge assembly a proximal end of the at least one blocking formation cooperating with the coupling element for limiting relative movement between the release member and the cartridge assembly in at least one direction, thereby to keep the device in the starting configuration when the cap (18, 140) is in place. a cartridge assembly comprising a cartridge having a medicament chamber for containing a medicament, a sealing element for sealing a distal end of the medicament chamber, a coupling element attached to the cartridge; a hub; a sealing element release member mounted in the hub; a cannula for delivery of the medicament; and a removable cap (18, 140) engageable with the hub; the device being switchable by relative movement between the release member and the cartridge assembly from a starting configuration in which the release member is spaced from the sealing element to an activated configuration in which the release member cooperates with the sealing element to connect the medicament chamber to the cannula; wherein a release member chamber is defined in part by the coupling element and in part by the sealing element, the release member chamber being arranged for receiving the release member such that at least a proximal end of the release member is sealed in the release member chamber when the device is in the starting configuration; and wherein the cap (18, 140) comprises at least one blocking formation, the at least one blocking formation extending through a corresponding aperture in the hub to cooperate with the coupling element of the cartridge assembly a proximal end of the at least one blocking formation cooperating with the coupling element for limiting relative movement between the release member and the cartridge assembly in at least one direction, thereby to keep the device in the starting configuration when the cap (18, 140) is in place.
A process comprising: polymerizing an olefin monomer in a loop reactor in the presence of a catalyst and a diluent; and producing a slurry comprising solid particulate olefin polymer and diluent, wherein the internal Biot number is maintained at or below 3.0 within the loop reactor during the polymerizing, wherein the slurry in the loop reactor forms a slurry film having a slurry film coefficient along an inner surface of a reactor wall, and wherein the slurry film coefficient is less than 2,800 W·m -2 ·K -1 (500 BTU·hr -1 ·ft -2 ·°F -1), wherein the internal Biot number is defined using the following equation: B int = h SLURRY ⋅ L R k R where B int is the internal Biot number, h slurry is the slurry film coefficient defined above in units of W·m -2 ·K -1 (BTU·hr -1 ·ft -2 ·°F -1), L R is the characteristic length of the reactor wall (the thickness 212) in units of m -1 (ft -1), and k R is the thermal conductivity of the reactor wall in units of W·m -1 ·K -1 (BTU·hr -1 ·ft -1 ·°F -1), wherein the slurry film coefficient is approximated using the following equation: h slurry = f 2 • K s D i • Pr s 1 3 • Re s where h slurry is the slurry film coefficient in units of W·m -2 ·K -1 (Btu/(hr)(ft 2)(°F) (e.g., which can also be expressed as BTU·hr -1 ·ft -2 ·°F -1)), f is the Fanning friction factor, K s is the thermal conductivity of the reactor slurry in units of W·m -1 ·K -1 (Btu/(hr)(ft)), D i is the inner diameter of the reactor wall in units of m -1 (ft), Pr s is the Prandtl number of the slurry, and Re s is the Reynolds number of the slurry. polymerizing an olefin monomer in a loop reactor in the presence of a catalyst and a diluent; and producing a slurry comprising solid particulate olefin polymer and diluent, wherein the internal Biot number is maintained at or below 3.0 within the loop reactor during the polymerizing, wherein the slurry in the loop reactor forms a slurry film having a slurry film coefficient along an inner surface of a reactor wall, and wherein the slurry film coefficient is less than 2,800 W·m -2 ·K -1 (500 BTU·hr -1 ·ft -2 ·°F -1), wherein the internal Biot number is defined using the following equation: B int = h SLURRY ⋅ L R k R where B int is the internal Biot number, h slurry is the slurry film coefficient defined above in units of W·m -2 ·K -1 (BTU·hr -1 ·ft -2 ·°F -1), L R is the characteristic length of the reactor wall (the thickness 212) in units of m -1 (ft -1), and k R is the thermal conductivity of the reactor wall in units of W·m -1 ·K -1 (BTU·hr -1 ·ft -1 ·°F -1), wherein the slurry film coefficient is approximated using the following equation: h slurry = f 2 • K s D i • Pr s 1 3 • Re s where h slurry is the slurry film coefficient in units of W·m -2 ·K -1 (Btu/(hr)(ft 2)(°F) (e.g., which can also be expressed as BTU·hr -1 ·ft -2 ·°F -1)), f is the Fanning friction factor, K s is the thermal conductivity of the reactor slurry in units of W·m -1 ·K -1 (Btu/(hr)(ft)), D i is the inner diameter of the reactor wall in units of m -1 (ft), Pr s is the Prandtl number of the slurry, and Re s is the Reynolds number of the slurry.
A lubricating thermoplastic resin composition comprising an acid-modified copolymer and a functionalized lubricant, the acid-modified copolymer being a copolymer of a monomer mixture including an aromatic vinyl and a vinyl cyanide, the copolymer having a carboxyl group in the molecular chain, and the functionalized lubricant having, in a molecule thereof, a functional group capable of reacting with the carboxyl group and a lubricating segment having lubricating properties.
An active material which comprises a mixed phase of a phase of titanium oxide and a phase of titanium-including composite oxide having a crystal structure belonging to a space group Cmca or a space group Fmmm.
An antenna (10, 100 B, 100Bα) comprising: an antenna element (13, 111) that has a prescribed length, an outer covering part (14, 114) directly and entirely covering the antenna element (13, 111); a transmission line (11, 101) configured to transmit an electrical signal and that includes both two lines (11L, 11R; 101LC, 101RC) for audio signals and a ground line (11G; 101G); and a radio wave absorbing and attenuating part (12, 112) that has characteristics to absorb and attenuate a radio wave of a frequency band received by the antenna element (13, 111) and is arranged at least between the antenna element (13, 111) and the transmission line (11, 101), wherein the radio wave absorbing and attenuating part (12, 112) is formed with an insulator containing a magnetic material, wherein the antenna (10, 100B, 100Bα) is configured as a cable in which the antenna element (13, 111), the transmission line (11, 101), the radio wave absorbing and attenuating part (12, 112) and the covering part (14, 114) are integrated to form a coaxial line, the two lines (11L, 11R; 101LC, 101RC) for audio signals and the ground line (11G; 101G) formed as a core wire in the coaxial line, wherein the transmission line (11, 101) is covered with the radio wave absorbing and attenuating part (12,112) in an approximately full length of the transmission line, and wherein the antenna element (13, 111) is arranged outside the radio wave absorbing and attenuating part (12, 112). an antenna element (13, 111) that has a prescribed length, an outer covering part (14, 114) directly and entirely covering the antenna element (13, 111); a transmission line (11, 101) configured to transmit an electrical signal and that includes both two lines (11L, 11R; 101LC, 101RC) for audio signals and a ground line (11G; 101G); and a radio wave absorbing and attenuating part (12, 112) that has characteristics to absorb and attenuate a radio wave of a frequency band received by the antenna element (13, 111) and is arranged at least between the antenna element (13, 111) and the transmission line (11, 101), wherein the radio wave absorbing and attenuating part (12, 112) is formed with an insulator containing a magnetic material, wherein the antenna (10, 100B, 100Bα) is configured as a cable in which the antenna element (13, 111), the transmission line (11, 101), the radio wave absorbing and attenuating part (12, 112) and the covering part (14, 114) are integrated to form a coaxial line, the two lines (11L, 11R; 101LC, 101RC) for audio signals and the ground line (11G; 101G) formed as a core wire in the coaxial line, wherein the transmission line (11, 101) is covered with the radio wave absorbing and attenuating part (12,112) in an approximately full length of the transmission line, and wherein the antenna element (13, 111) is arranged outside the radio wave absorbing and attenuating part (12, 112).
A method for the treatment of animal feed comprising mixing the animal feed with one or more lactose oxidases and one or more vanadium haloperoxidases.
Catalytic converter arrangement (10, 35, 55) for the treatment of exhaust gas of an internal combustion engine, wherein the catalytic converter arrangement (10, 35, 55) has, in a common housing, two substrates (56, 57) which have a different action on the exhaust gas and which have in each case one inflow surface (58, 59) and one outflow surface (30, 31, 32) for the exhaust gas, and having at least one device for the supply and/or discharge of the exhaust gas to/from at least one of the substrates (56, 57), wherein the device is in the form of a masking device and has at least one masking element which has a masking surface (53, 64) which is larger than or the same size as the respective inflow surface (58, 59) and/or outflow surface (30, 31, 32), wherein the masking element, in a first masking position, covers one of the inflow surfaces (58, 59) and, in a second masking position, covers the other of the inflow surfaces (58, 59), characterized in that the masking surface (53, 64) is an opening surface which, at a flexible exhaust-gas-guiding duct, forms a duct opening, wherein an end, which is assigned to the substrates (56, 57) and which has the duct opening, of the exhaust-gas-guiding duct can be shifted, by means of an adjustment device, transversely with respect to a flow direction of the exhaust gas introduced into the exhaust-gas-guiding duct.
A sanitary washing device, comprising: a nozzle configured to discharge water toward an ano-genital region of a human body; a valve unit provided on a pipe line between a water supply source and the nozzle, the valve unit including an electromagnetic valve; a casing storing the nozzle and the valve unit; and a toilet seat pivotally supported to be rotatable with respect to the casing, a heater being provided inside the toilet seat, characterized in that at least a portion of the valve unit is disposed below the toilet seat, the casing includes a low portion and a high portion, the low portion being positioned below the toilet seat, the high portion being positioned backward of the low portion, a length in a vertical direction of the high portion being greater than a length in a vertical direction of the low portion, the valve unit is disposed in the low portion, an upper surface of the low portion becomes lower from a back toward a front, an upper end of the valve unit becomes lower from a back toward a front, and the toilet seat is provided along the upper surface of the low portion in a longitudinal direction. a nozzle configured to discharge water toward an ano-genital region of a human body; a valve unit provided on a pipe line between a water supply source and the nozzle, the valve unit including an electromagnetic valve; a casing storing the nozzle and the valve unit; and a toilet seat pivotally supported to be rotatable with respect to the casing, a heater being provided inside the toilet seat, characterized in that at least a portion of the valve unit is disposed below the toilet seat, the casing includes a low portion and a high portion, the low portion being positioned below the toilet seat, the high portion being positioned backward of the low portion, a length in a vertical direction of the high portion being greater than a length in a vertical direction of the low portion, the valve unit is disposed in the low portion, an upper surface of the low portion becomes lower from a back toward a front, an upper end of the valve unit becomes lower from a back toward a front, and the toilet seat is provided along the upper surface of the low portion in a longitudinal direction.
A composition comprising at least one biological control agent selected from the group consisting of Bacillus pumilus (NRRL Accession No. B-30087), Bacillus subtilis AQ713 (NRRL Accession No. B-21661) and Bacillus subtilis AQ30002 (NRRL Accession No. B-50421), and at least one insecticide selected from the group consisting of nicotinic acetylcholine receptor (nAChR) agonists selected from the group consisting of Clothianidin, Imidacloprid, Thiacloprid, Thiametoxamand Sulfoxaflor, and nicotinic acetylcholine receptor (nAChR) allosteric activators selected from the group consisting of Spinetoram and Spinosad in a synergistic weight ratio of biological control agent and insecticide of 1:10 to 5000:1 where the biological control agent is Bacillus pumilus; 1:10 to 10000:1 where the biological control agent is Bacillus subtilis QST713; 1:10 to 1000:1 where the biological control agent is Bacillus subtilis AQ30002.
A system for performing a persistent point-of-interest search, comprising: a persistent search criteria module, at a mapping server, adapted to identify a search criteria from a first mapping tile request from a particular wireless device and to store said search criteria in association with said particular wireless device; and characterised by a mapping tile module, at said mapping server, adapted to identify a neighbouring mapping tile associated with a second mapping tile request from said particular wireless device and to perform a point-of-interest search for said neighbouring mapping tile with said stored search criteria in response to the second mapping tile request, triggered by a panning to an edge of the mapping tile currently displayed on said particular device. a persistent search criteria module, at a mapping server, adapted to identify a search criteria from a first mapping tile request from a particular wireless device and to store said search criteria in association with said particular wireless device; and a mapping tile module, at said mapping server, adapted to identify a neighbouring mapping tile associated with a second mapping tile request from said particular wireless device and to perform a point-of-interest search for said neighbouring mapping tile with said stored search criteria in response to the second mapping tile request, triggered by a panning to an edge of the mapping tile currently displayed on said particular device.
Method of operating an internal combustion engine having at least two cylinders, each having inlet and exhaust valve, characterised in that, to increase the filling of the cylinder with fresh gas, for at least one cylinder, an exhaust event time and an overlap phase of inlet and exhaust event times are chosen, in which the exhaust valve is closed before the pressure on the exhaust side exceeds the pressure on the inlet side
An integrated circuit, comprising: an injection-locked oscillator (202, 302) to generate a set of oscillating signals having different phases, wherein the ILO has a natural oscillation frequency, wherein the ILO (202, 302) includes a set of delay stages (222-226, 232-236, 242-246); first circuitry to inject at least one injection signal into at least one injection location of the ILO (202, 302), wherein the injection signal is generated based on a first clock edge of a reference clock signal (204, 304) having a reference clock frequency; second circuitry (210, 310) to obtain one or more samples by sampling the set of oscillating signals having different phases based on a second clock edge of the reference clock signal (204, 304); and third circuitry (212, 312) to determine settings for the ILO (202, 302) based on the one or more samples, the settings being a delay of the delay stages, wherein the settings correspond to the natural oscillation frequency being substantially equal to the reference clock frequency or an integral multiple of the reference clock frequency. an injection-locked oscillator (202, 302) to generate a set of oscillating signals having different phases, wherein the ILO has a natural oscillation frequency, wherein the ILO (202, 302) includes a set of delay stages (222-226, 232-236, 242-246); first circuitry to inject at least one injection signal into at least one injection location of the ILO (202, 302), wherein the injection signal is generated based on a first clock edge of a reference clock signal (204, 304) having a reference clock frequency; second circuitry (210, 310) to obtain one or more samples by sampling the set of oscillating signals having different phases based on a second clock edge of the reference clock signal (204, 304); and third circuitry (212, 312) to determine settings for the ILO (202, 302) based on the one or more samples, the settings being a delay of the delay stages, wherein the settings correspond to the natural oscillation frequency being substantially equal to the reference clock frequency or an integral multiple of the reference clock frequency.
A method for controlling multicolor print quality using inks of primary colors and composite colors, the primary color inks being cyan, magenta, and yellow, and the composite color inks being formed by mixing inks of the primary colors; the method comprising a) forming halftone color patches of the primary colors, the composite colors, and a black color "K" using a computer, and placing the halftone color patches of the primary colors, the composite colors and the black color "K" onto a print substrate; wherein the forming includes: overprinting a halftone color patch of a composite color ink with a halftone color patch of an opposite primary color ink thereof in a pre-determined halftone percentage to yield neutral grey tone; b) visually comparing the neutral grey tone formed in a) with the black color "K" halftone formed in a) which serves as a monochrome gray reference in the color patches; and c) based on the visual comparison in b), assessing ink balance in the inks of the primary colors and the composite colors. a) forming halftone color patches of the primary colors, the composite colors, and a black color "K" using a computer, and placing the halftone color patches of the primary colors, the composite colors and the black color "K" onto a print substrate; wherein the forming includes: overprinting a halftone color patch of a composite color ink with a halftone color patch of an opposite primary color ink thereof in a pre-determined halftone percentage to yield neutral grey tone; overprinting a halftone color patch of a composite color ink with a halftone color patch of an opposite primary color ink thereof in a pre-determined halftone percentage to yield neutral grey tone; b) visually comparing the neutral grey tone formed in a) with the black color "K" halftone formed in a) which serves as a monochrome gray reference in the color patches; and c) based on the visual comparison in b), assessing ink balance in the inks of the primary colors and the composite colors.
A method comprising: installing one or more of a plurality of wireless monitors at respective locations onboard a configuration of a complex system on which a wireless system of interest is installed or planned for installation; emulating the wireless system of interest, and recording data related to performance of the wireless system of interest at one or more recorded times over a plurality of operating conditions of the complex system; collecting data including the respective locations of the wireless monitors correlated with respective recorded data and recorded times, the wireless system of interest being emulated, the data recorded and collected by the plurality of wireless monitors; performing an analysis of the wireless system of interest based on the collected data, the analysis being performed by a data analysis system to establish a configuration of the wireless system of interest that meets or exceeds at least one design requirement thereof, the data analysis system computing whether the configuration or operating conditions of the complex system enable the wireless system of interest to perform with a wireless link quality specified by the at least one design requirement. installing one or more of a plurality of wireless monitors at respective locations onboard a configuration of a complex system on which a wireless system of interest is installed or planned for installation; emulating the wireless system of interest, and recording data related to performance of the wireless system of interest at one or more recorded times over a plurality of operating conditions of the complex system; collecting data including the respective locations of the wireless monitors correlated with respective recorded data and recorded times, the wireless system of interest being emulated, the data recorded and collected by the plurality of wireless monitors; performing an analysis of the wireless system of interest based on the collected data, the analysis being performed by a data analysis system to establish a configuration of the wireless system of interest that meets or exceeds at least one design requirement thereof, the data analysis system computing whether the configuration or operating conditions of the complex system enable the wireless system of interest to perform with a wireless link quality specified by the at least one design requirement.
A composite for use as a self-shielding wire comprising: a carbon nanotube -infused fiber core comprising a plurality of CNT-infused fibers arranged in a composite matrix, each CNT-infused fiber of the CNT-infused fiber core comprising a composite fiber material with CNTs infused directly onto a surface of the fiber material, wherein a CNT-infused fiber is a fiber material to which CNTs are bonded; and a film of thermo-plastic material formed onto an outermost layer of the CNT-infused fiber core. a carbon nanotube -infused fiber core comprising a plurality of CNT-infused fibers arranged in a composite matrix, each CNT-infused fiber of the CNT-infused fiber core comprising a composite fiber material with CNTs infused directly onto a surface of the fiber material, wherein a CNT-infused fiber is a fiber material to which CNTs are bonded; and a film of thermo-plastic material formed onto an outermost layer of the CNT-infused fiber core.