mhurhangee/patent-ind-claim-en huggingface dataset:
A coating composition, comprising at least one dicyclopentadiene modified ester oligomer, a metal drier and at least one ethylenically unsaturated monomer, wherein said at least one dicyclopentadiene modified ester oligomer comprises at least one dicyclopentadiene and at least one diol, wherein said at least one ethylenically unsaturated monomer is selected from the group consisting of trimethylolpropane trimethacrylate (TMPTMA); trimethylolpropane triacrylate (TMPTA); triethyleneglycol dimethacrylate (TRGDMA); and monoacryloxyethyl succinate (MAES), wherein the metal drier is selected from at least one of the group consisting of organic salts of cobalt, organic salts of zirconium, and organic salts of calcium and wherein said coating composition is curable to a surface by at least one of oxidative curing and thermal curing.
A multi-wavelength communications network comprising first and second optical line terminals OLTs (14 1 , 14 2 ), the first OLT being provided with a first linecard for transmitting data traffic and the second OLT being provided with a second linecard for transmitting data traffic, a first network node , operatively connected over a first passive optical network, PON, (10 1 ) to the first OLT by a first, primary connection via a line terminal, LT, in the first linecard of the first OLT, characterised by : a second network node operatively connected over a second PON (10 2 ) to the first OL by a second, standby connection via the LT of the first linecard of the first OLT, the second network node being also operatively connected by a third, primary, connection to a line terminal in the second linecard of the second OLT wherein the first OLT is configured to operate under first network conditions by sending no data traffic via the second connection and by sending data traffic via the first connection and is configured to operate under second network conditions when the third connection fails, by sending data traffic via the second connection and by sending the first data traffic via the first connection . the first OLT being provided with a first linecard for transmitting data traffic and the second OLT being provided with a second linecard for transmitting data traffic, a first network node , operatively connected over a first passive optical network, PON, (10 1 ) to the first OLT by a first, primary connection via a line terminal, LT, in the first linecard of the first OLT, characterised by : a second network node operatively connected over a second PON (10 2 ) to the first OL by a second, standby connection via the LT of the first linecard of the first OLT, the second network node being also operatively connected by a third, primary, connection to a line terminal in the second linecard of the second OLT wherein the first OLT is configured to operate under first network conditions by sending no data traffic via the second connection and by sending data traffic via the first connection and is configured to operate under second network conditions when the third connection fails, by sending data traffic via the second connection and by sending the first data traffic via the first connection . a second network node operatively connected over a second PON (10 2 ) to the first OL by a second, standby connection via the LT of the first linecard of the first OLT, the second network node being also operatively connected by a third, primary, connection to a line terminal in the second linecard of the second OLT wherein the first OLT is configured to operate under first network conditions by sending no data traffic via the second connection and by sending data traffic via the first connection and is configured to operate under second network conditions when the third connection fails, by sending data traffic via the second connection and by sending the first data traffic via the first connection .
A non-therapeutic process for killing bacterial spores, comprising: forming a dispersion of droplets of an aqueous composition in a carrier gas, the aqueous composition comprising water and peroxide, the aqueous composition having a concentration of peroxide which is hydrogen peroxide in the range from 0.1 to 6.5% by weight, wherein the aqueous composition further comprises an antimicrobial agent which is peracetic acid, the concentration of the antimicrobial agent being in the range from 0.001 to 0.16% by weight, the weight ratio of the antimicrobial agent to the peroxide peroxide being in the range from 0.001 to 0.2, and wherein the carrier gas is selected from air, nitrogen, carbon dioxide, helium, argon, or a mixture of two or more thereof; vaporizing the droplets to form a sporicidal vaporous mixture; and contacting the bacterial spores with the sporicidal vaporous mixture for a sufficient period of time to effect at least a 4 log reduction in the number of spores capable of returning to vegetative growth, the spores being in a defined area, the concentration of the peroxide in the defined area being in the range from 5 to 1000 parts per million. forming a dispersion of droplets of an aqueous composition in a carrier gas, the aqueous composition comprising water and peroxide, the aqueous composition having a concentration of peroxide which is hydrogen peroxide in the range from 0.1 to 6.5% by weight, wherein the aqueous composition further comprises an antimicrobial agent which is peracetic acid, the concentration of the antimicrobial agent being in the range from 0.001 to 0.16% by weight, the weight ratio of the antimicrobial agent to the peroxide peroxide being in the range from 0.001 to 0.2, and wherein the carrier gas is selected from air, nitrogen, carbon dioxide, helium, argon, or a mixture of two or more thereof; vaporizing the droplets to form a sporicidal vaporous mixture; and contacting the bacterial spores with the sporicidal vaporous mixture for a sufficient period of time to effect at least a 4 log reduction in the number of spores capable of returning to vegetative growth, the spores being in a defined area, the concentration of the peroxide in the defined area being in the range from 5 to 1000 parts per million.
Device for measuring the quality of a fluid circulating in at least one channel of a hydraulic installation , the device comprising a pump intended to circulate the fluid in the hydraulic installation and comprising a control unit, and measuring means arranged on an outer wall of the pump and connected to the control unit of the pump and capable of measuring the proportion of air in the fluid circulating in the hydraulic installation , the control unit of the pump being configured to control the operation of the pump as a function of information on the proportion of air measured by the measuring means .
A polyethylene glycol-modified angiogenesis inhibitor HM-1, comprising the sequence of mPEG-Arg-Gly-Ala-Asp-Arg-Ala-Gly-Gly-Gly-Gly-Arg-Gly-Asp.
A turbofan engine comprising: a first spool including a low pressure turbine ; a second spool including a high pressure turbine disposed axially forward of the low pressure turbine ; a first tower shaft engaged to the first spool ; a second tower shaft engaged to the second spool ; an accessory gearbox supporting a plurality of accessory components ; a superposition gear system disposed within the accessory gearbox , the superposition gear system including a plurality of intermediate gears engaged to a sun gear and supported in a carrier and a ring gear circumscribing the intermediate gears , wherein the second tower shaft is engaged to drive the sun gear and the first tower shaft is selectively coupled to the ring gear through a first ring gear clutch ; a starter selectively coupled to the sun gear through a starter clutch ; a first electric motor selectively coupled to the ring gear through a first motor clutch ; and a second electric motor selectively coupled to the sun gear through a second motor clutch , wherein the first electric motor and the second electric motor are each operable to input power into a corresponding one of the first and second spools . a first spool including a low pressure turbine ; a second spool including a high pressure turbine disposed axially forward of the low pressure turbine ; a first tower shaft engaged to the first spool ; a second tower shaft engaged to the second spool ; an accessory gearbox supporting a plurality of accessory components ; a superposition gear system disposed within the accessory gearbox , the superposition gear system including a plurality of intermediate gears engaged to a sun gear and supported in a carrier and a ring gear circumscribing the intermediate gears , wherein the second tower shaft is engaged to drive the sun gear and the first tower shaft is selectively coupled to the ring gear through a first ring gear clutch ; a starter selectively coupled to the sun gear through a starter clutch ; a first electric motor selectively coupled to the ring gear through a first motor clutch ; and a second electric motor selectively coupled to the sun gear through a second motor clutch , wherein the first electric motor and the second electric motor are each operable to input power into a corresponding one of the first and second spools .
An image forming apparatus comprising: a consumable unit comprising a memory , wherein the consumable unit is a component of the image forming apparatus that may be required to be replaced in a lifespan of the image forming apparatus; a power supply unit configured to provide power to the memory ; a control unit configured to: control the power supply unit to provide power to the memory when an event that needs to access the memory happens; access the memory ; and control the power supply unit to cut off the power provided to the memory when a process regarding the memory is finished; characterised in that the image forming apparatus further comprises a determination unit configured to determine whether the consumable unit is in a detachable state in which the consumable unit is detachable from a main body of the image forming apparatus; and an output unit configured to output an error message under the control of the control unit , when the consumable unit is determined to be in the detachable state while power is being provided to the memory . a consumable unit comprising a memory , wherein the consumable unit is a component of the image forming apparatus that may be required to be replaced in a lifespan of the image forming apparatus; a power supply unit configured to provide power to the memory ; a control unit configured to: control the power supply unit to provide power to the memory when an event that needs to access the memory happens; access the memory ; and control the power supply unit to cut off the power provided to the memory when a process regarding the memory is finished; characterised in that the image forming apparatus further comprises a determination unit configured to determine whether the consumable unit is in a detachable state in which the consumable unit is detachable from a main body of the image forming apparatus; and control the power supply unit to provide power to the memory when an event that needs to access the memory happens; access the memory ; and control the power supply unit to cut off the power provided to the memory when a process regarding the memory is finished; characterised in that the image forming apparatus further comprises a determination unit configured to determine whether the consumable unit is in a detachable state in which the consumable unit is detachable from a main body of the image forming apparatus; and an output unit configured to output an error message under the control of the control unit , when the consumable unit is determined to be in the detachable state while power is being provided to the memory .
A method of selecting an energy detection threshold, EDT, performed by a first radio node deploying listen before talk, comprising: determining a first radio node pair between the first radio node and a second radio node ; detecting a first signal parameter, a first interference parameter, and a first noise parameter associated with the first radio node ; characterized by receiving a second signal parameter, a second interference parameter, and a second noise parameter associated with the second radio node ; calculating a first throughput for the first radio node operating on a first EDT as a first function of a first signal-to-interference-plus noise ratio, SINR, based on the first signal parameter, the first interference parameter, and the first noise parameter, and a third function of a second SINR based on the second signal parameter, the second interference parameter, and the second noise parameter; calculating a second throughput for the first radio node operating on a second EDT, lower than the first EDT, as a second function of a first signal-to-noise ratio, SNR, based on the first signal parameter and the first noise parameter; setting an operating EDT for the first radio node to be the first EDT when the first throughput is higher than the second throughput; and setting the operating EDT for the first radio node to be the second EDT when the second throughput is higher than the first throughput. determining a first radio node pair between the first radio node and a second radio node ; detecting a first signal parameter, a first interference parameter, and a first noise parameter associated with the first radio node ; characterized by receiving a second signal parameter, a second interference parameter, and a second noise parameter associated with the second radio node ; calculating a first throughput for the first radio node operating on a first EDT as a first function of a first signal-to-interference-plus noise ratio, SINR, based on the first signal parameter, the first interference parameter, and the first noise parameter, and a third function of a second SINR based on the second signal parameter, the second interference parameter, and the second noise parameter; calculating a second throughput for the first radio node operating on a second EDT, lower than the first EDT, as a second function of a first signal-to-noise ratio, SNR, based on the first signal parameter and the first noise parameter; setting an operating EDT for the first radio node to be the first EDT when the first throughput is higher than the second throughput; and setting the operating EDT for the first radio node to be the second EDT when the second throughput is higher than the first throughput.
A method of managing audio data in an electronic device, the method comprising: converting at least a part of audio data to a text; storing the converted text as preview data of the audio data; adding talker information about at least one talker associated with the audio data to the preview data; and displaying the preview data by classifying each talker according to the talker information in response to a request for a preview of the audio data, wherein the electronic device provides a phonebook function for showing a phonebook image and wherein adding the information related to the talker comprises: recognizing a talker through a talker recognition function or a phone number, and adding the phonebook image of the recognized talker to the preview data as the information related to the talker. converting at least a part of audio data to a text; storing the converted text as preview data of the audio data; adding talker information about at least one talker associated with the audio data to the preview data; and displaying the preview data by classifying each talker according to the talker information in response to a request for a preview of the audio data, wherein the electronic device provides a phonebook function for showing a phonebook image and wherein adding the information related to the talker comprises: recognizing a talker through a talker recognition function or a phone number, and adding the phonebook image of the recognized talker to the preview data as the information related to the talker. recognizing a talker through a talker recognition function or a phone number, and adding the phonebook image of the recognized talker to the preview data as the information related to the talker.
A liquid discharging apparatus comprising: a holding member configured to hold a roll body (R1) on which a medium (M) is wound; a transport unit configured to transport the medium (M) fed from the roll body (R1) held by the holding member along a transport path (FP) in a transport direction; a discharging unit configured to discharge liquid onto the medium transported by the transport unit ; and a vibration unit configured to apply vibration to the medium (M) being transported from the holding member to the transport unit , wherein a path on which the medium (M) to be subjected to vibration by the vibration unit is transported, in the transport path (FP), is referred to as a vibration transport path (FP1), and the vibration transport path (FP1) is configured to extend vertically upward as approaching from the holding member to the transport unit ; and characterised in that the liquid discharging apparatus further comprises: a guide unit having a guide surface constituting the vibration transport path (FP1), wherein the vibration unit vibrates the guide surface to apply vibration to the medium (M) being transported from the holding member to the transport unit . a holding member configured to hold a roll body (R1) on which a medium (M) is wound; a transport unit configured to transport the medium (M) fed from the roll body (R1) held by the holding member along a transport path (FP) in a transport direction; a discharging unit configured to discharge liquid onto the medium transported by the transport unit ; and a vibration unit configured to apply vibration to the medium (M) being transported from the holding member to the transport unit , wherein a path on which the medium (M) to be subjected to vibration by the vibration unit is transported, in the transport path (FP), is referred to as a vibration transport path (FP1), and the vibration transport path (FP1) is configured to extend vertically upward as approaching from the holding member to the transport unit ; and characterised in that the liquid discharging apparatus further comprises: a guide unit having a guide surface constituting the vibration transport path (FP1), wherein the vibration unit vibrates the guide surface to apply vibration to the medium (M) being transported from the holding member to the transport unit . a guide unit having a guide surface constituting the vibration transport path (FP1), wherein the vibration unit vibrates the guide surface to apply vibration to the medium (M) being transported from the holding member to the transport unit .
A transmission assembly with ordinary gear train and vertical output axis, which comprises a box-like body which accommodates and rotationally supports an ordinary gear train with a vertical output axis which comprises at least one shaft (4; 5; 23) with a vertical arrangement having at least one portion (4a; 5a; 23a) accommodated inside said body and supported so that it can rotate at least by first and second rolling elements (6, 7; 16, 17; 24, 25), of which at least the second rolling elements (7; 17; 25) are accommodated inside said body and are arranged above the first rolling elements (6; 16; 24), characterized in that it comprises a lubricant liquid (L) accumulation chamber , which is associated inside said body and accommodates, at least partially immersed in the bath of liquid (L) inside it, at least the second rolling elements (7; 17; 25) of said at least one shaft (4; 5; 23) with a vertical arrangement, said shaft being inserted into said chamber and passing through said chamber hermetically wherein the bottom of the accumulation chamber comprises at least one hole (18; 12; 26), the at least one shaft (4; 5; 23) being inserted through the at least one hole (18; 12; 26) and wherein rubber gasket sealing means (19; 13; 27) are interposed between the at least one shaft (4; 5; 23) and an internal wall of the at least one hole (18; 12; 26) in order to prevent leakage of the liquid (L).
A sensitizing solution, especially a sensitizing solution for sensitizing surfaces, containing a solution of tin(II) chloride SnCl 2 and distilled water, especially for sensitizing non-conductive surfaces, characterized in that it contains 0.01 to 1 wt.‰ of tin(II) chloride SnCl 2 , 0.01 to 1 wt.‰ of glycerine and distilled water.
An amorphous solid dispersion comprises 20-40% w/w of compound I or a pharmaceutically acceptable salt thereof, and 60-80% w/w of hydroxypropylmethylcellulose-acetate succinate (HPMC-AS)
A process for producing an extract derived from sugar cane, the process comprising: i) mixing a sugar cane derived product with ethanol to produce an extraction mixture comprising from 70% to 85% v/v ethanol; ii) allowing a precipitate to form in the extraction mixture; iii) removing the precipitate from the extraction mixture to obtain a supernatant; and iv) removing ethanol from the supernatant to produce the extract derived from sugar cane; wherein the extract comprises flavonoids and/or polyphenols. i) mixing a sugar cane derived product with ethanol to produce an extraction mixture comprising from 70% to 85% v/v ethanol; ii) allowing a precipitate to form in the extraction mixture; iii) removing the precipitate from the extraction mixture to obtain a supernatant; and iv) removing ethanol from the supernatant to produce the extract derived from sugar cane; wherein the extract comprises flavonoids and/or polyphenols.