mhurhangee/patent-ind-claim-en huggingface dataset:
A method for estimating a state of charge, SoC, of a battery while the battery is in communication with at least one processor connected to a memory , comprising: determining a first joint Gaussian distribution of values of the SoC of the battery from a set of historical measured physical quantities of the state of the battery and a corresponding set of historical values of the SoC of the battery ; determining a second joint Gaussian distribution of values of the SoC of the battery using the set of historical measured physical quantities of the state of the battery and the corresponding set of historical values of the SoC of the battery , current measured physical quantities of the battery , and the determined first joint Gaussian distribution; and determining a mean and a variance of a current SoC of the battery from the second joint Gaussian distribution, wherein the mean is an estimate of the current SoC of the battery , and the variance is a confidence of the estimate, wherein steps of the method are implemented using the at least one processor , characterized in that the mean of the current SoC of the battery is determined using a feedback of at least one previously determined means of the SoC. determining a first joint Gaussian distribution of values of the SoC of the battery from a set of historical measured physical quantities of the state of the battery and a corresponding set of historical values of the SoC of the battery ; determining a second joint Gaussian distribution of values of the SoC of the battery using the set of historical measured physical quantities of the state of the battery and the corresponding set of historical values of the SoC of the battery , current measured physical quantities of the battery , and the determined first joint Gaussian distribution; and determining a mean and a variance of a current SoC of the battery from the second joint Gaussian distribution, wherein the mean is an estimate of the current SoC of the battery , and the variance is a confidence of the estimate, wherein steps of the method are implemented using the at least one processor , characterized in that the mean of the current SoC of the battery is determined using a feedback of at least one previously determined means of the SoC.
A foam earplug for noise reduction adapted for reception at least partially within the ear canal, comprising a body portion formed of resilient foam plastic material having a multiple open cell structure, and having a size and shape to be received substantially within exterior and interior portions of the ear canal, characterised by a transdermal material having a particular beneficial effect for the user of the earplug , whereby the beneficial effect for the user of the earplug is an increase in the lubrication and moisturizing in the ear canal, an aid in sleep or a combination of both, wherein an outer layer of the foam earplug is infused with the transdermal material so that the transdermal material is in transdermal contact with the ear canal when the foam ear plug is received at least partially within the ear canal, the transdermal material providing the beneficial effect having at least one active ingredient that is configured to be transferred to the body of the wearer by transdermal contact with the ear canal by the outer layer of foam infused with the at least one active ingredient. a body portion formed of resilient foam plastic material having a multiple open cell structure, and having a size and shape to be received substantially within exterior and interior portions of the ear canal, characterised by a transdermal material having a particular beneficial effect for the user of the earplug , whereby the beneficial effect for the user of the earplug is an increase in the lubrication and moisturizing in the ear canal, an aid in sleep or a combination of both, wherein an outer layer of the foam earplug is infused with the transdermal material so that the transdermal material is in transdermal contact with the ear canal when the foam ear plug is received at least partially within the ear canal, the transdermal material providing the beneficial effect having at least one active ingredient that is configured to be transferred to the body of the wearer by transdermal contact with the ear canal by the outer layer of foam infused with the at least one active ingredient.
A projection optical unit for microlithography, comprising • a plurality of mirrors for guiding imaging light along an imaging beam path from an object field located in an object plane (OP) to an image field (IP) located in an image plane (IP) with a numerical aperture NA having a value larger than 0.5; • wherein the plurality of mirrors comprise at least three mirrors for grazing incidence (GI mirrors), which deflect a chief ray of a central object field point with an angle of incidence of more than 45°; • wherein different polarized light beams passing the projection optical unit in operation from the object field to the image field are rotated in their polarization direction by different angles of rotation due to a geometrical polarization rotation; • characterized in that for all light beams imaging a centre of the object field to a centre of the image field , said angle of rotation is less than 35°∗NA 4.5 . • a plurality of mirrors for guiding imaging light along an imaging beam path from an object field located in an object plane (OP) to an image field (IP) located in an image plane (IP) with a numerical aperture NA having a value larger than 0.5; • wherein the plurality of mirrors comprise at least three mirrors for grazing incidence (GI mirrors), which deflect a chief ray of a central object field point with an angle of incidence of more than 45°; • wherein different polarized light beams passing the projection optical unit in operation from the object field to the image field are rotated in their polarization direction by different angles of rotation due to a geometrical polarization rotation; • characterized in that for all light beams imaging a centre of the object field to a centre of the image field , said angle of rotation is less than 35°∗NA 4.5 .
An ink composition comprising: a) an aqueous vehicle; b) a colorant; c) a water-dispersed resin; d) a pinning agent, the pinning agent consisting essentially of a product of a coupling reaction between at least two polyether units and a linker, the linker comprising at least two linking groups, wherein a first one of the at least two polyether units comprises an ethylene oxide moiety (-[CH 2 CH 2 O]-) and wherein the second one of said at least two polyether units comprises a -[R 1 O]- moiety, wherein R 1 is an alkyl group comprising 3-7 carbon atoms, and wherein each one of the at least two linking groups is capable of reacting with an endgroup of a polyether unit. a) an aqueous vehicle; b) a colorant; c) a water-dispersed resin; d) a pinning agent, the pinning agent consisting essentially of a product of a coupling reaction between at least two polyether units and a linker, the linker comprising at least two linking groups, wherein a first one of the at least two polyether units comprises an ethylene oxide moiety (-[CH 2 CH 2 O]-) and wherein the second one of said at least two polyether units comprises a -[R 1 O]- moiety, wherein R 1 is an alkyl group comprising 3-7 carbon atoms, and wherein each one of the at least two linking groups is capable of reacting with an endgroup of a polyether unit.
A vaccine composition for use in reducing tumor size, inhibiting tumor growth, reducing tumor burden, increasing survival, or increasing cancer-free survival in a canine individual, wherein the vaccine composition comprises one or more peptides determined to have immunoreactivity with a biological sample from the canine individual, wherein the one or more peptides comprise peptides encoded by a frameshifted mRNA expressed by a cancer cell, and wherein the one or more peptides comprise peptides having a sequence as set forth in SEQ ID NOs: 1-10665.
A process for upgrading resid, comprising: hydrocracking a resid in a first hydrocracking reaction stage to form a first stage effluent; hydrocracking a deasphalted oil fraction in a second hydrocracking reaction stage to form a second stage effluent; fractionating the first stage effluent and the second stage effluent in a common fractionation system (26; 40) placed intermediate to the first hydrocracking reaction stage and the second hydrocracking reaction stage to recover at least one distillate hydrocarbon fraction and a resid hydrocarbon fraction; feeding the resid hydrocarbon fraction to a solvent deasphalting unit to provide an asphaltene fraction and the deasphalted oil fraction. hydrocracking a resid in a first hydrocracking reaction stage to form a first stage effluent; hydrocracking a deasphalted oil fraction in a second hydrocracking reaction stage to form a second stage effluent; fractionating the first stage effluent and the second stage effluent in a common fractionation system (26; 40) placed intermediate to the first hydrocracking reaction stage and the second hydrocracking reaction stage to recover at least one distillate hydrocarbon fraction and a resid hydrocarbon fraction; feeding the resid hydrocarbon fraction to a solvent deasphalting unit to provide an asphaltene fraction and the deasphalted oil fraction.
An air conditioning system for the cooling of air, wherein the air conditioning system comprises a condenser heat exchanger , a condenser fan , and a housing , wherein the condenser heat exchanger transfers thermal energy of the air to be cooled to an external air, wherein the housing includes at least one air inlet and a plurality of air outlets for the external air, wherein the air outlets open only on a blow-out side of the housing , wherein the condenser fan introduces the external air into the housing via the air inlet and discharges it via the air outlets , wherein the air outlets are designed such that the external air continues to move in as straight a line as possible after leaving the air outlets , in order to avoid swirling, characterized in that the air outlets open in a straight line and parallel to each other so that the air streams flowing through the air outlets are each directed parallel to each other and away from the housing . wherein the air conditioning system comprises a condenser heat exchanger , a condenser fan , and a housing , wherein the condenser heat exchanger transfers thermal energy of the air to be cooled to an external air, wherein the housing includes at least one air inlet and a plurality of air outlets for the external air, wherein the air outlets open only on a blow-out side of the housing , wherein the condenser fan introduces the external air into the housing via the air inlet and discharges it via the air outlets , wherein the air outlets are designed such that the external air continues to move in as straight a line as possible after leaving the air outlets , in order to avoid swirling, characterized in that the air outlets open in a straight line and parallel to each other so that the air streams flowing through the air outlets are each directed parallel to each other and away from the housing .
A low-noise side channel compressor for devices for ventilation therapy, comprising a) a housing ; b) an annular side channel located within the housing and having a cross-section for compressing a gas; c) a disk-shaped impeller driven to rotate by an electric motor and having a plurality of blade chambers that are located on a shared pitch circle, are arranged opposite of the side channel and are distributed across the pitch circle, the diameter of the impeller being about 50 mm; d) the blade chambers being formed by blade chamber walls and a bottom ; e) a gas inlet opening formed in the housing and being in fluid communication with the side channel for introducing a gas to be compressed; f) a gas outlet opening formed in the housing and being in fluid communication with the side channel for discharging the compressed gas from the side channel ; g) an interrupter located in the side channel between the gas outlet opening and the gas inlet opening ; characterised in that h) the blade chamber walls separating the individual blade chambers become thicker toward the circumference of the impeller in such a manner that their surfaces oriented into the inside of adjacent blade chambers extend parallel to the radially running centre planes of said blade chambers . a) a housing ; b) an annular side channel located within the housing and having a cross-section for compressing a gas; c) a disk-shaped impeller driven to rotate by an electric motor and having a plurality of blade chambers that are located on a shared pitch circle, are arranged opposite of the side channel and are distributed across the pitch circle, the diameter of the impeller being about 50 mm; d) the blade chambers being formed by blade chamber walls and a bottom ; e) a gas inlet opening formed in the housing and being in fluid communication with the side channel for introducing a gas to be compressed; f) a gas outlet opening formed in the housing and being in fluid communication with the side channel for discharging the compressed gas from the side channel ; g) an interrupter located in the side channel between the gas outlet opening and the gas inlet opening ; characterised in that h) the blade chamber walls separating the individual blade chambers become thicker toward the circumference of the impeller in such a manner that their surfaces oriented into the inside of adjacent blade chambers extend parallel to the radially running centre planes of said blade chambers .
A nucleic acid construct comprising a transgene encoding MDR3 isoform A, said transgene is the sequence SEQ ID NO: 1 or a sequence having at least 90 % of identity with SEQ ID NO: 1.
System for producing energy, comprising: - An organic Rankine cycle (ORC) comprising a first circulation loop of a first working fluid comprising a preheating device, a first evaporator , an expander , a first condenser and a first pump , - An absorption cycle comprising a second circulation loop of a working solution comprising an absorber , a generator , a second condenser , a second pump and a second evaporator , characterised in that the system comprises an intermediate circuit capable of receiving an intermediate fluid and ensuring the thermal connection of the ORC cycle and of the absorption cycle , and on which the second condenser , the absorber and the preheating device are arranged. - An organic Rankine cycle (ORC) comprising a first circulation loop of a first working fluid comprising a preheating device, a first evaporator , an expander , a first condenser and a first pump , - An absorption cycle comprising a second circulation loop of a working solution comprising an absorber , a generator , a second condenser , a second pump and a second evaporator ,
A system for suppressing conducted EMI generated by a switch element, comprising a conducted EMI suppression circuit, an inductive load and at least two switch elements , wherein the conducted EMI suppression circuit comprises one inductor and an RC circuit ; the inductor is connected to and in series with each one of the at least two switch elements ; the inductive load is connected with each of the at least two switch elements by parallel connecting lines which are connected with each other in parallel; the RC circuit comprises one resistor and at least two capacitors ; each of the capacitors corresponds to a different one of the switch elements , and the resistor is connected to and in series with each one of the capacitors , each series connection of the inductor with any one of the switch elements is subsequently connected in parallel with a series connection of the resistor with a corresponding capacitor of the RC circuit , whereby the conducted EMI suppression circuit is configured to suppress the conducted EMI generated by each of the at least two switch elements being turned off. the conducted EMI suppression circuit comprises one inductor and an RC circuit ; the inductor is connected to and in series with each one of the at least two switch elements ; the inductive load is connected with each of the at least two switch elements by parallel connecting lines which are connected with each other in parallel; the RC circuit comprises one resistor and at least two capacitors ; each of the capacitors corresponds to a different one of the switch elements , and the resistor is connected to and in series with each one of the capacitors , each series connection of the inductor with any one of the switch elements is subsequently connected in parallel with a series connection of the resistor with a corresponding capacitor of the RC circuit , whereby the conducted EMI suppression circuit is configured to suppress the conducted EMI generated by each of the at least two switch elements being turned off.
A sealing mechanism suitable for use in a push-button device , comprising: a front ring shell , configured to be mounted on a push-button base of the push-button device ; a lamp base shell , mounted on the front ring shell ; and a sealing member , comprising: a sealing body ; and a sealing wall , annularly disposed on the sealing body and fixed to the lamp base shell ; characterised in that the lamp base shell is mounted on the front ring shell in such a way, that the lamp base shell and the front ring shell respectively push the periphery of the sealing body in such a way, that the sealing body and the front ring shell together form a sealing space (S), said sealing space (S) being configured to seal a first slot in the push-button base . a front ring shell , configured to be mounted on a push-button base of the push-button device ; a lamp base shell , mounted on the front ring shell ; and a sealing member , comprising: a sealing body ; and a sealing wall , annularly disposed on the sealing body and fixed to the lamp base shell ; characterised in that the lamp base shell is mounted on the front ring shell in such a way, that the lamp base shell and the front ring shell respectively push the periphery of the sealing body in such a way, that the sealing body and the front ring shell together form a sealing space (S), said sealing space (S) being configured to seal a first slot in the push-button base . a sealing body ; and a sealing wall , annularly disposed on the sealing body and fixed to the lamp base shell ; characterised in that the lamp base shell is mounted on the front ring shell in such a way, that the lamp base shell and the front ring shell respectively push the periphery of the sealing body in such a way, that the sealing body and the front ring shell together form a sealing space (S), said sealing space (S) being configured to seal a first slot in the push-button base .
A gas chromatography heating apparatus for heating a gas chromatography column comprising: a first column heating apparatus , comprising: a first substrate ; a second substrate comprising silicon; and a first heating element disposed between the first substrate and the second substrate ; and a second column heating apparatus comprising: a third substrate ; a fourth substrate comprising silicon; and a second heating element disposed between the third substrate and the fourth substrate ; wherein a lower side of the second column heating apparatus is arranged opposite a upper side of the first column heating apparatus thereby allowing the gas chromatography column to be disposed above the upper side of the first column heating apparatus and below the lower side of the second column heating apparatus . a first column heating apparatus , comprising: a first substrate ; a second substrate comprising silicon; and a first heating element disposed between the first substrate and the second substrate ; and a second column heating apparatus comprising: a third substrate ; a fourth substrate comprising silicon; and a second heating element disposed between the third substrate and the fourth substrate ; wherein a lower side of the second column heating apparatus is arranged opposite a upper side of the first column heating apparatus thereby allowing the gas chromatography column to be disposed above the upper side of the first column heating apparatus and below the lower side of the second column heating apparatus .
A single piece container made from cardboard, paperboard or other lightweight foldable sheet material, the container comprising: an outer shell having a first end and a second end , and comprising a plurality of outer shell sidewall panels hingedly connected to one other about respective outer shell sidewall foldlines , the outer shell sidewall panels extending between the first end and the second end of the outer shell , wherein at least the second end of the outer shell is a closed end ; an inner shell comprising a plurality of inner shell sidewall panels hingedly connected to one other about respective inner shell sidewall foldlines , wherein the inner shell is integrally connected to the outer shell along a foldline ; wherein each one of the inner shell sidewall panels is in face-to-face contact with the inner surface of a respective one of the outer shell sidewall panels , wherein one of the outer shell sidewall panels is connected on one side along a foldline to an adjacent one of the outer shell sidewall panels , and comprises a flap connected thereto along a foldline along its opposite side, wherein the flap is bonded to one of the inner shell sidewall panels , characterised in that the flap is sandwiched between the outer shell sidewall panel to which it is connected along a foldline and the inner shell sidewall panel which is in face-to-face contact with that outer shell sidewall panel . an outer shell having a first end and a second end , and comprising a plurality of outer shell sidewall panels hingedly connected to one other about respective outer shell sidewall foldlines , the outer shell sidewall panels extending between the first end and the second end of the outer shell , wherein at least the second end of the outer shell is a closed end ; an inner shell comprising a plurality of inner shell sidewall panels hingedly connected to one other about respective inner shell sidewall foldlines , wherein the inner shell is integrally connected to the outer shell along a foldline ; wherein each one of the inner shell sidewall panels is in face-to-face contact with the inner surface of a respective one of the outer shell sidewall panels , wherein one of the outer shell sidewall panels is connected on one side along a foldline to an adjacent one of the outer shell sidewall panels , and comprises a flap connected thereto along a foldline along its opposite side, wherein the flap is bonded to one of the inner shell sidewall panels , characterised in that the flap is sandwiched between the outer shell sidewall panel to which it is connected along a foldline and the inner shell sidewall panel which is in face-to-face contact with that outer shell sidewall panel .