mhurhangee/ep-ind-claims huggingface dataset:
A method of extracting oil from a whole stillage or beer, wherein the method comprises: (a) providing a whole stillage or beer; (b) separating the whole stillage or beer into a first liquid fraction and a first solids fraction, wherein the first solids fraction has a total solids content in a range from 15 to less than 35% (wt/wt) based on the total weight of the first solids fraction; (c) applying pressure to the first solids fraction to separate the first solids fraction into a second liquid fraction and a second solids fraction and to move oil into the second liquid fraction; and (d) recovering or separating oil from the second liquid fraction. (a) providing a whole stillage or beer; (b) separating the whole stillage or beer into a first liquid fraction and a first solids fraction, wherein the first solids fraction has a total solids content in a range from 15 to less than 35% (wt/wt) based on the total weight of the first solids fraction; (c) applying pressure to the first solids fraction to separate the first solids fraction into a second liquid fraction and a second solids fraction and to move oil into the second liquid fraction; and (d) recovering or separating oil from the second liquid fraction.
A clothes care apparatus comprising: a main body including a clothes care room; and a steam generating device provided to supply steam into the clothes care room, wherein the steam generating device includes: a steam container; a wash liquid injecting part provided to inject a wash liquid for removing scale in the steam container; a heating part provided inside the steam container to heat the wash liquid; and a wash liquid discharging part provided to discharge the wash liquid having cleaned the scale using heat received from the heating part; wherein the wash liquid injecting part includes: a supply water container provided to supply water to the steam container; a first pump provided to move the wash liquid introduced into the supply water container to the steam container; a first connecting member connecting the first pump to the steam container; and a first valve provided on a path of the first connecting member. a main body including a clothes care room; and a steam generating device provided to supply steam into the clothes care room, wherein the steam generating device includes: a steam container; a wash liquid injecting part provided to inject a wash liquid for removing scale in the steam container; a heating part provided inside the steam container to heat the wash liquid; and a wash liquid discharging part provided to discharge the wash liquid having cleaned the scale using heat received from the heating part; wherein the wash liquid injecting part includes: a supply water container provided to supply water to the steam container; a first pump provided to move the wash liquid introduced into the supply water container to the steam container; a first connecting member connecting the first pump to the steam container; and a first valve provided on a path of the first connecting member. a steam container; a wash liquid injecting part provided to inject a wash liquid for removing scale in the steam container; a heating part provided inside the steam container to heat the wash liquid; and a wash liquid discharging part provided to discharge the wash liquid having cleaned the scale using heat received from the heating part; wherein the wash liquid injecting part includes: a supply water container provided to supply water to the steam container; a first pump provided to move the wash liquid introduced into the supply water container to the steam container; a first connecting member connecting the first pump to the steam container; and a first valve provided on a path of the first connecting member. a supply water container provided to supply water to the steam container; a first pump provided to move the wash liquid introduced into the supply water container to the steam container; a first connecting member connecting the first pump to the steam container; and a first valve provided on a path of the first connecting member.
The use of a mixture comprising (a) from 40 to 70 % by volume of an inorganic powder based on the total volume of the mixture, (b) from 30 to 60 % by volume based on the total volume of the mixture of a binder comprising from 50 to 96 % by weight of at least one polyoxymethylene based on the total weight of the binder, from 2 to 35 % by weight of at least one polyolefin based on the total weight of the binder, from 2 to 40 % by weight of at least one further polymer based on the total weight of the binder in a fused filament fabrication process. (a) from 40 to 70 % by volume of an inorganic powder based on the total volume of the mixture, (b) from 30 to 60 % by volume based on the total volume of the mixture of a binder comprising from 50 to 96 % by weight of at least one polyoxymethylene based on the total weight of the binder, from 2 to 35 % by weight of at least one polyolefin based on the total weight of the binder, from 2 to 40 % by weight of at least one further polymer based on the total weight of the binder in a fused filament fabrication process. from 50 to 96 % by weight of at least one polyoxymethylene based on the total weight of the binder, from 2 to 35 % by weight of at least one polyolefin based on the total weight of the binder, from 2 to 40 % by weight of at least one further polymer based on the total weight of the binder
A monoclonal antibody that specifically binds to human IL-17A, comprising a heavy chain variable region comprising HCDR1, HCDR2 and HCDR3, and a light chain variable region comprising LCDR1, LCDR2 and LCDR3, wherein HCDR1 has the sequence GFTIDNY, HCDR2 has the sequence NQDGNE, HCDR3 has the sequence DYYDVISDYYIHYWYFDL, or HCDR1 has the sequence GMSMSDY, HCDR2 has the sequence NQDGDE, HCDR3 has the sequence DYYDLISDYYIHYWYFDL, or HCDR1 has the sequence GITMDDY, HCDR2 has the sequence NQDGNE, HCDR3 has the sequence DYYDLISDYYIHYWYFDL; and LCDR1 has the sequence RASQNVHNRLT, LCDR2 has the sequence GASNLES, and LCDR3 has the sequence QQYNGSPTT; and wherein HCDR1, HCDR2, HCDR3, LCDR1, LCDR2 and LCDR3 are defined according to Chothia.
A pharmaceutical composition for use in preventing or treating neurodegenerative disorders, comprising mixed herb extracts of Dioscorea Rhizoma and Dioscorea nipponica in a weight ratio of 3.5:1 (w/w) as an active ingredient, and a pharmaceutically acceptable carrier, wherein Dioscorea Rhizoma is a fresh rhizome of Dioscorea batatas Decaisne or Dioscorea japonica Thunberg, or a fresh rhizome of Dioscorea batatas Decaisne or Dioscorea japonica Thunberg that was steamed and dried.
A method for detecting the presence of a colorectal neoplasm in a mammal, said method comprising: a) detecting the presence of exfoliated epithelial markers in a stool sample obtained from said mammal, wherein said exfoliated epithelial markers specific for a colorectal neoplasm comprise colorectal neoplasm-specific nucleic acid markers comprising a gene having a point mutation and genes having aberrant methylation; and b) detecting the presence of a fecal occult blood marker in said stool sample; c) identifying said mammal as having a colorectal neoplasm when the presence of both of the exfoliated epithelial markers in said stool sample and the fecal occult blood marker in said stool sample are detected. a) detecting the presence of exfoliated epithelial markers in a stool sample obtained from said mammal, wherein said exfoliated epithelial markers specific for a colorectal neoplasm comprise colorectal neoplasm-specific nucleic acid markers comprising a gene having a point mutation and genes having aberrant methylation; and b) detecting the presence of a fecal occult blood marker in said stool sample; c) identifying said mammal as having a colorectal neoplasm when the presence of both of the exfoliated epithelial markers in said stool sample and the fecal occult blood marker in said stool sample are detected.
A print media transport apparatus comprising: an endless track comprising a printing zone, a descending zone and an ascending zone, a plurality of pallets (102, 300) circulating on the endless track, each pallet (102, 300) of the plurality of pallets (102, 300) comprising a self-propelling mechanism and having an upper surface to support print media, the plurality of pallets (102, 300) forming an endless loop, adjacent pallets (102, 300) being linked by a coupling allowing variable spacing between the adjacent pallets (102, 300), wherein while a pallet (102, 300) is on the printing zone of the track, the spacing remains constant, and while a pallet (102, 300) is on the descending and ascending zones of the track, the spacing is at a minimum such that the pallets (102, 300) are tightly packed and are acting directly on one another, and a controller controlling the self-propelling mechanism of each pallet (102, 300). an endless track comprising a printing zone, a descending zone and an ascending zone, a plurality of pallets (102, 300) circulating on the endless track, each pallet (102, 300) of the plurality of pallets (102, 300) comprising a self-propelling mechanism and having an upper surface to support print media, the plurality of pallets (102, 300) forming an endless loop, adjacent pallets (102, 300) being linked by a coupling allowing variable spacing between the adjacent pallets (102, 300), wherein while a pallet (102, 300) is on the printing zone of the track, the spacing remains constant, and while a pallet (102, 300) is on the descending and ascending zones of the track, the spacing is at a minimum such that the pallets (102, 300) are tightly packed and are acting directly on one another, and a controller controlling the self-propelling mechanism of each pallet (102, 300).
A method of protecting a circuit having at least a first circuit breaker and a second circuit breaker arranged upstream of said first circuit breaker, said first circuit breaker configured to provide a selectivity trip time-delay, said second circuit breaker having configuration settings selectable between a normal mode and an alternate mode, characterized in that the alternate mode setting including a reduced energy let-thru (RELT) mode setting having a reduced energy let-thru mode trip time delay, the method comprising: determining if said second circuit breaker is configured in said reduced energy let-thru mode; in this case overriding said selectivity trip time-delay for opening said second circuit breaker; and triggering said second circuit breaker to open after said reduced energy let-thru mode trip time delay has elapsed. determining if said second circuit breaker is configured in said reduced energy let-thru mode; in this case overriding said selectivity trip time-delay for opening said second circuit breaker; and triggering said second circuit breaker to open after said reduced energy let-thru mode trip time delay has elapsed.
A full free-lift triplex forklift mast assembly with increased operator forward view, including an outer mast, a middle mast, an inner mast and a carriage, comprising: - a pair of lift cylinders, located rearwardly of the outer mast, mounted on top of a lower cross-tie thereof, which upon commands from the operator extend or retract, thus move the middle mast accordingly in vertical direction, without said lift cylinders obstructing the space between the inner mast profiles, - a pair of lift chains, driving the inner mast in vertical direction, with each connected to an outer mast chain anchor on one end, and to a multifunctional lift base on the other end, disposed over laterally symmetrically positioned lift chain pulleys, which are mounted to the middle mast upper cross-tie rearwardly of the middle mast (1 1), without said lift chains obstructing the space between the inner mast profiles, - a pair of free-lift cylinders, located rearwardly of the inner mast, mounted on top of each of the multifunctional lift bases, wherein each comprises a free lift chain pulley mounted on top thereof, and which upon commands from the operator extend or retract, thus move the free-lift chain pulleys accordingly in vertical direction, without said free-lift cylinders obstructing the space between the inner mast profiles, - a pair of free-lift chains, driving the carriage in vertical direction, with each one connected to an inner mast chain anchor on one end, and to a carriage anchor on the other end, disposed over the laterally symmetrically positioned free-lift chain pulleys, with said free-lift chains providing maximized forward visibility through the mast assembly. - a pair of lift cylinders, located rearwardly of the outer mast, mounted on top of a lower cross-tie thereof, which upon commands from the operator extend or retract, thus move the middle mast accordingly in vertical direction, without said lift cylinders obstructing the space between the inner mast profiles, - a pair of lift chains, driving the inner mast in vertical direction, with each connected to an outer mast chain anchor on one end, and to a multifunctional lift base on the other end, disposed over laterally symmetrically positioned lift chain pulleys, which are mounted to the middle mast upper cross-tie rearwardly of the middle mast (1 1), without said lift chains obstructing the space between the inner mast profiles, - a pair of free-lift cylinders, located rearwardly of the inner mast, mounted on top of each of the multifunctional lift bases, wherein each comprises a free lift chain pulley mounted on top thereof, and which upon commands from the operator extend or retract, thus move the free-lift chain pulleys accordingly in vertical direction, without said free-lift cylinders obstructing the space between the inner mast profiles, - a pair of free-lift chains, driving the carriage in vertical direction, with each one connected to an inner mast chain anchor on one end, and to a carriage anchor on the other end, disposed over the laterally symmetrically positioned free-lift chain pulleys, with said free-lift chains providing maximized forward visibility through the mast assembly.
A defrost system for a temperature control unit, the defrost system comprising: an evaporator section having a refrigerant inlet and a refrigerant outlet, wherein the defrost system is for facilitating defrosting of ice that is only at the refrigerant inlet; a first heating element being dedicated to ice defrosting at the refrigerant inlet; a second heating element, the first heating element located closer to the refrigerant inlet than the second heating element is to the refrigerant inlet; wherein the first heating element is oriented vertically relative to the evaporator section, the second heating element is oriented along a longitudinal direction of the evaporator section; a first sensing device located proximate the refrigerant inlet and being for detecting ice buildup at the refrigerant inlet, wherein heating activation of the first heating element is determined at least in part by ice buildup detection of the first sensing device; and a second sensing device located further from the refrigerant inlet than the distance between the first sensing device and the refrigerant inlet and being for detecting ice buildup along the second heating element, wherein heating activation of the second heating element is determined at least in part by ice buildup detection of the second sensing device. an evaporator section having a refrigerant inlet and a refrigerant outlet, wherein the defrost system is for facilitating defrosting of ice that is only at the refrigerant inlet; a first heating element being dedicated to ice defrosting at the refrigerant inlet; a second heating element, the first heating element located closer to the refrigerant inlet than the second heating element is to the refrigerant inlet; wherein the first heating element is oriented vertically relative to the evaporator section, the second heating element is oriented along a longitudinal direction of the evaporator section; a first sensing device located proximate the refrigerant inlet and being for detecting ice buildup at the refrigerant inlet, wherein heating activation of the first heating element is determined at least in part by ice buildup detection of the first sensing device; and a second sensing device located further from the refrigerant inlet than the distance between the first sensing device and the refrigerant inlet and being for detecting ice buildup along the second heating element, wherein heating activation of the second heating element is determined at least in part by ice buildup detection of the second sensing device.
A compound having a structure of formula, or a pharmaceutically acceptable salt thereof wherein R A is H or F; R C is H, Cl, or F; Het is piperidinyl, and the ring nitrogen is substituted with R B; R B is C1-C6alkyl, Cl-C6hydroxyalkyl, or C1-C3alkylene-C3-C6cycloalkyl,. R A is H or F; R C is H, Cl, or F; Het is piperidinyl, and the ring nitrogen is substituted with R B; R B is C1-C6alkyl, Cl-C6hydroxyalkyl, or C1-C3alkylene-C3-C6cycloalkyl,.
An array of components in a gas turbine engine, comprising: first and second structures respectively include first and second surfaces (42, 142) that are arranged adjacent to one another to provide a gap, the first and second surfaces (42, 142) respectively have first and second rounded edges (56, 156) at the gap that are arranged in staggered relationship relative to one another, and wherein the first and second surfaces (42, 142) are misaligned with one another in the radial direction; wherein the gap extends an axial length that includes first and second lengths (L1, L2), characterized in that the first and second lengths (L1, L2) are each in a range of 30-70% of the axial length, the first rounded edge arranged along the first length and the second rounded edge arranged along the second length. first and second structures respectively include first and second surfaces (42, 142) that are arranged adjacent to one another to provide a gap, the first and second surfaces (42, 142) respectively have first and second rounded edges (56, 156) at the gap that are arranged in staggered relationship relative to one another, and wherein the first and second surfaces (42, 142) are misaligned with one another in the radial direction; wherein the gap extends an axial length that includes first and second lengths (L1, L2), characterized in that the first and second lengths (L1, L2) are each in a range of 30-70% of the axial length, the first rounded edge arranged along the first length and the second rounded edge arranged along the second length.
A process for preparing nitroalkanes by reaction of at least one alkane with at least one nitrating agent in the gas phase, wherein the nitration is carried out in a microstructured reaction zone having parallel channels having hydraulic diameters of less than 2.5 mm and a total specific internal surface area of more than 1600 m 2 /m 3, where the alkane and the nitrating agent are conveyed in gaseous form under a pressure of from 1 bar to 20 bar through the reaction zone and reacted at a temperature of from 150°C to 650°C and the reaction products are cooled downstream of the reaction zone and discharged and the at least one nitrating agent used is a mixture of nitrogen oxides and oxygen, where a nitrogen oxide-rich partial mixture is introduced at the reactor inlet and an oxygen-rich partial mixture is introduced via from two to ten introduction points along the reaction zone.
An apparatus for electrostatic discharge protection of an integrated circuit pad receiving a data signal, comprising: a plurality of ESD fingers (300, 400a,b), wherein each of the plurality of ESD fingers comprises a signal pad connection coupled with said integrated circuit pad, a distributed base connection, a NMOS transistor comprising drain and source respectively coupled to the signal pad connection and the distributed base connection, and a gate formed by a polysilicon layer and coupled to a gate connection, and a first bipolar NPN transistor comprising a base coupled with the distributed base connection and an emitter collector path coupling a ground connection with said signal pad connection; a second NPN bipolar device sharing a collector and a base with the first bipolar NPN transistor, and comprising an emitter coupled with the distributed base connection; wherein the bases of the first NPN bipolar device and the second NPN bipolar device are coupled with the ground connection via a first resistor; wherein said signal pad connections, said distributed base connections, said gate connections, and said ground connections of each of said plurality of ESD fingers (300, 400a,b) are connected with each other, respectively. a plurality of ESD fingers (300, 400a,b), wherein each of the plurality of ESD fingers comprises a signal pad connection coupled with said integrated circuit pad, a distributed base connection, a NMOS transistor comprising drain and source respectively coupled to the signal pad connection and the distributed base connection, and a gate formed by a polysilicon layer and coupled to a gate connection, and a first bipolar NPN transistor comprising a base coupled with the distributed base connection and an emitter collector path coupling a ground connection with said signal pad connection; a second NPN bipolar device sharing a collector and a base with the first bipolar NPN transistor, and comprising an emitter coupled with the distributed base connection; wherein the bases of the first NPN bipolar device and the second NPN bipolar device are coupled with the ground connection via a first resistor; a signal pad connection coupled with said integrated circuit pad, a distributed base connection, a NMOS transistor comprising drain and source respectively coupled to the signal pad connection and the distributed base connection, and a gate formed by a polysilicon layer and coupled to a gate connection, and a first bipolar NPN transistor comprising a base coupled with the distributed base connection and an emitter collector path coupling a ground connection with said signal pad connection; a second NPN bipolar device sharing a collector and a base with the first bipolar NPN transistor, and comprising an emitter coupled with the distributed base connection; wherein the bases of the first NPN bipolar device and the second NPN bipolar device are coupled with the ground connection via a first resistor; wherein said signal pad connections, said distributed base connections, said gate connections, and said ground connections of each of said plurality of ESD fingers (300, 400a,b) are connected with each other, respectively.
A filter cartridge for filtering a fluid comprising a tubular filter wall and at least an annular support plate fixed to a lower end of the filter wall and made of at least an electrically-insulated material, wherein it comprises at least a conductive strip made of an electrically conductive material, partially sunk in the support plate and provided with at least a portion (51, 52) exposed therefrom, characterised in that the conductive strip comprises a first exposed portion and a second exposed portion and at least a tract of the conductive strip that is intermediate between the first and the second exposed portion (51, 52) and is sunk in the support plate.