mhurhangee/ep-ind-claims huggingface dataset:
A method of speeding up the delivery of a dynamic webpage, comprising: receiving a request for a webpage, the webpage including one or more dynamic components; sending a cached stub in response to the request, the cached stub including common components of the webpage that were empirically determined to be common components across multiple requests for the webpage; forwarding the request for the webpage to an origin server; receiving the webpage from the origin server; determining a difference between the cached stub and the webpage received from the origin server; and sending an instruction to correct the difference between the cached stub and the webpage received from the origin server, the method further comprising: excluding a first script component from being included in the cached stub, wherein the first script component was empirically determined to be common across multiple requests for the webpage, and wherein the first script component has a dependency on and is preceded by a second script component that was empirically determined to be uncommon across multiple requests for the webpage. receiving a request for a webpage, the webpage including one or more dynamic components; sending a cached stub in response to the request, the cached stub including common components of the webpage that were empirically determined to be common components across multiple requests for the webpage; forwarding the request for the webpage to an origin server; receiving the webpage from the origin server; determining a difference between the cached stub and the webpage received from the origin server; and sending an instruction to correct the difference between the cached stub and the webpage received from the origin server,
A control apparatus to avoid a worsening of soot for a direct injection diesel engine, the diesel engine having a fuel injection nozzle capable of performing a multi-stage injection and in which an after-injection is performed immediately after a main injection, the control apparatus comprising: means (16, S1 - S6, S11 - S17) for setting a target fuel pressure (tRail) on a basis of an engine revolution speed (Ne) and a load (Q, Tw, Patm, Tatm) and variably controlling a fuel pressure supplied to the fuel injection nozzle along the target fuel pressure (tRail); means (S1, S11) for setting a base value of an injection timing of the after-injection on a basis of the engine revolution speed (Ne) and the load (Q, Tw, Patm, Tatm); and characterized in that it comprises means (S3, S13, S14) for correcting the base value of the injection timing of the after-injection toward an advance side in a case where an actual fuel pressure (rRail) is higher than the target fuel pressure (tRail), on a basis of a difference (ΔP) between the detected actual fuel pressure (rRail) and the target fuel pressure (tRail), during an acceleration or a deceleration of the engine. means (16, S1 - S6, S11 - S17) for setting a target fuel pressure (tRail) on a basis of an engine revolution speed (Ne) and a load (Q, Tw, Patm, Tatm) and variably controlling a fuel pressure supplied to the fuel injection nozzle along the target fuel pressure (tRail); means (S1, S11) for setting a base value of an injection timing of the after-injection on a basis of the engine revolution speed (Ne) and the load (Q, Tw, Patm, Tatm); and characterized in that it comprises means (S3, S13, S14) for correcting the base value of the injection timing of the after-injection toward an advance side in a case where an actual fuel pressure (rRail) is higher than the target fuel pressure (tRail), on a basis of a difference (ΔP) between the detected actual fuel pressure (rRail) and the target fuel pressure (tRail), during an acceleration or a deceleration of the engine.
A composition for imaging target cells or target intracellular molecules comprising a fluorescently labeled sugar derivative having in its molecule 3-carboxy-6,8-difluoro-7-hydroxycoumarin or 3-carboxymethyl-6,8-difluoro-7-hydroxy-4-methylcoumarin as a fluorescent molecular group, wherein the fluorescently labeled sugar derivative is a molecule selected from the group consisting of 2-deoxy-2-((6,8-difluoro-7-hydroxycoumarin-3-yl)carboxamido)-D-glucose, 2-deoxy-2-(2-(6,8-difluoro-7-hydroxy-4-methylcoumarin-3-yl)acetamido)-D-glucose, 2-deoxy-2-((6,8-difluoro-7-hydroxycoumarin-3-yl)carboxamido)-L-glucose, 2-deoxy-2-(2-(6,8-difluoro-7-hydroxy-4-methylcoumarin-3-yl)acetamido)-L-glucose, 2-deoxy-2-((6,8-difluoro-7-hydroxycoumarin-3-yl)carboxamido)-D-mannose, 2-deoxy-2-((6,8-difluoro-7-hydroxycoumarin-3-yl)carboxamido)-L-mannose, 2-deoxy-2-(2-(6,8-difluoro-7-hydroxy-4-methylcoumarin-3-yl)acetamido)-D-mannose and 2-deoxy-2-(2-(6,8-difluoro-7-hydroxy-4-methylcoumarin-3-yl)acetamido)-L-mannose.
A manufacturing method of an insert-molded container having a double-wall structure in which a secondary container that is made of transparent synthetic resin and covers an outer surface of a primary container is integrally provided to an outside of the primary container, the method comprising: a cover attaching step of attaching a cover member to an outer surface of a part provided with a vapor-deposited layer of the primary container provided with the vapor-deposited layer on an outer surface, the cover member covering a part of the vapor-deposited layer; a placing step of placing the primary container in a mold with the cover member facing a gate; and an insert molding step of integrally forming the secondary container to an outside of the primary container by injecting a transparent synthetic resin material from the gate into the mold, characterized by that the cover member is made of transparent synthetic resin, the cover member is formed into a shape that includes a cover main body and a shaft portion protruding from the center of the cover main body, and in the cover attaching step, the shaft portion of the cover member is inserted from outside into a through hole of the primary container to attach the cover member to the primary container. a cover attaching step of attaching a cover member to an outer surface of a part provided with a vapor-deposited layer of the primary container provided with the vapor-deposited layer on an outer surface, the cover member covering a part of the vapor-deposited layer; a placing step of placing the primary container in a mold with the cover member facing a gate; and an insert molding step of integrally forming the secondary container to an outside of the primary container by injecting a transparent synthetic resin material from the gate into the mold, the cover member is made of transparent synthetic resin, the cover member is formed into a shape that includes a cover main body and a shaft portion protruding from the center of the cover main body, and in the cover attaching step, the shaft portion of the cover member is inserted from outside into a through hole of the primary container to attach the cover member to the primary container.
A shield connector, to which a shield electric wire including an inner sheath, a shield layer and an outer sheath provided in this order in a periphery of a core wire is connectable, attached to a grounded objective body to guide the shield electric wire to an insert hole formed in the objective body, and electrically conducting current from the shield layer to the objective body, the shield connector comprising: a housing, having a tubular shape so that the shield electric wire is inserted thereinto, and attached to the objective body so as to communicate with the insert hole of the objective body; a shield terminal, having a tubular shape, being electrically conductive, attached to an inner peripheral side of the housing, and electrically connectable to the objective body and the shield layer; and a seal member (51,61) configured to form a seal between an inner periphery of the shield terminal and the outer periphery of the inner sheath of the shield electric wire, said seal member (51,61) has a tubular shape, provided between the shield terminal and the inner sheath of the shield electric wire, characterized in that said seal member (51,61) is further configured to form a seal between the inner periphery of the insert hole and an outer periphery of the inner sheath of the shield electric wire and is provided between the inner periphery of the insert hole and the inner sheath of the shield electric wire. a housing, having a tubular shape so that the shield electric wire is inserted thereinto, and attached to the objective body so as to communicate with the insert hole of the objective body; a shield terminal, having a tubular shape, being electrically conductive, attached to an inner peripheral side of the housing, and electrically connectable to the objective body and the shield layer; and a seal member (51,61) configured to form a seal between an inner periphery of the shield terminal and the outer periphery of the inner sheath of the shield electric wire, said seal member (51,61) has a tubular shape, provided between the shield terminal and the inner sheath of the shield electric wire, said seal member (51,61) is further configured to form a seal between the inner periphery of the insert hole and an outer periphery of the inner sheath of the shield electric wire and is provided between the inner periphery of the insert hole and the inner sheath of the shield electric wire.
An anti-wobbling adjustable height stool comprising: an adjusting screw that includes a threaded seat support spindle and a spindle head disposed at an upper end of the threaded seat support spindle; a support configured as three support legs which are positioned to contact a ground or floor surface on which the stool is placed; a bushing located at a middle of the support, vertically supported by the support and disposed outside the threaded seat support spindle; the bushing being internally provided with a nut fit with the threaded seat support spindle, the nut being fixedly arranged at a top end inside the bushing; a rubber pad arranged between the adjusting screw and the bushing; a fitting recess arranged on the rubber pad; a washer arranged at a bottom of the rubber pad, the washer having a diameter smaller than a diameter of the rubber pad and not smaller than a diameter of the fitting recess; and a plurality of bolts that connect the washer and the rubber pad, wherein a bottom of the adjusting screw is installed in the fitting recess and is in interference fit with the rubber pad, wherein a movable gap is formed between an outer wall of the rubber pad and an inner wall of the bushing. an adjusting screw that includes a threaded seat support spindle and a spindle head disposed at an upper end of the threaded seat support spindle; a support configured as three support legs which are positioned to contact a ground or floor surface on which the stool is placed; a bushing located at a middle of the support, vertically supported by the support and disposed outside the threaded seat support spindle; the bushing being internally provided with a nut fit with the threaded seat support spindle, the nut being fixedly arranged at a top end inside the bushing; a rubber pad arranged between the adjusting screw and the bushing; a fitting recess arranged on the rubber pad; a washer arranged at a bottom of the rubber pad, the washer having a diameter smaller than a diameter of the rubber pad and not smaller than a diameter of the fitting recess; and a plurality of bolts that connect the washer and the rubber pad, wherein a bottom of the adjusting screw is installed in the fitting recess and is in interference fit with the rubber pad, wherein a movable gap is formed between an outer wall of the rubber pad and an inner wall of the bushing.
A tampon/applicator assembly comprising: (a) a tampon comprising a nonwoven overwrap comprising a photoreactive colorant in a UV-activated color zone of said nonwoven overwrap, wherein said UV-activated color zone is in the shape of a patterned mask; and (b) a translucent plastic applicator comprising the same photoreactive colorant in a UV-activated color zone of said translucent plastic applicator, wherein said UV-activated color zone is in the shape of the said patterned mask; wherein said color zones are in perfect registration with one another and work together to create a visual signal to a consumer of enhanced absorbency. (a) a tampon comprising a nonwoven overwrap comprising a photoreactive colorant in a UV-activated color zone of said nonwoven overwrap, wherein said UV-activated color zone is in the shape of a patterned mask; and (b) a translucent plastic applicator comprising the same photoreactive colorant in a UV-activated color zone of said translucent plastic applicator, wherein said UV-activated color zone is in the shape of the said patterned mask;
A CXCR1 antagonist for use in a method for the treatment of a subject having a tumor, wherein the method further comprises administration of a chemotherapeutic agent.
A packaging for a product, the packaging comprising a wrapper of flexible material encasing the product, the wrapper having a pouch into which a message card can be inserted, at least part of the pouch being see-through so that a message card can be seen when it is located in the pouch, in which the wrapper is made of a laminated material comprising an outer layer bonded to an inner layer over the majority of its surface area and in which a region of the outer layer is not bonded to the inner layer to define the pouch between the inner and outer layers.
SRAM memory including at least: - one matrix of memory cells forming columns and rows of memory cells; - bit lines each associated with one of the columns of memory cells, and word lines each associated to one of the rows of memory cells; - read ports each associated with one of the memory cells and coupled to one of the bit lines and one of the word lines; - local virtual ground lines, named LVGND lines, each coupled to the reference potential terminals of the read ports of at least one of the rows of memory cells; - local control elements each configured to electrically couple one of the LVGND lines to a power supply electric potential applied on a first power supply terminal of the local control elements or to a global virtual ground line, or GVGND line, to which a second power supply terminal of the local control elements is coupled; - one global control element configured to couple the GVGND line to the power supply electric potential or to a reference electric potential; wherein the global control element includes at least one inverter comprising at least one second PMOS transistor and one second NMOS transistor configured such that: - the source of the second PMOS transistor is coupled to the power supply electric potential, - the source of the second NMOS transistor is coupled to the reference electric potential, - the drains of the second PMOS and NMOS transistors (134, 136), forming an output of the global control element, are coupled to the GVGND line, - a control input of the global control element is coupled to gates of the second PMOS and NMOS transistors (134, 136) of the global control element. - one matrix of memory cells forming columns and rows of memory cells; - bit lines each associated with one of the columns of memory cells, and word lines each associated to one of the rows of memory cells; - read ports each associated with one of the memory cells and coupled to one of the bit lines and one of the word lines; - local virtual ground lines, named LVGND lines, each coupled to the reference potential terminals of the read ports of at least one of the rows of memory cells; - local control elements each configured to electrically couple one of the LVGND lines to a power supply electric potential applied on a first power supply terminal of the local control elements or to a global virtual ground line, or GVGND line, to which a second power supply terminal of the local control elements is coupled; - one global control element configured to couple the GVGND line to the power supply electric potential or to a reference electric potential; - the source of the second PMOS transistor is coupled to the power supply electric potential, - the source of the second NMOS transistor is coupled to the reference electric potential, - the drains of the second PMOS and NMOS transistors (134, 136), forming an output of the global control element, are coupled to the GVGND line, - a control input of the global control element is coupled to gates of the second PMOS and NMOS transistors (134, 136) of the global control element.
A method of producing a polyurethane based foam, comprising: providing a ground crop residue having an average particle size of less than 10 mm and that is prepared by grinding crop residues wherein the crop residues are derived from at least one selected from cereal grain crops and oilseed crops; providing a polyurethane system that includes an isocyanate component and an isocyanate-reactive component, the polyurethane system having an isocyanate index from 70 to 350; forming a modified polyurethane system by adding the ground crop residue to the polyurethane system in a range from 1.0 wt% to 20.0 wt%, based on a total weight of the modified polyurethane system; and forming the polyurethane based foam so as to have an applied density from 30 kg/m 3 to 75 kg/m 3, according to ASTM D-1622, and to have the ground crop residue embedded within polyurethane polymers that are a reaction product of the isocyanate component and the isocyanate-reactive component of the polyurethane system. providing a ground crop residue having an average particle size of less than 10 mm and that is prepared by grinding crop residues wherein the crop residues are derived from at least one selected from cereal grain crops and oilseed crops; providing a polyurethane system that includes an isocyanate component and an isocyanate-reactive component, the polyurethane system having an isocyanate index from 70 to 350; forming a modified polyurethane system by adding the ground crop residue to the polyurethane system in a range from 1.0 wt% to 20.0 wt%, based on a total weight of the modified polyurethane system; and forming the polyurethane based foam so as to have an applied density from 30 kg/m 3 to 75 kg/m 3, according to ASTM D-1622, and to have the ground crop residue embedded within polyurethane polymers that are a reaction product of the isocyanate component and the isocyanate-reactive component of the polyurethane system.
A method of waste material separation, comprising: providing a waste stream, wherein the waste stream comprises waste particles and a flow of liquid, wherein the waste stream comprises incinerator ash, automobile shredder residue, whitegood shredder residue, e-waste, building components, waste-to-energy slag, steelmaking slag, ferrochrome slag, retrieved landfill material, or a combination thereof; providing a helix separator that is a rotating cylinder having (a) one or more helical separators disposed therein, the one or more helical separators further comprising: a spiral structure, (b) a set of longitudinally extending grooves disposed along the spiral structure, and (c) nozzles configured to introduce a spray of liquid onto the waste stream along the length of the cylinder, a sizing step, wherein the waste stream is introduced into an inlet of the helix separator; the sizing step comprises rotation of the helix separator to separate the waste particles according to the particles' settling velocities or densities, wherein a heavy fraction settles into the grooves and a light fraction remains at the top of the waste stream; and the heavy fraction travels up the helix separator to be collected and the light fraction is pushed to the back of the helix separator and exits a back end of the rotating cylinder; characterised in that, each of the one or more nozzles creates a stream of liquid over the waste stream that pushes the light fraction in a direction opposite the heavy fraction. providing a waste stream, wherein the waste stream comprises waste particles and a flow of liquid, wherein the waste stream comprises incinerator ash, automobile shredder residue, whitegood shredder residue, e-waste, building components, waste-to-energy slag, steelmaking slag, ferrochrome slag, retrieved landfill material, or a combination thereof; providing a helix separator that is a rotating cylinder having (a) one or more helical separators disposed therein, the one or more helical separators further comprising: a spiral structure, (b) a set of longitudinally extending grooves disposed along the spiral structure, and (c) nozzles configured to introduce a spray of liquid onto the waste stream along the length of the cylinder, a sizing step, wherein the waste stream is introduced into an inlet of the helix separator; the sizing step comprises rotation of the helix separator to separate the waste particles according to the particles' settling velocities or densities, wherein a heavy fraction settles into the grooves and a light fraction remains at the top of the waste stream; and the heavy fraction travels up the helix separator to be collected and the light fraction is pushed to the back of the helix separator and exits a back end of the rotating cylinder;
Computer-based method for generating a component fault tree for a technical system comprising the steps of: - loading a data model of a failure mode and effect analysis for the technical system; - generating for each component of the technical system a component element for the component fault tree, wherein component output ports of single ones of the component elements are connected to input ports of other ones of the component elements; - generating for each component of the data model a component fault tree element for the respective component element, wherein each component fault tree element is associated with the respective component element; - generating for each failure effect of a failure mode of a component of the data model a output failure mode for the respective component fault tree elements; - generating for each failure mode of the component of the data model a basic event for the respective component fault tree elements. - loading a data model of a failure mode and effect analysis for the technical system; - generating for each component of the technical system a component element for the component fault tree, wherein component output ports of single ones of the component elements are connected to input ports of other ones of the component elements; - generating for each component of the data model a component fault tree element for the respective component element, wherein each component fault tree element is associated with the respective component element; - generating for each failure effect of a failure mode of a component of the data model a output failure mode for the respective component fault tree elements; - generating for each failure mode of the component of the data model a basic event for the respective component fault tree elements.