mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling a power unit with combustion engine and automatic gearbox, which are connected via a clutch, for one of the wheelsets (12, 14) of a parallel hybrid vehicle capable of running under the action of an electric motor (MELAR) provided for the other of the wheelsets of the parallel hybrid vehicle, the method including a phase (TDCR, DGMP, TDM) of deactivating the drive, which phase is initiated by a command to stop operation of the vehicle (TDCR) by cutting the contact while the power unit has its gearbox which is commanded to operate in one of its modes of operation in forward gear or reverse gear whilst having its step-down ratios which are disengaged, said phase of deactivating the drive including the sequencing of a step of engaging a step-down ratio of the gearbox (TCR1, TENG, TR1) and a step of controlling the clutch to close (TCEMB, TRF, TEMBF).
A cowl for a ventilation system comprising at least two separate flow paths; an outlet flow path defined by a first conduit and an inlet flow path defined by a second conduit that extends around the first conduit of the outlet flow path, the first and second conduits extending in the direction of a common axis, the inlet and outlet flow paths (2, 3) each having a first end (2a, 3a) adapted to open to atmosphere and each having a second end (2b, 3b) adapted to be connected to the ventilation system, wherein the inlet flow path includes a mouth portion at its first end, the mouth portion substantially facing a direction perpendicular to the common axis to provide an opening into the inlet flow path and including at least one louver, the louver configured to present to incoming air a radially outward upwardly inclined section and a radially inward downwardly inclined section, wherein the mouth portion extends above a terminal end of the second conduit and a guide section, wherein the first conduit forms the guide section, is arranged to extend out of the second conduit and define the mouth portion with the terminal end of the second conduit; and wherein the first conduit has a substantially constant diameter up to a flared portion at the first end, the flared portion having a terminal end comprising the uppermost part of the first conduit.
A data processing method, comprising: determining, by a terminal device, a relation of size between an amount of data to be sent of a first split bearer of the terminal device and a preset threshold of the first split bearer, characterised by: the amount of the data to be sent comprises total amount of data volume in a packet data convergence protocol PDCP layer of the first split bearer and data volume in a first radio link control RLC layer and a second RLC layer, that are configured by a network side for transmitting data by default, of the first split bearer; and determining, by the terminal device among two or more cell groups corresponding to the first split bearer, a target cell group used to process the data to be sent, according to the relation of size. determining, by a terminal device, a relation of size between an amount of data to be sent of a first split bearer of the terminal device and a preset threshold of the first split bearer, characterised by: the amount of the data to be sent comprises total amount of data volume in a packet data convergence protocol PDCP layer of the first split bearer and data volume in a first radio link control RLC layer and a second RLC layer, that are configured by a network side for transmitting data by default, of the first split bearer; and determining, by the terminal device among two or more cell groups corresponding to the first split bearer, a target cell group used to process the data to be sent, according to the relation of size.
A positioning system for positioning a body, the system comprising: a pad an upper support comprising: a mounting plate for the pad configured to receive the body; a hinge comprising a curved surface including teeth, the curved surface operable to rotate; a pawl that is in contact with the teeth of the hinge, wherein the pawl is operable to allow rotation of the pad in a first direction due to angles of the teeth; a moveable member extending from the hinge, the moveable member including teeth; and a second pawl that is in contact with the teeth of the moveable member, the second pawl operable to allow movement of the moveable member due to angles of the teeth of the moveable member; and a lower support connected to the upper support via the moveable member. a pad an upper support comprising: a mounting plate for the pad configured to receive the body; a hinge comprising a curved surface including teeth, the curved surface operable to rotate; a pawl that is in contact with the teeth of the hinge, wherein the pawl is operable to allow rotation of the pad in a first direction due to angles of the teeth; a moveable member extending from the hinge, the moveable member including teeth; and a second pawl that is in contact with the teeth of the moveable member, the second pawl operable to allow movement of the moveable member due to angles of the teeth of the moveable member; and a mounting plate for the pad configured to receive the body; a hinge comprising a curved surface including teeth, the curved surface operable to rotate; a pawl that is in contact with the teeth of the hinge, wherein the pawl is operable to allow rotation of the pad in a first direction due to angles of the teeth; a moveable member extending from the hinge, the moveable member including teeth; and a second pawl that is in contact with the teeth of the moveable member, the second pawl operable to allow movement of the moveable member due to angles of the teeth of the moveable member; and a lower support connected to the upper support via the moveable member.
A diesel exhaust fluid injector, the DEF injector configured to attach to an outer wall of an after-treatment apparatus for a diesel engine upstream of a selective catalytic reduction device, the DEF injector comprising: an electrospraying apparatus comprising: a DEF injection tube configured to provide a first electrode; a second electrode spaced from an outlet of the DEF injection tube, the electrospraying apparatus configured to provide an electric field between the first electrode and the second electrode for atomisation of DEF injected by the DEF injector; characterised in that the DEF injector further comprises a housing, wherein the electrospraying apparatus is contained within the housing, and the electrospraying apparatus is provided as part of the DEF injector. an electrospraying apparatus comprising: a DEF injection tube configured to provide a first electrode; a second electrode spaced from an outlet of the DEF injection tube, a DEF injection tube configured to provide a first electrode; a second electrode spaced from an outlet of the DEF injection tube, the electrospraying apparatus configured to provide an electric field between the first electrode and the second electrode for atomisation of DEF injected by the DEF injector; characterised in that the DEF injector further comprises a housing, wherein the electrospraying apparatus is contained within the housing, and the electrospraying apparatus is provided as part of the DEF injector.
An apparatus (800, 1100) comprising: a base (804, 1106); a top member (802, 1102), the top member (802, 1102) defining a proximal end and a distal end, the proximal end pivotally coupled to the base (804, 1106); a bladder, the bladder disposed between the base (804, 1106) and the top member (802, 1102); a mounting block (806, 1108), the mounting block (806, 1108) pivotally coupled to the distal end of the top member (802, 1102); and a stabilizing member (810, 1110), the stabilizing member (810, 1110) pivotally coupled to the base (804, 1106) and to the mounting block (806, 1108) at locations different from the top member (802, 1102); the apparatus (800, 1100) being operative to raise the distal end of the top member (802, 1102) away from the base (804, 1106) as the bladder is inflated; the top member (802, 1102) and the stabilizing member (810, 1110) cooperating to maintain the mounting block (806, 1108) at a substantially constant orientation relative to the base (804, 1106) while the apparatus (800, 1100) raises the distal end of the top member (802, 1102) away from the base (804, 1106); whereby at least a portion of the top member (802, 1102) farres over the bladder, characterized in that at least a portion of the stabilizing member (810, 1110) passes over the bladder. a base (804, 1106); a top member (802, 1102), the top member (802, 1102) defining a proximal end and a distal end, the proximal end pivotally coupled to the base (804, 1106); a bladder, the bladder disposed between the base (804, 1106) and the top member (802, 1102); a mounting block (806, 1108), the mounting block (806, 1108) pivotally coupled to the distal end of the top member (802, 1102); and a stabilizing member (810, 1110), the stabilizing member (810, 1110) pivotally coupled to the base (804, 1106) and to the mounting block (806, 1108) at locations different from the top member (802, 1102); the apparatus (800, 1100) being operative to raise the distal end of the top member (802, 1102) away from the base (804, 1106) as the bladder is inflated; the top member (802, 1102) and the stabilizing member (810, 1110) cooperating to maintain the mounting block (806, 1108) at a substantially constant orientation relative to the base (804, 1106) while the apparatus (800, 1100) raises the distal end of the top member (802, 1102) away from the base (804, 1106); whereby at least a portion of the top member (802, 1102) farres over the bladder, characterized in that at least a portion of the stabilizing member (810, 1110) passes over the bladder.
A production apparatus of a two-layer preform including an inner layer preform and an outer layer preform, the apparatus comprising: a first injection molding unit that injection molds the inner layer preform with a first resin material; and a second injection molding unit that internally accommodates the inner layer preform that is injection molded in the first injection molding unit and injection molds the outer layer preform on the outside of the inner layer preform with a second resin material having a lower melting point than the first resin material, wherein the second injection molding unit has an outer layer cavity mold for injection-molding the outer layer preform, a bottom surface of the outer layer cavity mold is provided with a protrusion for separating the inner layer preform disposed in the outer layer cavity mold from the bottom surface, and a through-hole is formed in the outer layer preform by the protrusion to introduce external air between the outer layer preform and the inner layer preform. a first injection molding unit that injection molds the inner layer preform with a first resin material; and a second injection molding unit that internally accommodates the inner layer preform that is injection molded in the first injection molding unit and injection molds the outer layer preform on the outside of the inner layer preform with a second resin material having a lower melting point than the first resin material, wherein the second injection molding unit has an outer layer cavity mold for injection-molding the outer layer preform, a bottom surface of the outer layer cavity mold is provided with a protrusion for separating the inner layer preform disposed in the outer layer cavity mold from the bottom surface, and a through-hole is formed in the outer layer preform by the protrusion to introduce external air between the outer layer preform and the inner layer preform.
A blender comprising: a main body including a case; a bottom plate disposed at a lower side of the case and configured to close an opened lower surface of the case; a jar configured to be seated on the main body and configured to receive food for blending; a main PCB device provided inside the case; a knob rotation shaft mounted on the main PCB device; a knob assembly for operation of the blender by a user, the knob assembly mounted on the knob rotation shaft and protruding outwardly through the main body; and supporters (377, 713) provided inside the case and supporting the main PCB device, characterized in that the supporters (377, 713) include: an upper supporter protruded downward from an inner upper surface of the case to support an upper end of the main PCB device; and a lower supporter formed on the bottom plate and protruded upward to be in contact with a rear surface of the main PCB device to support a lower end of the main PCB device. a main body including a case; a bottom plate disposed at a lower side of the case and configured to close an opened lower surface of the case; a jar configured to be seated on the main body and configured to receive food for blending; a main PCB device provided inside the case; a knob rotation shaft mounted on the main PCB device; a knob assembly for operation of the blender by a user, the knob assembly mounted on the knob rotation shaft and protruding outwardly through the main body; and supporters (377, 713) provided inside the case and supporting the main PCB device, an upper supporter protruded downward from an inner upper surface of the case to support an upper end of the main PCB device; and a lower supporter formed on the bottom plate and protruded upward to be in contact with a rear surface of the main PCB device to support a lower end of the main PCB device.
8-β-D-Glucopyranosylgenistein for use in treatment of Type 2 diabetes by returning glycaemia at the normal control values of healthy mammals, both on the fasting and post-load periods, by administering 4mg/kg 7 daily i.p. injections of 8-β- D -Glucopyranosylgenistein to a diabetic mammal.
Device for mounting a turbojet engine on a support structure, which is attached to an aircraft fuselage, comprising a suspension bar which is attachable at the support structure in the longitudinal direction and at which an engine shroud can be attached by means of a front suspension, and that has a rear suspension and at least one push rod which is arranged in an angled manner with respect to the suspension bar, wherein the at least one push rod is connected to the suspension bar, characterized in that the rear suspension and the push rod are connectable via a lightweight construction system with an engine shroud, wherein the lightweight construction system is connectable to the engine shroud in a distance (a) that is directed backwards from the rear suspension.
Tool for hot forming and press hardening of steel components, comprising an upper tool and a lower tool, wherein the upper tool and/or the lower tool are formed from a base body (4, 5) having cooling channels made from a highly thermally conductive material and a wear protection plate (6, 7) is arranged on the base body (4, 5), characterised in that the base body (4, 5) is formed from at least two segments (9a, 9b, 9c, 10a, 10b, 10c).
A method of using protein polymorphism biomarkers to conduct forensic genetic analysis on a proteinaceous tissue sample, characterized in that the method comprises: extracting a mixture of proteins from the proteinaceous tissue sample; digesting the extracted mixture of proteins with trypsin: identifying a pattern of polymorphic tryptic peptides present within the extracted mixture of proteins by comparison to known protein polymorphisms that may be present in the proteinaceous tissue sample; and analyzing the identified polymorphic tryptic peptides present within the extracted mixture of proteins to make a determination as to a genetic relationships of a source of the proteinaceous tissue sample by calculating a probability that the proteinaceous tissue sample originated with particular individual, measurement of genetic diversity, measurement of genetic distance, calculating a genetic distance between the proteinaceous tissue sample and a known genetic population, excluding a potential individual, identifying a specific individual, or determining paternity. extracting a mixture of proteins from the proteinaceous tissue sample; digesting the extracted mixture of proteins with trypsin: identifying a pattern of polymorphic tryptic peptides present within the extracted mixture of proteins by comparison to known protein polymorphisms that may be present in the proteinaceous tissue sample; and analyzing the identified polymorphic tryptic peptides present within the extracted mixture of proteins to make a determination as to a genetic relationships of a source of the proteinaceous tissue sample by calculating a probability that the proteinaceous tissue sample originated with particular individual, measurement of genetic diversity, measurement of genetic distance, calculating a genetic distance between the proteinaceous tissue sample and a known genetic population, excluding a potential individual, identifying a specific individual, or determining paternity. identifying a pattern of polymorphic tryptic peptides present within the extracted mixture of proteins by comparison to known protein polymorphisms that may be present in the proteinaceous tissue sample; and analyzing the identified polymorphic tryptic peptides present within the extracted mixture of proteins to make a determination as to a genetic relationships of a source of the proteinaceous tissue sample by calculating a probability that the proteinaceous tissue sample originated with particular individual, measurement of genetic diversity, measurement of genetic distance, calculating a genetic distance between the proteinaceous tissue sample and a known genetic population, excluding a potential individual, identifying a specific individual, or determining paternity.
A barrier film comprising a crosslinked composition comprising a graphene oxide, a polyvinyl alcohol polymer, and a crosslinking group; wherein the crosslinking group connects a graphene oxide platelet to the polyvinyl alcohol, and the crosslinking group is formed from a tetraalkyl orthosilicate, an alkyl dialdehyde, or by exposing the graphene oxide and the polymer to UV radiation without a crosslinker; whereby the film is a barrier to the passage of moisture and gases.
Sepiapterin, or a pharmaceutically acceptable salt thereof, for use in a method of treating phenylketonuria in a subject having a blood phenylalanine concentration greater than 120 micromole per liter, optionally wherein the subject has a blood phenylalanine concentration greater than 600 micromole per liter; wherein: the subject failed to respond to treatment with sapropterin, or a pharmaceutically acceptable salt thereof, wherein the blood plasma phenylalanine concentration of the subject decreased less than 20% upon administration of sapropterin, or a pharmaceutically acceptable salt thereof; and the method comprises administering to the subject an effective amount of the sepiapterin or pharmaceutically acceptable salt thereof. the subject failed to respond to treatment with sapropterin, or a pharmaceutically acceptable salt thereof, wherein the blood plasma phenylalanine concentration of the subject decreased less than 20% upon administration of sapropterin, or a pharmaceutically acceptable salt thereof; and the method comprises administering to the subject an effective amount of the sepiapterin or pharmaceutically acceptable salt thereof.
Method for detecting a multimedia communication problem, implemented by an execution entity, comprising a processing phase implementing: - receiving (111 E) at least one message, called received message, belonging to at least one flow to be monitored relating to at least one media flow, - verifying (113 E) a correspondence between said at least one received message and at least one rule associated with said at least one flow to be monitored, and - when said at least one received message corresponds to said rule, sending (114 E) an error detection message to a control entity via a rule management entity, and - a configuration phase prior to said processing phase, implementing receiving an error detection notification request message, transmitted by said control entity via said rule management entity, said error detection notification request message carrying said at least one rule and an attribute relating to at least one type of flow authorized to transport information on media flows. - receiving (111 E) at least one message, called received message, belonging to at least one flow to be monitored relating to at least one media flow, - verifying (113 E) a correspondence between said at least one received message and at least one rule associated with said at least one flow to be monitored, and - when said at least one received message corresponds to said rule, sending (114 E) an error detection message to a control entity via a rule management entity, and - a configuration phase prior to said processing phase, implementing receiving an error detection notification request message, transmitted by said control entity via said rule management entity, said error detection notification request message carrying said at least one rule and an attribute relating to at least one type of flow authorized to transport information on media flows.
A steel powder having a composition consisting of, in mass %: 0.10≤C<0.25, 0.005≤Si≤0.200, 2.00≤Cr≤6.00, − 0.0125 × Cr + 0.125 ≤ Mn ≤ − 0.100 × Cr + 1.800 in which the [Cr] represents the value of Cr content in mass %, 0.01≤Mo≤1.80, − 0.00447 × Mo + 0.010 ≤ V ≤ − 0.1117 × Mo + 0.901 in which the [Mo] represents the value of Mo content in mass %, 0.0002≤N≤0.3000, and optionally, one or more of the following: 0.10<Al≤1.20, 0.30<Cu≤2.00, 0.0001<B≤0.0100, at least either one of 0.003<S≤0.250, 0.0005<Ca≤0.2000, 0.03<Se≤0.50, 0.005<Te≤0.100, 0.01<Bi≤0.50, and 0.03<Pb≤0.50, at least either one of 0.004<Nb≤0.100, 0.004<Ta≤0.100, 0.004<Ti≤0.100, and 0.004<Zr≤0.1 00, at least either one of 0.10<W≤5.00 and 0.10<Co≤3.00, and the balance being Fe and unavoidable impurities. 0.10≤C<0.25, 0.005≤Si≤0.200, 2.00≤Cr≤6.00, − 0.0125 × Cr + 0.125 ≤ Mn ≤ − 0.100 × Cr + 1.800 in which the [Cr] represents the value of Cr content in mass %, 0.01≤Mo≤1.80, − 0.00447 × Mo + 0.010 ≤ V ≤ − 0.1117 × Mo + 0.901 in which the [Mo] represents the value of Mo content in mass %, 0.0002≤N≤0.3000, and 0.10<Al≤1.20, 0.30<Cu≤2.00, 0.0001<B≤0.0100, at least either one of 0.003<S≤0.250, 0.0005<Ca≤0.2000, 0.03<Se≤0.50, 0.005<Te≤0.100, 0.01<Bi≤0.50, and 0.03<Pb≤0.50, at least either one of 0.004<Nb≤0.100, 0.004<Ta≤0.100, 0.004<Ti≤0.100, and 0.004<Zr≤0.1 00, at least either one of 0.10<W≤5.00 and 0.10<Co≤3.00, and the balance being Fe and unavoidable impurities.