mhurhangee/ep-ind-claims huggingface dataset:
A training assisting apparatus for assisting an examinee in overcoming the examinee's worries by displaying a training image, comprising: a display section that displays the training image; a display ratio storage section that stores a change quantity of a display ratio of the training image displayed on the display section, in association with a physical state of the examinee; a physical state acquiring section that acquires the physical state of the examinee looking at the training image displayed on the display section; a display ratio extraction section that extracts the change quantity of the display ratio of the training image stored in the display ratio storage section in association with the physical state of the examinee acquired by the physical state acquiring section; and a display control section that changes the display ratio of the training image displayed on the display section, in accordance with the display ratio of the training image extracted by the display ratio extraction section, characterized in that the display section displays the training image by inserting the training image to a motion picture that is not a training image, the display ratio storage section stores a change quantity of a display time of the training image displayed on the display section, in association with the physical state of the examinee, the display ratio extraction section extracts the change quantity of the display time of the training image displayed on the display section, in association with the physical state of the examinee, and the display control section changes the display time of the training image displayed on the display section, in accordance with the change quantity of the display time of the training image extracted by the display ratio extraction section. a display section that displays the training image; a display ratio storage section that stores a change quantity of a display ratio of the training image displayed on the display section, in association with a physical state of the examinee; a physical state acquiring section that acquires the physical state of the examinee looking at the training image displayed on the display section; a display ratio extraction section that extracts the change quantity of the display ratio of the training image stored in the display ratio storage section in association with the physical state of the examinee acquired by the physical state acquiring section; and a display control section that changes the display ratio of the training image displayed on the display section, in accordance with the display ratio of the training image extracted by the display ratio extraction section,
Use of a label gene sequence in the preparation of an H7 avian influenza vaccine strain which differentiates influenza A virus infection from vaccination, the label gene sequence containing a DNA sequence for coding an influenza B virus NA protein extracellular region amino acid sequence, or containing a DNA sequence for coding an amino acid sequence having at least 90% homology, or at least 92% homology, or at least 95% homology, or at least 98% homology with the extracellular region amino acid sequence set forth in SEQ ID NO: 1; alternatively, the label gene sequence containing a DNA sequence for coding the extracellular region amino acid sequence in influenza B virus NA gene, or containing a sequence having at least 90% homology, or at least 92% homology, or at least 95% homology, or at least 98% homology with the DNA sequence set forth in SEQ ID NO: 2; alternatively, the label gene sequence is a DNA sequence for coding influenza B virus NA protein, or a DNA sequence for coding an amino acid sequence having at least 90% homology, or at least 92% homology, or at least 95% homology, or at least 98% homologywith the NA protein amino acid sequence of strain B/Massachusetts/2/2012 or strain B/Brisbane/60/2008; alternatively, the label gene sequence is a DNA sequence of influenza B virus NA gene, or a sequence having at least 90% homology, or at least 92% homology, or at least 95% homology, or at least 98% homology with the DNA sequence of strain B/Massachusetts/2/2012 or strain B/Brisbane/60/2008. alternatively, the label gene sequence containing a DNA sequence for coding the extracellular region amino acid sequence in influenza B virus NA gene, or containing a sequence having at least 90% homology, or at least 92% homology, or at least 95% homology, or at least 98% homology with the DNA sequence set forth in SEQ ID NO: 2; alternatively, the label gene sequence is a DNA sequence for coding influenza B virus NA protein, or a DNA sequence for coding an amino acid sequence having at least 90% homology, or at least 92% homology, or at least 95% homology, or at least 98% homologywith the NA protein amino acid sequence of strain B/Massachusetts/2/2012 or strain B/Brisbane/60/2008; alternatively, the label gene sequence is a DNA sequence of influenza B virus NA gene, or a sequence having at least 90% homology, or at least 92% homology, or at least 95% homology, or at least 98% homology with the DNA sequence of strain B/Massachusetts/2/2012 or strain B/Brisbane/60/2008.
A process for producing cheese of the cheddar type or the continental type, which comprises: adding to milk - a starter culture, such as culture comprising a strain belonging to a genus selected from the group consisting of: Lactococcus, Lactobacillus, Leuconostoc, Pediococcus, Streptococcus, and Enterococcus; and - a culture of a Lactobacillus delbrueckii subspecies lactis strain belonging to the group consisting of: the strains DSM 18885 and DSM 19279 which has alpha-s1 casein degrading activity, i.e. being able of degrading at least 25% of the alpha S1 casein, i.e. assessed in the assay "Assay for assessment of Proteolytic activity/ Degradation of alpha s1-casein" (cf. the specification); and - a coagulant, such as a milk-clotting enzyme (e.g. chymosin); and heating the mixture to a temperature in the range of 20 to 45 degrees C; and wherein the milk is pasteurized cow's milk. adding to milk - a starter culture, such as culture comprising a strain belonging to a genus selected from the group consisting of: Lactococcus, Lactobacillus, Leuconostoc, Pediococcus, Streptococcus, and Enterococcus; and - a culture of a Lactobacillus delbrueckii subspecies lactis strain belonging to the group consisting of: the strains DSM 18885 and DSM 19279 which has alpha-s1 casein degrading activity, i.e. being able of degrading at least 25% of the alpha S1 casein, i.e. assessed in the assay "Assay for assessment of Proteolytic activity/ Degradation of alpha s1-casein" (cf. the specification); and - a coagulant, such as a milk-clotting enzyme (e.g. chymosin); and - a starter culture, such as culture comprising a strain belonging to a genus selected from the group consisting of: Lactococcus, Lactobacillus, Leuconostoc, Pediococcus, Streptococcus, and Enterococcus; and - a culture of a Lactobacillus delbrueckii subspecies lactis strain belonging to the group consisting of: the strains DSM 18885 and DSM 19279 which has alpha-s1 casein degrading activity, i.e. being able of degrading at least 25% of the alpha S1 casein, i.e. assessed in the assay "Assay for assessment of Proteolytic activity/ Degradation of alpha s1-casein" (cf. the specification); and - a coagulant, such as a milk-clotting enzyme (e.g. chymosin); and heating the mixture to a temperature in the range of 20 to 45 degrees C; and wherein the milk is pasteurized cow's milk.
An indirect-injection internal-combustion engine, notably a supercharged engine, in particular of spark-ignition type, which can run in burnt gas scavenging mode or conventional mode, comprising at least one cylinder with a combustion chamber, at least two air intake means (14, 16), one of the means being a burnt gas scavenging intake means comprising a pipe controlled by a scavenging intake valve and the other being a fuel injection intake means comprising a pipe controlled by an injection intake valve, at least one burnt gas exhaust means with an exhaust valve associated with an exhaust pipe and at least one fuel injection means, characterized in that the fuel injection means comprises a fuel injector with two nozzles (28, 30) controlled each by a needle (46, 48) whose displacement is driven by a switch means, which allows the injection time of one of the nozzles to be varied in relation to the other nozzle, said injector being arranged on the intake pipes in such a way that it allows fuel to be fed to these pipes by allowing, when the engine runs in scavenging mode with overlap of scavenging intake valve and exhaust valve, not to feed fuel to any of the two intake means so that air is fed to the combustion chamber through scavenging intake means at the beginning of this running mode, then to feed fuel only to injection intake means through one of the nozzles, after the exhaust valve has closed and the injection intake valve has opened, by supplying a fuel mixture to the chamber while maintaining air supply to this chamber through burnt gas scavenging intake means and, when the engine runs in conventional mode, to feed fuel through both nozzles (28, 30) to the scavenging and injection intake means respectively so as to feed a fuel mixture to the combustion chamber through said intake means.
A rotary machine core assembly (10, 40, 50) comprising: a rotor housing defining a trochoid bore, the rotor housing having a plurality of pairs of fixing holes (24a, 24b, 42a, 42b, 58a, 58b) provided therein, each pair of fixing holes comprising a first fixing hole (24a, 42a, 58a) extending from one side of the rotor housing part-way into the rotor housing and a second fixing hole (24b, 42b, 58b) extending from an opposing side of the rotor housing part-way into the rotor housing, the fixing holes being generally co-axially aligned such that they extend towards each other and each fixing hole having a depth such that the ends of the fixing holes are spaced from each other; a first endplate located adjacent the one side of the rotor housing and a second endplate located adjacent the opposing side of the rotor housing, each endplate having a plurality of through holes (30, 32, 54, 56) provided in it, the through holes being correspondingly located with the fixing holes on the respective side of the rotor housing; a plurality of mechanical fixing elements (18a, 18b), each mechanical fixing element being located through a respective through hole in one of the endplates and being received in the respective fixing hole in the rotor housing such that the ends of oppositely located fixing elements are spaced from each other; and characterised in that a respective connecting bore is provided through the rotor housing between the ends of the oppositely located fixing holes (42a, 42b) of each pair. a rotor housing defining a trochoid bore, the rotor housing having a plurality of pairs of fixing holes (24a, 24b, 42a, 42b, 58a, 58b) provided therein, each pair of fixing holes comprising a first fixing hole (24a, 42a, 58a) extending from one side of the rotor housing part-way into the rotor housing and a second fixing hole (24b, 42b, 58b) extending from an opposing side of the rotor housing part-way into the rotor housing, the fixing holes being generally co-axially aligned such that they extend towards each other and each fixing hole having a depth such that the ends of the fixing holes are spaced from each other; a first endplate located adjacent the one side of the rotor housing and a second endplate located adjacent the opposing side of the rotor housing, each endplate having a plurality of through holes (30, 32, 54, 56) provided in it, the through holes being correspondingly located with the fixing holes on the respective side of the rotor housing; a plurality of mechanical fixing elements (18a, 18b), each mechanical fixing element being located through a respective through hole in one of the endplates and being received in the respective fixing hole in the rotor housing such that the ends of oppositely located fixing elements are spaced from each other; and characterised in that a respective connecting bore is provided through the rotor housing between the ends of the oppositely located fixing holes (42a, 42b) of each pair.
A coating liquid composition comprising a fluororesin having an aliphatic ring in the main chain and a fluorinated solvent, wherein the fluorinated solvent has a boiling point of at least 185°C, and the composition has a viscosity of at most 1,000 mPa.s at 25°C, wherein the viscosity of the coating liquid composition is measured by an E-type viscometer at 25°C immediately after preparation corresponding to the viscosity at the time of supplying a plate printing composition contained in a container to plate printing.
An engine mount assembly comprising: an airframe and an engine, said engine being subject to torsional and lateral movement; a torsion bar coupled between said engine and said airframe, the torsion bar having a torsional stiffness and experiencing torsion in response to torsional movement of the engine such that torsional movement of the engine is controllable based on the torsional stiffness of the torsion bar; and a lateral movement control assembly coupled between the torsion bar and the airframe, the lateral movement control assembly having a lateral stiffness, the torsion bar rotating in response to lateral movement of the engine and the lateral movement control assembly reacting to the rotation of the torsion bar such that lateral movement of the engine is controllable based on the lateral stiffness of the lateral movement control assembly, thereby enabling torsional and lateral movement of the engine to be independently controlled. an airframe and an engine, said engine being subject to torsional and lateral movement; a torsion bar coupled between said engine and said airframe, the torsion bar having a torsional stiffness and experiencing torsion in response to torsional movement of the engine such that torsional movement of the engine is controllable based on the torsional stiffness of the torsion bar; and a lateral movement control assembly coupled between the torsion bar and the airframe, the lateral movement control assembly having a lateral stiffness, the torsion bar rotating in response to lateral movement of the engine and the lateral movement control assembly reacting to the rotation of the torsion bar such that lateral movement of the engine is controllable based on the lateral stiffness of the lateral movement control assembly, thereby enabling torsional and lateral movement of the engine to be independently controlled.
A method for configuring a transmission direction of a time-frequency resource, comprising: receiving higher layer configuration signaling; receiving a first type of physical downlink control channel, PDCCH, from a first access network device, wherein the first type of PDCCH comprises first downlink control information, DCI, the first DCI comprises at least one information block, each information block of the at least one information block corresponds to configuration information of a transmission direction of at least one resource unit, the at least one resource unit comprises a time domain unit, wherein the time domain unit is a slot, the higher layer configuration signaling comprises a parameter of a start resource location of the each information block in the first DCI, and effective-time information of the configuration information is received via higher layer signaling, wherein the effective-time information comprises at least one of the following information: an effect start moment and effective duration; obtaining the each information block based on the parameter of the start resource location; and performing data transmission based on the each information block. receiving higher layer configuration signaling; receiving a first type of physical downlink control channel, PDCCH, from a first access network device, wherein the first type of PDCCH comprises first downlink control information, DCI, the first DCI comprises at least one information block, each information block of the at least one information block corresponds to configuration information of a transmission direction of at least one resource unit, the at least one resource unit comprises a time domain unit, wherein the time domain unit is a slot, the higher layer configuration signaling comprises a parameter of a start resource location of the each information block in the first DCI, and effective-time information of the configuration information is received via higher layer signaling, wherein the effective-time information comprises at least one of the following information: an effect start moment and effective duration; obtaining the each information block based on the parameter of the start resource location; and performing data transmission based on the each information block.
A one piece cotton free disposable electronic cigarette, characterized in that, it comprises a mouthpiece, an oil cup, a filter assembly, a heating unit and a power supply arranged in turn; and the power supply is electrically connected with the heating unit, wherein the filter assembly consists of an oil percolation piece and a filter piece, the one piece cotton free disposable electronic cigarette further comprises a protective tube, within which the oil cup, the filter assembly, the heating unit and the power supply are arranged, characterised in that the one piece cotton free disposable electronic cigarette further comprises a vapor filter piece arranged between the heating unit and the power supply.
A method for forming a three-dimensional article through successively depositing individual layers of powder material that are fused together so as to form the article, the method comprising the steps of: emitting, via at least one electron beam source, an electron beam for at least one of heating or fusing the powder material, wherein the electron beam source comprises a cathode, an anode, and a Wehnelt cup positioned between the cathode and the anode; applying a negative potential to the cathode; characterized by sensing, via a leakage current detector (120, 122), a current through at least one of the anode or the Wehnelt cup; and responsive to the current through at least one of the anode or the Wehnelt cup exceeding a predetermined value, closing a switch to connect the Wehnelt cup to a low impedance voltage source, the voltage source having a negative potential that is more negative than the negative potential applied to the cathode, the closing of the switch protecting the cathode against vacuum arc discharge energy currents when forming the three-dimensional article. emitting, via at least one electron beam source, an electron beam for at least one of heating or fusing the powder material, wherein the electron beam source comprises a cathode, an anode, and a Wehnelt cup positioned between the cathode and the anode; applying a negative potential to the cathode; characterized by sensing, via a leakage current detector (120, 122), a current through at least one of the anode or the Wehnelt cup; and responsive to the current through at least one of the anode or the Wehnelt cup exceeding a predetermined value, closing a switch to connect the Wehnelt cup to a low impedance voltage source, the voltage source having a negative potential that is more negative than the negative potential applied to the cathode, the closing of the switch protecting the cathode against vacuum arc discharge energy currents when forming the three-dimensional article.
Electrical energy recharging device for industrial or transport vehicle comprising: - a caisson suitable to be buried in a road or in a speed limitation obstacle, - a mobile piston made at least partially from conductive material, said mobile piston being suitable to assume a first retracted position in which it is housed entirely within the caisson, as well as a second extended position in which it protrudes vertically at least partially outside said caisson, - means (20, 22) enabling said mobile piston to be electrically connected to a fixed electricity supply station - said mobile piston being equipped with an electrical connection element suitable to come into contact with a complementary electrical connection element of said transport vehicle, so as to convey electrical energy from the fixed station to the direction of the vehicle characterized in that said electrical connection element is a connection plate, placed at the upper end of the mobile piston, said means (20,22) enabling said mobile piston to be electrically connected to a fixed electricity supply station including a contact ring, said mobile piston comprising an external insulating sheath (18 3) as well as an intermediate conductive area (18 2) electrically connected to the electrical connection element, the contact ring being distant from the conductive area (18 2) of said mobile piston in said retracted position, while said ring is in contact with said conductive area (18 2) when the mobile piston is in said extended position. - a caisson suitable to be buried in a road or in a speed limitation obstacle, - a mobile piston made at least partially from conductive material, said mobile piston being suitable to assume a first retracted position in which it is housed entirely within the caisson, as well as a second extended position in which it protrudes vertically at least partially outside said caisson, - means (20, 22) enabling said mobile piston to be electrically connected to a fixed electricity supply station - said mobile piston being equipped with an electrical connection element suitable to come into contact with a complementary electrical connection element of said transport vehicle, so as to convey electrical energy from the fixed station to the direction of the vehicle