mhurhangee/ep-ind-claims huggingface dataset:
A liquid discharging apparatus comprising: a liquid discharging head including a nozzle configured to discharge a liquid containing resin, a liquid flow path (31, 33) that individually communicates with the nozzle, and an actuator configured to generate pressure oscillation in the liquid in the liquid flow path, the liquid discharging head being configured to discharge the liquid from the nozzle by driving of the actuator; a first inspection mechanism configured to inspect a discharge abnormality of the nozzle; a second inspection mechanism configured to inspect oscillation of the liquid in the liquid flow path generated by the driving of the actuator; and characterized by a control circuit configured to determine whether an attachment position of the resin is in the liquid flow path or in the nozzle, wherein the control circuit is configured to determine whether the attachment position of the resin is in the liquid flow path or in the nozzle based on an inspection result of the discharge abnormality by the first inspection mechanism and an inspection result of oscillation of the liquid in the liquid flow path by the second inspection mechanism. a liquid discharging head including a nozzle configured to discharge a liquid containing resin, a liquid flow path (31, 33) that individually communicates with the nozzle, and an actuator configured to generate pressure oscillation in the liquid in the liquid flow path, the liquid discharging head being configured to discharge the liquid from the nozzle by driving of the actuator; a first inspection mechanism configured to inspect a discharge abnormality of the nozzle; a second inspection mechanism configured to inspect oscillation of the liquid in the liquid flow path generated by the driving of the actuator; and characterized by a control circuit configured to determine whether an attachment position of the resin is in the liquid flow path or in the nozzle, wherein the control circuit is configured to determine whether the attachment position of the resin is in the liquid flow path or in the nozzle based on an inspection result of the discharge abnormality by the first inspection mechanism and an inspection result of oscillation of the liquid in the liquid flow path by the second inspection mechanism.
An electric vehicle comprising a charging arm that is configured to charge an energy storage device configured to drive the electric vehicle, by bringing power receiving elements (40p, 40n, 40pA, 40nA) of a charging arm into contact with power lines, which are disposed along a travel path of the electric vehicle together with facing toward a side portion of the electric vehicle, and to which electrical power is supplied, wherein: the charging arm comprises an arm portion configured to be deployed, during charging, from the side portion of the electric vehicle toward an outer side in a vehicle transverse direction by rotating the charging arm about a rotary shaft; the power receiving elements (40p, 40n, 40pA, 40nA) are disposed in a charging head (26, 26A) configured to be positioned on a distal end of the arm portion; characterized in that the charging head (26, 26A) is set so as to face toward the power lines at an orientation in which a longitudinal direction of the charging head (26, 26A) is perpendicular to the power lines in a case where the arm portion is deployed at a predetermined angle of rotation (θ3) about the rotary shaft as from the state in which the arm portion is accommodated; and the arm portion is deployed up to a first angle of rotation (θ1) about the rotary shaft as from the state in which the arm portion is accommodated, the first angle of rotation (θ1) being greater than the predetermined angle of rotation (θ3).
A ball valve with a vorticial flush functionality comprising: a flow control element rotatably disposed in a valve body and defining a cavity between an outer spherical surface of the flow control element and an inner surface of the valve body; a first purge fluid inlet passage through the valve body to the cavity having a flow axis directed toward or tangential to the outer spherical surface at a first location; a purge fluid drain from the cavity through the valve body; wherein an orientation of the flow axis of the first purge fluid inlet passage is transverse to a normal line to the spherical surface at the first location; wherein the purge fluid drain is located below the flow control element at an axis of rotation of the flow control element; a second purge fluid inlet passage through the valve body to the cavity having a flow axis directed toward or tangential to the outer spherical surface at a second location and having an orientation of the flow axis of the second purge fluid inlet passage transverse to a normal line to the spherical surface at the second location; wherein the first location is disposed on a hemisphere of the flow control element opposite the purge fluid drain; and characterized in that the second location is disposed on the same hemisphere as the purge fluid drain. a flow control element rotatably disposed in a valve body and defining a cavity between an outer spherical surface of the flow control element and an inner surface of the valve body; a first purge fluid inlet passage through the valve body to the cavity having a flow axis directed toward or tangential to the outer spherical surface at a first location; a purge fluid drain from the cavity through the valve body; wherein an orientation of the flow axis of the first purge fluid inlet passage is transverse to a normal line to the spherical surface at the first location; wherein the purge fluid drain is located below the flow control element at an axis of rotation of the flow control element; a second purge fluid inlet passage through the valve body to the cavity having a flow axis directed toward or tangential to the outer spherical surface at a second location and having an orientation of the flow axis of the second purge fluid inlet passage transverse to a normal line to the spherical surface at the second location; wherein the first location is disposed on a hemisphere of the flow control element opposite the purge fluid drain; and characterized in that the second location is disposed on the same hemisphere as the purge fluid drain.
A process for preparing a decellularized isolated bone tissue sample comprising the steps of: a. providing an isolated bone tissue sample, b. treating said sample with: i. a solution comprising at least one chelating agent, ii. a solution comprising at least one anionic detergent, iii. a solution comprising at least one non-ionic detergent, iv. a solution comprising at least one enzyme, v. a solution comprising at least one antibiotic, wherein steps b.i. to b.v. are carried out by immersion of said sample in said solutions, and wherein steps b.i. to b.v. are performed according to the sequence: b.i., b.ii., b.iii., b.iv. and b.v.. a. providing an isolated bone tissue sample, b. treating said sample with: i. a solution comprising at least one chelating agent, ii. a solution comprising at least one anionic detergent, iii. a solution comprising at least one non-ionic detergent, iv. a solution comprising at least one enzyme, v. a solution comprising at least one antibiotic, wherein steps b.i. to b.v. are carried out by immersion of said sample in said solutions, and wherein steps b.i. to b.v. are performed according to the sequence: b.i., b.ii., b.iii., b.iv. and b.v.. i. a solution comprising at least one chelating agent, ii. a solution comprising at least one anionic detergent, iii. a solution comprising at least one non-ionic detergent, iv. a solution comprising at least one enzyme, v. a solution comprising at least one antibiotic,
A method for the production of a non-woven strip, wherein by a dynamic control influence is exerted in a targeted manner on the distribution of orientations (OVB, OVC) of the fibres according to the position of said fibres in the widthwise direction of the strip (430, 440); characterized in that different distributions of orientation (OVB, OVC) are established at different points of the width of the strip at an intermediate production stage so that the non-woven textile obtained at a subsequent production stage exhibits at different points of the width of the textile sought respective distributions with regard to mechanical strength and/or elongation, the distributions of orientation of the fibres being chosen so as to promote the uniformity at all points of the width of the non-woven textile of a variable (MD/CD) representative of the mechanical strength or of the elongation of the non-woven textile.
An umbrella hub (116; 120) comprising: a central portion configured to receive to an umbrella pole; a body having a top surface and a bottom surface extending between the central portion and an outer periphery of the hub, an outer portion adjacent to the outer periphery configured to receive an end portion (136; 144) of an umbrella structural member (108; 112); and a retention mechanism disposed within the outer portion of the body, the retention mechanism comprising: a channel extending from an opening at the top surface toward the bottom surface; a moveable retention device disposed between the opening and the bottom surface; wherein in a first configuration the moveable retention device permits a pivoting member of an umbrella structural member (108; 112) to be moved from the opening along the channel to a retained position and in a second configuration the moveable retention device prevents the pivoting member of the umbrella structural member from being withdrawn from the retention mechanism; and wherein the retention device comprises a fixed end, a free end, and an elongate surface disposed therebetween, the free end being disposed between the fixed end and the bottom surface, pivoting of the elongate surface enabling at least the free end to move between the first and second configurations. a central portion configured to receive to an umbrella pole; a body having a top surface and a bottom surface extending between the central portion and an outer periphery of the hub, an outer portion adjacent to the outer periphery configured to receive an end portion (136; 144) of an umbrella structural member (108; 112); and a retention mechanism disposed within the outer portion of the body, the retention mechanism comprising: a channel extending from an opening at the top surface toward the bottom surface; a moveable retention device disposed between the opening and the bottom surface; a channel extending from an opening at the top surface toward the bottom surface; a moveable retention device disposed between the opening and the bottom surface; wherein in a first configuration the moveable retention device permits a pivoting member of an umbrella structural member (108; 112) to be moved from the opening along the channel to a retained position and in a second configuration the moveable retention device prevents the pivoting member of the umbrella structural member from being withdrawn from the retention mechanism; and wherein the retention device comprises a fixed end, a free end, and an elongate surface disposed therebetween, the free end being disposed between the fixed end and the bottom surface, pivoting of the elongate surface enabling at least the free end to move between the first and second configurations.
A computer-implemented method of dispatching power, comprising: acquiring (S301, S501) a power dispatching question information; determining (S302, S502) a question semantic information corresponding to the power dispatching question information, wherein the question semantic information comprises an identification of a target substation, a question intention, and a target parameter; determining a plurality of first rules from a preset rule base according to the identification of the target substation, wherein the first rule is a rule to be met by a parameter of the target substation; determining at least one second rule from the plurality of first rules according to the target parameter, wherein the second rule comprises the target parameter; determining a target parameter value corresponding to the target parameter and an actual parameter value corresponding to the target parameter according to the question intention, the target parameter, and the at least one second rule; and determining an answer information according to the target parameter value and the actual parameter value, and outputting the answer information, so that a power dispatching of the target substation is performed using the answer information. acquiring (S301, S501) a power dispatching question information; determining (S302, S502) a question semantic information corresponding to the power dispatching question information, wherein the question semantic information comprises an identification of a target substation, a question intention, and a target parameter; determining a plurality of first rules from a preset rule base according to the identification of the target substation, wherein the first rule is a rule to be met by a parameter of the target substation; determining at least one second rule from the plurality of first rules according to the target parameter, wherein the second rule comprises the target parameter; determining a target parameter value corresponding to the target parameter and an actual parameter value corresponding to the target parameter according to the question intention, the target parameter, and the at least one second rule; and determining an answer information according to the target parameter value and the actual parameter value, and outputting the answer information, so that a power dispatching of the target substation is performed using the answer information.
Use of a compound represented by the following Formula 1 as an organic positive electrode active material for aqueous redox flow batteries: wherein R 1 to R 5 are the same or different from each other, and each independently represent H, NH 2, NO 2, X, CX 3, or CN, wherein X is a halogen element, provided that at least one of R 1 to R 5 is not H. wherein R 1 to R 5 are the same or different from each other, and each independently represent H, NH 2, NO 2, X, CX 3, or CN, wherein X is a halogen element, provided that at least one of R 1 to R 5 is not H.
An etheramine mixture comprising at least 10% by weight, based on the total weight of the etheramine mixture, of a monoether amine of formula: wherein R 1 and R 2 are identical or different and are each, independently of one another, hydrogen or a linear or branched C 1 - C 5 alkyl group which may be optionally substituted by one or more NH 2 groups, a is an integer from 3 to 6, and X and Y are different and are each, independently of one another, hydrogen, a linear or branched C 1 - C 5 alkyl group, a linear or branched C 2 - C 5 alkenyl group, or a substituted or unsubstituted C 6 - C 12 aryl group.
An automated drug labeling system for enabling transfer of a drug from a first drug container to a second drug container, wherein the system is sized suitably for placement on or near a medication cart in an operating room of a hospital, the system comprising: a drug identification component that retrieves drug identifying data for the drug in the first drug container by scanning a machine-readable code associated with the first drug container, wherein the drug is included in a set of drugs; a storage medium that stores a computer-accessible database (116, 117) comprising attributes and associated values for the set of drugs including the drug in the first drug container; a processor that obtains the drug identifying data and at least one of the attributes and associated values for the drug based on the drug identifying data, and generates label content that is to label the second drug container, wherein the label content comprises human-readable content and machine-readable content, and the machine-readable content encodes information indicative of the drug, control information for controlling operation of a drug delivery device, and documentation information enabling a documentation system to document, in a medical record of a patient, administration of the drug; and an output unit that produces, in color, a color-coded label that is to be coupled to the second container, is compliant with a medical labeling standard, and comprises the human-readable content and the machine-readable content, wherein the output unit is configured to print the color. a drug identification component that retrieves drug identifying data for the drug in the first drug container by scanning a machine-readable code associated with the first drug container, wherein the drug is included in a set of drugs; a storage medium that stores a computer-accessible database (116, 117) comprising attributes and associated values for the set of drugs including the drug in the first drug container; a processor that obtains the drug identifying data and at least one of the attributes and associated values for the drug based on the drug identifying data, and generates label content that is to label the second drug container, wherein the label content comprises human-readable content and machine-readable content, and the machine-readable content encodes information indicative of the drug, control information for controlling operation of a drug delivery device, and documentation information enabling a documentation system to document, in a medical record of a patient, administration of the drug; and information indicative of the drug, control information for controlling operation of a drug delivery device, and documentation information enabling a documentation system to document, in a medical record of a patient, administration of the drug; and an output unit that produces, in color, a color-coded label that is to be coupled to the second container, is compliant with a medical labeling standard, and comprises the human-readable content and the machine-readable content, wherein the output unit is configured to print the color.
Metal-air button cell, comprising a closed cell housing and, arranged therein, an air cathode and a metal-based anode which are separated from one another by a separator, wherein • the cell housing is composed of a first housing half-part and a second housing half-part, • the housing half-parts (101; 102) are configured so as to be cup-shaped and in each case have a base and an circumferential side wall, • the base of the second housing half-part has one or more entry and/or exit openings (104 a-d) for atmospheric oxygen, and • the air cathode is configured so as to be disc-shaped and is positioned on the base of the second housing half-part such that it covers the entry and/or exit openings (104 a-d) and its periphery bears on the inner side of the circumferential side wall of the second housing half-part, characterized in that an electrically conductive coating is arranged on the inner side of the side wall of the second housing half-part at the height on which the periphery bears, wherein the electrically conductive coating has a matrix of a binding agent and, embedded therein, electrically conductive particles. • the cell housing is composed of a first housing half-part and a second housing half-part, • the housing half-parts (101; 102) are configured so as to be cup-shaped and in each case have a base and an circumferential side wall, • the base of the second housing half-part has one or more entry and/or exit openings (104 a-d) for atmospheric oxygen, and • the air cathode is configured so as to be disc-shaped and is positioned on the base of the second housing half-part such that it covers the entry and/or exit openings (104 a-d) and its periphery bears on the inner side of the circumferential side wall of the second housing half-part,
A stator blade ring for a steam turbine, said stator blade ring comprising: a plurality of stator blade modules defining an annular chamber, each stator blade module comprising, an elongated blade portion including a first blade shell portion and a second blade shell portion brazed to said first blade shell portion, said elongated blade portion further including a longitudinal passageway and at least one opening extending through at least one of said first blade shell portion and said second blade shell portion to said longitudinal passageway; an inner portion brazed to a first longitudinal end of said blade portion, said inner portion including a through hole forming a portion of said annular chamber, said inner portion further including an inner passageway extending from said through hole to said longitudinal passageway; and an outer portion brazed to a second longitudinal end of said blade portion and engaged to said steam turbine, said outer portion including an outer passageway open to a surface of said steam turbine and said longitudinal passageway. a plurality of stator blade modules defining an annular chamber, each stator blade module comprising, an elongated blade portion including a first blade shell portion and a second blade shell portion brazed to said first blade shell portion, said elongated blade portion further including a longitudinal passageway and at least one opening extending through at least one of said first blade shell portion and said second blade shell portion to said longitudinal passageway; an inner portion brazed to a first longitudinal end of said blade portion, said inner portion including a through hole forming a portion of said annular chamber, said inner portion further including an inner passageway extending from said through hole to said longitudinal passageway; and an outer portion brazed to a second longitudinal end of said blade portion and engaged to said steam turbine, said outer portion including an outer passageway open to a surface of said steam turbine and said longitudinal passageway.