mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling an energy storage system for a hybrid vehicle, which comprises an electrical storage system, a heat engine and an electric machine, including: - a first step of forced charging of the electric storage system, activated when the vehicle is at a non-zero speed and when a charge state of the storage system is less than a first threshold (Sb); and - a second step of stoppage of forced charge of the electric storage system, activated if at least the charge state of the storage system is greater than the first threshold (Sb), said method being characterized in that it consists in protecting a specified quantity of energy, designated buffer zone, solely dedicated to the supply of the auxiliary equipment during the stoppage of the heat engine; the extent of this reserve being defined by the product of the average power of the auxiliary equipment and the statistical duration of a stoppage. - a first step of forced charging of the electric storage system, activated when the vehicle is at a non-zero speed and when a charge state of the storage system is less than a first threshold (Sb); and - a second step of stoppage of forced charge of the electric storage system, activated if at least the charge state of the storage system is greater than the first threshold (Sb), said method being characterized in that it consists in protecting a specified quantity of energy, designated buffer zone, solely dedicated to the supply of the auxiliary equipment during the stoppage of the heat engine; the extent of this reserve being defined by the product of the average power of the auxiliary equipment and the statistical duration of a stoppage.
Replenishing system, comprising: - an input that is configured to be arranged in liquid connection with a pressurized liquid supply; - a replenishing output that is configured to be arranged in liquid connection with a pressurized liquid circulating system; and - a collector that is arranged between the input and the replenishing output and that comprises a gas extractor; and characterized in that the system further comprising a water hammer arrestor that comprises: - a housing supporting one or more than one non-return valve configured to prevent a backflow from the pressurized liquid circulating system through the water hammer arrestor towards the pressurized liquid supply; - wherein said housing is configured to move upstream over a limited range when the one or more than one non-return valve is exposed to the backflow; and - wherein a spring is configured to restrict and absorb the movement of the housing. - an input that is configured to be arranged in liquid connection with a pressurized liquid supply; - a replenishing output that is configured to be arranged in liquid connection with a pressurized liquid circulating system; and - a collector that is arranged between the input and the replenishing output and that comprises a gas extractor; and characterized in that - a housing supporting one or more than one non-return valve configured to prevent a backflow from the pressurized liquid circulating system through the water hammer arrestor towards the pressurized liquid supply; - wherein said housing is configured to move upstream over a limited range when the one or more than one non-return valve is exposed to the backflow; and - wherein a spring is configured to restrict and absorb the movement of the housing.
Aqueous alkaline binder composition for curing with carbon dioxide gas, comprising - a negatively charged or uncharged phenol-aldehyde resin, comprising phenol groups, which is selected from the group consisting of resoles and mixtures comprising one or more resoles and also one or more novolacs, - an oxyanion, selected from the group consisting of borate ions, aluminate ions, stannate ions, zirconate ions, titanate ions, and mixtures thereof, for forming a stable complex with the resole-phenol-aldehyde resin and - one or more silanes in a total amount in the range from 2.5 to 10 wt%, based on the total mass of the binder composition, where the total molar amount of the phenol groups of the phenol-aldehyde resin in the aqueous alkaline binder composition is in the range from 1 to 3 mol/kg, based on the total mass of the aqueous alkaline binder composition. - a negatively charged or uncharged phenol-aldehyde resin, comprising phenol groups, which is selected from the group consisting of resoles and mixtures comprising one or more resoles and also one or more novolacs, - an oxyanion, selected from the group consisting of borate ions, aluminate ions, stannate ions, zirconate ions, titanate ions, and mixtures thereof, for forming a stable complex with the resole-phenol-aldehyde resin and - one or more silanes in a total amount in the range from 2.5 to 10 wt%, based on the total mass of the binder composition,
Measuring device for detecting a process variable in a container, comprising an electronic unit with a housing and a sealing arrangement bearing against the housing, wherein the measuring device is arranged to be disposed in a container opening; wherein, when the measuring device is located in the container opening, the sealing arrangement is set up to seal the container opening; wherein the electronic unit has a sensor for detecting a measurement signal; an energy supply; an antenna connected to the sensor for transmitting and receiving the measurement signal; and a communication unit, for receiving control signals, and for providing and transmitting measurement data from the measurement signal according to a transmission protocol; characterised in that the electronic unit is arranged below a geometric plane of the sealing arrangement and at the same time inside the container; and the sealing arrangement is designed as a sealing ring; and in that the communication unit is a communication unit for wireless communication, and the electronic unit is arranged to be supplied with electrical energy by a battery. the measuring device is arranged to be disposed in a container opening; wherein, when the measuring device is located in the container opening, the sealing arrangement is set up to seal the container opening; wherein the electronic unit has a sensor for detecting a measurement signal; an energy supply; an antenna connected to the sensor for transmitting and receiving the measurement signal; and a communication unit, for receiving control signals, and for providing and transmitting measurement data from the measurement signal according to a transmission protocol; characterised in that the electronic unit is arranged below a geometric plane of the sealing arrangement and at the same time inside the container; and the sealing arrangement is designed as a sealing ring; and in that the communication unit is a communication unit for wireless communication, and the electronic unit is arranged to be supplied with electrical energy by a battery.
A method for the production of micronized sulphur particles, the method comprising: heating solid sulphur stock to a temperature above a melting point of sulphur such that the sulphur stock melts and forms liquid sulphur; preparing a dispersant solution by mixing a dispersant agent with solvent in selected proportions; containing the dispersant solution under pressure and raising a temperature of the dispersant solution to a temperature about equal to the temperature of the liquid sulphur; blending the liquid sulphur and dispersant solution together to produce an emulsified sulphur suspension; cooling the emulsified sulphur suspension to a temperature below the melting point of sulphur; removing the dispersant solution from the emulsified sulphur suspension to leave sulphur particles; and drying the sulphur particles. heating solid sulphur stock to a temperature above a melting point of sulphur such that the sulphur stock melts and forms liquid sulphur; preparing a dispersant solution by mixing a dispersant agent with solvent in selected proportions; containing the dispersant solution under pressure and raising a temperature of the dispersant solution to a temperature about equal to the temperature of the liquid sulphur; blending the liquid sulphur and dispersant solution together to produce an emulsified sulphur suspension; cooling the emulsified sulphur suspension to a temperature below the melting point of sulphur; removing the dispersant solution from the emulsified sulphur suspension to leave sulphur particles; and drying the sulphur particles.
An air trap chamber comprising: a chamber body that has a substantially cylindrical shape and has an upstream end defined with respect to a central axis and covered with a top wall having an inlet, and a downstream end defined with respect to the central axis and having an outlet; and an inlet pipe that extends from the inlet into the chamber body, and has an ejection port, being an end opening, is provided at an inner circumference surface of the chamber body and faced in a circumferential direction, characterized in that the inner circumference surface of the chamber body extends, in a spiral shape in the circumferential direction, from an ejection point where the ejection port is located to a connection point where an outer circumferential surface of the inlet pipe surrounding the ejection port is coupled to the inner circumference surface of the chamber body, and a first distance connecting the ejection point and the central axis of the chamber body on a plane perpendicular to the central axis of the chamber body is longer than a second distance connecting the connection point and the central axis of the chamber body on the plane, wherein a connection point angle (θ) that is formed between a tangent line of the outer circumferential surface of the inlet pipe in a plane perpendicular to the central axis (C 1) and a tangent line of the inner circumference surface of the chamber body in a plane perpendicular to the central axis at the connection point and straddles the outer circumferential surface of the inlet pipe is 90° or less. a chamber body that has a substantially cylindrical shape and has an upstream end defined with respect to a central axis and covered with a top wall having an inlet, and a downstream end defined with respect to the central axis and having an outlet; and an inlet pipe that extends from the inlet into the chamber body, and has an ejection port, being an end opening, is provided at an inner circumference surface of the chamber body and faced in a circumferential direction, characterized in that the inner circumference surface of the chamber body extends, in a spiral shape in the circumferential direction, from an ejection point where the ejection port is located to a connection point where an outer circumferential surface of the inlet pipe surrounding the ejection port is coupled to the inner circumference surface of the chamber body, and a first distance connecting the ejection point and the central axis of the chamber body on a plane perpendicular to the central axis of the chamber body is longer than a second distance connecting the connection point and the central axis of the chamber body on the plane, wherein a connection point angle (θ) that is formed between a tangent line of the outer circumferential surface of the inlet pipe in a plane perpendicular to the central axis (C 1) and a tangent line of the inner circumference surface of the chamber body in a plane perpendicular to the central axis at the connection point and straddles the outer circumferential surface of the inlet pipe is 90° or less.
A converter device to be attached between a lens device, which is attachable to and detachable from an image capturing apparatus, and the image capturing apparatus, the converter device comprising a reimaging optical system configured to reimage a primary image formed by the lens device on an image plane as a secondary image, wherein, given that an imaging magnification of the reimaging optical system is represented as βc, a distance on an optical axis from a lens surface nearest to an object side in the reimaging optical system to the primary image is represented as Objc, a distance on the optical axis from the lens surface nearest to the object side in the reimaging optical system to the secondary image is represented as Tdc, an angle between the optical axis in the reimaging optical system and a principal ray of a most off axis passing through a surface nearest to an image side in the reimaging optical system to form an image of a maximum image height on a positive side is represented as α", and given that an angle of the principal ray inclined in a clockwise direction with respect to the optical axis is represented with a positive sign, and an angle of the principal ray inclined in a counterclockwise direction with respect to the optical axis is represented with a negative sign, the following conditional expressions are satisfied: − 5.00 < β c ≦ − 1.00; and − 0.20 < Objc / Tdc < 0.50 − 30 ° < α " < − 12 °.
An image encoding apparatus comprising means for dividing an input image frame into image blocks, means for predicting said image blocks, converting/quantizing means for converting predictive error image blocks obtained by said predicting means into a frequency domain and applying quantization thereto, means for reconstructing a decoded image from output data from said converting/quantizing means, entropy-encoding means for entropy-encoding the output data from said converting/quantizing means, means for monitoring output bits from said entropy-encoding means, and output bit storing means for storing output bits for an image block, after entropy-encoding by said entropy-encoding means, characterized in that: said apparatus further comprises controlling means (2430, SW5000) for, when the number of output bits after entropy-encoding for an image block being processed exceeds a specified amount, discarding the output bits stored in said output bit storing means, encoding with Pulse Code Modulation, PCM, the decoded image block reconstructed by said reconstructing means, entropy-encoding the PCM encoded image block and outputting the entropy-encoded PCM image block. said apparatus further comprises controlling means (2430, SW5000) for, when the number of output bits after entropy-encoding for an image block being processed exceeds a specified amount, discarding the output bits stored in said output bit storing means, encoding with Pulse Code Modulation, PCM, the decoded image block reconstructed by said reconstructing means, entropy-encoding the PCM encoded image block and outputting the entropy-encoded PCM image block.
A downhole assembly for deployment in a well at an oilfield, the assembly comprising: a downhole coiled tubing application tool for performing an application in the well; coiled tubing running from the oilfield and coupled to the tool; and an electrically conductive fiber optic slickline coupled to said tool in the well and to surface equipment at the oilfield, said slickline disposed within a fluid flow path of the coiled tubing, the fiber optic slickline having a core comprising: a plurality of fiber optic threads (120, 125), to support communication between said tool and the equipment, each surrounded by a polymeric buffer, the plurality of threads (120, 125) being disposed within and retained by a filler matrix as a cohesive unit that is encapsulated by an electrically insulating polymer layer; and an electrically conductive member provided circumferentially about the electrically insulating polymer layer for power transmission from the equipment to said tool during the application. a downhole coiled tubing application tool for performing an application in the well; coiled tubing running from the oilfield and coupled to the tool; and an electrically conductive fiber optic slickline coupled to said tool in the well and to surface equipment at the oilfield, said slickline disposed within a fluid flow path of the coiled tubing, the fiber optic slickline having a core comprising: a plurality of fiber optic threads (120, 125), to support communication between said tool and the equipment, each surrounded by a polymeric buffer, the plurality of threads (120, 125) being disposed within and retained by a filler matrix as a cohesive unit that is encapsulated by an electrically insulating polymer layer; and an electrically conductive member provided circumferentially about the electrically insulating polymer layer for power transmission from the equipment to said tool during the application. a plurality of fiber optic threads (120, 125), to support communication between said tool and the equipment, each surrounded by a polymeric buffer, the plurality of threads (120, 125) being disposed within and retained by a filler matrix as a cohesive unit that is encapsulated by an electrically insulating polymer layer; and an electrically conductive member provided circumferentially about the electrically insulating polymer layer for power transmission from the equipment to said tool during the application.
A refrigerator (1, 300), comprising: a body; a refrigerating compartment provided inside the body; a refrigerating compartment door rotatably installed on the body to open/close the refrigerating compartment; a freezing compartment provided inside the body; an ice-making compartment provided inside the body and provided with an insulated space that is separated from the refrigerating compartment and the freezing compartment; an ice-making compartment door (31, 310) to insulate the ice-making compartment and installed on the body to open/close the ice-making compartment; the refrigerator being characterised by a dispenser door installed to open/close at least a portion of the refrigerating compartment to enable user access to the refrigerating compartment and at which a dispenser provided to communicate with the ice-making compartment is installed; wherein the ice-making compartment door (31, 310) and the dispenser door are each rotatably installed on the body and configured to be opened/closed directly from outside of the refrigerator (1, 300). a body; a refrigerating compartment provided inside the body; a refrigerating compartment door rotatably installed on the body to open/close the refrigerating compartment; a freezing compartment provided inside the body; an ice-making compartment provided inside the body and provided with an insulated space that is separated from the refrigerating compartment and the freezing compartment; an ice-making compartment door (31, 310) to insulate the ice-making compartment and installed on the body to open/close the ice-making compartment; the refrigerator being characterised by a dispenser door installed to open/close at least a portion of the refrigerating compartment to enable user access to the refrigerating compartment and at which a dispenser provided to communicate with the ice-making compartment is installed; wherein the ice-making compartment door (31, 310) and the dispenser door are each rotatably installed on the body and configured to be opened/closed directly from outside of the refrigerator (1, 300).
A process for preparing a compound of formula V or a solvate thereof from a compound of formula I or a salt or solvate thereof, the process comprising: (a) oxidizing the compound of formula I; (b) adding an acid H + n X n- to the reaction mixture before and/or during the oxidation reaction, wherein n is 2 and the acid H + n X n- is added in an amount of from 0.4 to 0.6 molar equivalents per molar equivalent of the compound of formula I; (c) precipitating the compound of formula V; and (d) isolating the precipitate from the reaction mixture, wherein, R 1 is -CH 3; R 2 is -H, -CH 3, -(C 2 -C 7)alkyl, -(C 2 -C 4)alkenyl, benzyl, -(C 1 -C 7)alkyl-(C 3 -C 7)cycloalkyl, -CN, or an N-protecting group; X n - is SO 4 2-; and H + n X n- is H 2 SO 4. (a) oxidizing the compound of formula I; (b) adding an acid H + n X n- to the reaction mixture before and/or during the oxidation reaction, wherein n is 2 and the acid H + n X n- is added in an amount of from 0.4 to 0.6 molar equivalents per molar equivalent of the compound of formula I; (c) precipitating the compound of formula V; and (d) isolating the precipitate from the reaction mixture, wherein, R 1 is -CH 3; R 2 is -H, -CH 3, -(C 2 -C 7)alkyl, -(C 2 -C 4)alkenyl, benzyl, -(C 1 -C 7)alkyl-(C 3 -C 7)cycloalkyl, -CN, or an N-protecting group; X n - is SO 4 2-; and H + n X n- is H 2 SO 4.
A dolastatin-10 derivative, represented by the following Chemical Formula I: or a pharmaceutically acceptable salt thereof, wherein R 1, R 2, R 3, R 4, and R 5 are each independently hydrogen or C 1 -C 4 alkyl, R 6 is hydrogen, hydroxy, C 1 -C 4 alkoxy, amino, oxo(=O), or hydroxyimino(=N-OH), Ar is aryl, X is a carbon, oxygen or sulfur atom, and R 7 is hydroxy, amino, C 1 -C 4 alkoxy, C 1 -C 4 alkylamino, or oxo (=O) when X is a carbon atom, and is absent when X is an oxygen or sulfur atom. R 1, R 2, R 3, R 4, and R 5 are each independently hydrogen or C 1 -C 4 alkyl, R 6 is hydrogen, hydroxy, C 1 -C 4 alkoxy, amino, oxo(=O), or hydroxyimino(=N-OH), Ar is aryl, X is a carbon, oxygen or sulfur atom, and R 7 is hydroxy, amino, C 1 -C 4 alkoxy, C 1 -C 4 alkylamino, or oxo (=O) when X is a carbon atom, and is absent when X is an oxygen or sulfur atom.
Multilayer thermoplastic container for storing and transporting liquid contents, in particular for flammable or explosive contents, which is made of at least three layers and has at least one layer that is durably electrostatically non-chargeable or electrically discharging, wherein a layer integrated into the wall of the container body and made of electrically conductive and/or permanently antistatic HDPE plastic material is provided, which divides the remaining residual wall into at least two insulating HDPE plastic layers (12, 16), with each layer having a thickness of less than 2.5 mm, and wherein the innermost layer coming into contact with the liquid content is made of HDPE virgin material and the second integrated HDPE layer, which is covered by the innermost virgin material layer, is rendered electrically conductive by suitable additives (e.g., conductive carbon black) with a conductivity for suction of static charges, wherein this electrically conductive layer is covered on the outside by at least one additional electrically non-conductive or insulating HDPE layer, characterized in that the additional, electrically non-conductive or insulating HDPE layer is interrupted by a narrow, vertically extending plastic strip made of electrically conductive plastic material - in the manner of a viewing strip - which - when viewed in the radial direction - has only the thickness of the additional, electrically non-conductive or insulating HDPE layer and has a positive and electrically conductive connection with the integrated, electrically conductive HDPE layer.