mhurhangee/ep-ind-claims huggingface dataset:
An air conditioner comprising: - a main unit having an enclosure defining an air outlet, the enclosure containing a heat exchanger and a blower fan for generating a cool air or a warm air forming an airflow running out of the air outlet; and - a pair of fan units disposed on opposite sides of the air outlet, characterized in that the fan units are configured to suck a room air and to blow the room air. - a main unit having an enclosure defining an air outlet, the enclosure containing a heat exchanger and a blower fan for generating a cool air or a warm air forming an airflow running out of the air outlet; and - a pair of fan units disposed on opposite sides of the air outlet,
An electricity meter configurable to occupy a first configuration in which the meter is adapted to be connected to a phase conductor of a distribution network directly, and to occupy a second configuration in which the meter is adapted to be connected to the phase conductor via a transformer situated on the phase conductor, the meter having an upstream current port (2a, 2c, 2e) and a downstream current port (2b, 2d, 2f) for connecting to the phase conductor, a voltage port, a disconnector that is closed by default having a movable contact with a stationary end connected to the voltage port and a movable end connected to the upstream current port when the disconnector is closed, a docking device adapted to dock an adapter module, and an access orifice through which a conductive element of the adapter module extends when the adapter module is mounted on the meter, such that when the adapter module is mounted on the meter, the conductive element is in contact with the movable contact of the disconnector and opens the disconnector while being connected to the voltage port, the meter then occupying the second configuration, and when the adapter module is not mounted on the meter, the meter occupies the first configuration.
A destalking machine comprising a cage formed by a tubular element open at its ends, designed to receive bunches of berries, such as grapes with their stalks, the peripheral wall of the cage having openings sized so as to allow said berries to pass, characterized in that said machine comprises means (5, 3, 6) for driving a to-and-fro movement of the cage transversely with respect to the longitudinal axis of said cage, said means (5, 3, 6) for driving the movement of the cage being means (5, 3, 6) at least for driving pivoting of the cage around an axis, different from the longitudinal axis of the cage, preferably outside the cage, said to-and-fro movement being able to allow the separation of the berries from the bunches on the one hand, and the discharge of the berries through the openings of the peripheral wall of the cage on the other hand.
Vehicle guidance system for providing a driving function for the automated longitudinal guidance of a vehicle; wherein the vehicle guidance system is configured - to determine data relating to a first signalling unit (200, 210) that is located ahead in the direction of travel of the vehicle; wherein the data relating to the first signalling unit (200, 210) comprise - map data relating to signalling units (200, 210) in a road network used by the vehicle; and - environmental data relating to the first signalling unit (200, 210) which have been captured by one or more environmental sensors of the vehicle; - to determine a decision time and/or a decision position before reaching the first signalling unit (200, 210), at which an offer relating to the consideration of the first signalling unit (200, 210) should be output to the user of the vehicle at the latest; - to determine whether there is a contradiction between the map data and the environmental data relating to a property of the first signalling unit (200, 210) at the decision time or at the decision position; and - to operate the driving function in an automatic mode or in a manual mode at the first signalling unit (200, 210) on the basis of whether it is determined that there is or is not a contradiction between the map data and the environmental data at the decision time or at the decision position; wherein the first signalling unit (200, 210) is taken into consideration automatically in the automatic mode and only after confirmation by a user of the vehicle in the manual mode during the automated longitudinal guidance of the vehicle. - to determine data relating to a first signalling unit (200, 210) that is located ahead in the direction of travel of the vehicle; wherein the data relating to the first signalling unit (200, 210) comprise - map data relating to signalling units (200, 210) in a road network used by the vehicle; and - environmental data relating to the first signalling unit (200, 210) which have been captured by one or more environmental sensors of the vehicle; - to determine a decision time and/or a decision position before reaching the first signalling unit (200, 210), at which an offer relating to the consideration of the first signalling unit (200, 210) should be output to the user of the vehicle at the latest; - to determine whether there is a contradiction between the map data and the environmental data relating to a property of the first signalling unit (200, 210) at the decision time or at the decision position; and - to operate the driving function in an automatic mode or in a manual mode at the first signalling unit (200, 210) on the basis of whether it is determined that there is or is not a contradiction between the map data and the environmental data at the decision time or at the decision position; wherein the first signalling unit (200, 210) is taken into consideration automatically in the automatic mode and only after confirmation by a user of the vehicle in the manual mode during the automated longitudinal guidance of the vehicle.
A valve arrangement having a valve, in particular a disk valve, which has a first housing with several connections for a fluid and/or gaseous medium, and with a drive unit, which has a second housing with a drive mechanism (59, 60) arranged therein, wherein the housings (4, 58) are at least essentially spaced apart from one another, so that there is a thermally insulating air gap between them, wherein the valve has a control shaft and the drive unit a drive shaft that is operatively connected to the drive mechanism (59, 60) and operatively connected/operatively connectable to the control shaft by means of a coupling device, wherein the coupling device is arranged between the first and the second housing (4, 58), and wherein a splash guard is allocated to the coupling device, which splash guard at least has one first protective panel at least essentially circumferentially surrounding the coupling device, characterized in that the splash guard has at least one second protective panel (73, 74) circumferentially surrounding at least essentially the coupling device, which second protective panel (73, 74) has a larger or smaller diameter than the first protective panel in order to form a labyrinth seal for the coupling device together with the first protective panel, wherein the at least one first protective panel is configured in one piece with the first housing, and that the at least one second protective panel (73, 74) is configured in one piece with the second housing, and wherein an axial distance is provided between the free front sides of the front panels (68, 73, 74) to the respectively opposite housing (4, 58), and wherein the first and/or the second housing (4, 58) has at least one spacer which in particular is configured as a screw dome (62, 63).
A fuel supply apparatus for supplying fuel to a fuel consumption unit after adjusting the pressure of the fuel, comprising: a variable fuel pressure adjustment valve capable of assuming at least one of a high pressure state in which the fuel is maintained at a high pressure, and a low pressure state in which the fuel is maintained at a low pressure, a changeover valve operable to change the variable fuel pressure adjustment valve between the high pressure state and the low pressure state in response to a value indicative of a magnitude of an electromotive force of an alternator operative to generate an electric power with the drive force outputted from an internal combustion engine, a switching control unit operable to control the electric power to be inputted or not inputted into the changeover valve, the switching control unit being operable to set the switching timing of switching the changeover valve selectively in the high pressure state or in the low pressure state in accordance with the value indicative of the magnitude of the electromotive force of the alternator such that the switching timing of the changeover is made to be early. a variable fuel pressure adjustment valve capable of assuming at least one of a high pressure state in which the fuel is maintained at a high pressure, and a low pressure state in which the fuel is maintained at a low pressure, a changeover valve operable to change the variable fuel pressure adjustment valve between the high pressure state and the low pressure state in response to a value indicative of a magnitude of an electromotive force of an alternator operative to generate an electric power with the drive force outputted from an internal combustion engine, a switching control unit operable to control the electric power to be inputted or not inputted into the changeover valve, the switching control unit being operable to set the switching timing of switching the changeover valve selectively in the high pressure state or in the low pressure state in accordance with the value indicative of the magnitude of the electromotive force of the alternator such that the switching timing of the changeover is made to be early.
A photocatalytic device comprising: a substrate; a mixed structure of photocatalyst and silica particles supported by the substrate, the photocatalytic device being characterised in that said mixed structure comprises a layer of a graded mixture of photocatalyst particles and silica particles, wherein the concentration of the silica particles increases as a function of distance from the substrate, and the size of the silica particles is sufficiently small for UV light to reach the photocatalyst particles. a substrate; a mixed structure of photocatalyst and silica particles supported by the substrate, the photocatalytic device being characterised in that said mixed structure comprises a layer of a graded mixture of photocatalyst particles and silica particles, wherein the concentration of the silica particles increases as a function of distance from the substrate, and the size of the silica particles is sufficiently small for UV light to reach the photocatalyst particles.
Liquid container for a motor vehicle, in particular a fuel container, having at least one filler tube and having means for operational and filling ventilation, comprising at least one operational ventilation line which is connected to an equalizing volume of the liquid container and at least one filling ventilation opening which opens into the equalizing volume, characterized in that the operational ventilation opening is connected to the filler tube outside the container volume, in a manner which forms a siphon, and in that the connection of the operational ventilation line to the filler tube is arranged in such a way that liquid is collected in the siphon during each filling operation and closes the operational ventilation line.
Portable paint mixing room comprising: a base portion, four walls, a top portion and at least one door located in one of the walls; at least one shelf; at least one workbench; a color station; a connector for an electrical power supply; and a ventilation system characterized in that at least one of the four walls is moveable relative to the other walls to extend the working space inside the paint mixing room. a base portion, four walls, a top portion and at least one door located in one of the walls; at least one shelf; at least one workbench; a color station; a connector for an electrical power supply; and a ventilation system characterized in that at least one of the four walls is moveable relative to the other walls to extend the working space inside the paint mixing room.
A rotary compressor comprising: a closed casing comprising an oil reservoir; a compression mechanism comprising: a cylinder; a piston disposed inside the cylinder; a vane that partitions a space formed between the cylinder and the piston into a suction chamber and a compression-discharge chamber; a suction port through which a working fluid is introduced into the suction chamber; and a discharge port through which the working fluid is discharged from the compression-discharge chamber, the compression mechanism being disposed inside the closed casing in such a manner as to be immersed in an oil held in the oil reservoir; a convection suppressing portion dividing the oil reservoir into a plurality of sections in a vertical direction; and a communication path that allows the plurality of sections of the oil reservoir to communicate with each other, characterised in that the communication path is located on the same side as the discharge port (8b;8d) with respect to a reference plane the reference plane being a plane including a central axis of the cylinder and passing through a contact line that is formed between an inner circumferential surface of the cylinder and an outer circumferential surface of the piston when the vane protrudes maximally toward the central axis of the cylinder. a closed casing comprising an oil reservoir; a compression mechanism comprising: a cylinder; a piston disposed inside the cylinder; a vane that partitions a space formed between the cylinder and the piston into a suction chamber and a compression-discharge chamber; a suction port through which a working fluid is introduced into the suction chamber; and a discharge port through which the working fluid is discharged from the compression-discharge chamber, the compression mechanism being disposed inside the closed casing in such a manner as to be immersed in an oil held in the oil reservoir; a convection suppressing portion dividing the oil reservoir into a plurality of sections in a vertical direction; and a communication path that allows the plurality of sections of the oil reservoir to communicate with each other, characterised in that the communication path is located on the same side as the discharge port (8b;8d) with respect to a reference plane the reference plane being a plane including a central axis of the cylinder and passing through a contact line that is formed between an inner circumferential surface of the cylinder and an outer circumferential surface of the piston when the vane protrudes maximally toward the central axis of the cylinder.
A substantially cylindrical working platform arranged for being disposed inside a nuclear reactor vessel and for being used to access a nozzle stub of the reactor vessel from the inside of the working platform, the working platform, provided with an opening and closing device, comprising: a plurality of access ports provided in the circumferential direction of the working platform, and the opening and closing device being arranged to open and close said access port, said opening and closing device comprising: a cover, and a moving device for sliding the cover, the cover being disposed in the circumferential direction of the substantially cylindrical working platform to close the plurality of access ports and being formed in an annular shape along the circumferential direction, the cover being slidable along an outer peripheral surface or an inner peripheral surface of the working platform from a closing position where the access ports are closed to an opening position where the access ports are opened, and the cover being arranged for closing the plurality of the access ports simultaneously. a plurality of access ports provided in the circumferential direction of the working platform, and the opening and closing device being arranged to open and close said access port, said opening and closing device comprising: a cover, and a moving device for sliding the cover, a cover, and a moving device for sliding the cover,
A protein or polypeptide, which comprises two V HH s, humanized V HH domains or camelized V H domains, wherein said V HH s, humanized V HH domains or camelized V H domains are directed against Von Willebrand Factor (vWF), and said V HH s, humanized V HH domains or camelized V H domains consist of 4 framework regions (FR1 to FR4 respectively) and 3 complementarity determining regions (CDR1 to CDR3 respectively), in which: i) CDR1 consists of the amino acid sequence YNPMG [SEQ ID NO: 22]; and in which: ii) CDR2 consists of the amino acid sequence AISRTGGSTYYPDSVEG [SEQ ID NO: 32]; and in which: iii) CDR3 consists of the amino acid sequence AGVRAEDGRVRTLPSEYTF [SEQ ID NO: 42], wherein the protein or polypeptide is non-glycosylated. i) CDR1 consists of the amino acid sequence YNPMG [SEQ ID NO: 22];
Relay assembly comprising a relay and an assembly for monitoring the status of the relay having an armature and a coil for moving the armature, wherein the assembly comprises an inductance measurement device adapted for measuring the inductance of the coil, characterized in that the assembly is configured for monitoring the status only in a non-energized state of the relay and that the assembly is connected to the relay via a capacitor.
Construction kit for a plastics-containing wall-connection profile which comprises at least three portions (2, 3, 4) running in the longitudinal direction of the wall-connection profile, wherein a first portion can be secured preferably on an underlying surface and a second portion can be secured preferably on a piece of wall adjacent to the underlying surface, and wherein the three portions (2, 3, 4) can be connected to give a hollow body forming the wall-connection profile, and the three portions (2, 3, 4) are essentially planar and flexible and can be transferred from a first state, in which the portions (2, 3, 4) are movable and can be rolled up from a planar or parallel arrangement, into a second state, in which the portions (2, 3, 4) form the wall-connection profile, and at least two portions (2, 3), preferably three portions (2, 3, 4), are connected in an articulated manner at least in the first state, characterized in that the third portion is designed in the form of a decoration support, which is provided with peripheral sealing elements and has any desired decoration, and the third portion comprises an essentially planar support body, on the peripheral sides of which the flexible sealing lips, made of soft plastics material, are formed, in the longitudinal direction of the wall-connection profile, over the entire length of the latter and, in the process, partially overlap, from the left-hand and right-hand peripheries, a decoration layer applied to the surface area of the upper side of the third portion.
Method for determining a characteristic number for characterizing a quality of a shade setting of a solid-colour paint in relation to a colour reference, where colorimetric coordinates of the solid-colour paint and of the colour reference are determined with a spectrophotometer for a number of measurement geometries and using at least two illuminates and wherein respective colour differences are calculated and standardized from the colorimetric coordinates of the solid-colour paint and of the colour reference for each measurement geometry of the number of measurement geometries and each illuminate used, and where a number of characteristic values calculated from the respective standardized colour differences is assigned a scale value for determining the characteristic number by means of an assignment rule to be provided in advance, characterized in that respective colour differences are calculated and standardized from the colorimetric coordinates of the solid-colour paint and of the colour reference in accordance with the formula < dE Lch > = < dL * > 2 + < dC * > 2 + < dh ° > 2 for each measurement geometry of the number of measurement geometries and each illuminate used, where the colour differences are standardized in accordance with the formula < dX * > = dX * S x, where X corresponds each to one of the three coordinates L, C and h, and where the standardization of the colour differences is subject to the following mathematical relation: S L = S a = S b = 1/3, Sc = (1 + 0.048 C R *)/3 and S h = (1 + 0.014·C R *)/3, where R corresponds to the colour reference and C R * describes a chroma of the colour reference in the L*a*b* colour space, where: C R * = a R * 2 + b R * 2, and where the assignment rule comprises rules which specify that a characteristic value, as maximum value of colour differences and/or grey-stage differences between the solid-colour paint and a corresponding colour reference, each measured under different illuminates, for a particular measurement geometry, is assigned to a scale value 1 when the characteristic value is greater than or equal to 6, and where the characteristic value is assigned to a scale value 2 when the characteristic value is less than 6, and where the characteristic value is assigned to a scale value 3 when the characteristic value is less than 4.5, and where the characteristic value is assigned to a scale value 4 when the characteristic value is less than 3, and where the characteristic value is assigned to a scale value 5 when the characteristic value is less than 2, and where the characteristic value is assigned to a scale value 6 when the characteristic value is less than 1.7, and where the characteristic value is assigned to a scale value 7 when the characteristic value is less than 1.4, and where the characteristic value is assigned to a scale value 8 when the characteristic value is less than 1.0, and where assignment to a scale value 1 takes place whenever respective assignment rules are not met for any higher scale value.
A method of measuring the presence or amount of organic analyte in an aqueous electrolyte solution of predetermined permittivity ε, using a sensor comprising: (i) two electrically conducting electrodes on an electrically insulating substrate, separated by a distance L, where L is between 10 nm and 10 μm, and having a width between 10 nm and 10 microns; (ii) a chemiresistor film in contact with the electrodes comprising a film of conductive nanoparticles that have been capped by a ligand or a mixture of ligands, wherein the impedance of the chemiresistor film changes in the presence of an analyte; and (iii) a voltage means configured to provide a low frequency f < f 0 = 100Hz signal or DC voltage across said electrodes; wherein the impedance of the double layer capacitor formed by the two electrically conducting electrodes in the presence of the electrolyte solution is twice as large as the impedance of the chemiresistor film; the method comprising the steps of: (i) contacting the chemiresistor film with the electrolyte solution; and (ii) measuring the change in the impedance of the chemiresistor film. (i) two electrically conducting electrodes on an electrically insulating substrate, separated by a distance L, where L is between 10 nm and 10 μm, and having a width between 10 nm and 10 microns; (ii) a chemiresistor film in contact with the electrodes comprising a film of conductive nanoparticles that have been capped by a ligand or a mixture of ligands, wherein the impedance of the chemiresistor film changes in the presence of an analyte; and (iii) a voltage means configured to provide a low frequency f < f 0 = 100Hz signal or DC voltage across said electrodes; wherein the impedance of the double layer capacitor formed by the two electrically conducting electrodes in the presence of the electrolyte solution is twice as large as the impedance of the chemiresistor film; the method comprising the steps of: (i) contacting the chemiresistor film with the electrolyte solution; and (ii) measuring the change in the impedance of the chemiresistor film. (i) contacting the chemiresistor film with the electrolyte solution; and (ii) measuring the change in the impedance of the chemiresistor film.