mhurhangee/ep-ind-claims huggingface dataset:
Equipment for molding a mold with a molding flask (2, 102) comprising: a means for introducing molding sand (6, 106) that is configured to introduce molding sand into a molding flask (2, 102) and a filling frame (3, 103), the molding flask (2, 102) and the filling frame (3, 103) being mounted on a model plate (1, 101) in a superimposed state; a squeezing means (8, 108) provided adjacent to the means for introducing molding sand (6, 106), which squeezing means (8, 108) is configured to squeeze the molding sand (2, 102) in the molding flask (2, 102) and the filling frame (3, 103); and a transfer means (9, 109) configured to carry the model plate (1, 101), the molding flask (2, 102) and the filling frame (3, 103) out of the means for introducing molding sand (6, 106) and into the squeezing means (8, 108); characterized in that the means for introducing molding sand (6, 106) is configured to use compressed air; the means for introducing molding sand (6, 106) comprises a shielding means (5, 105) having a plurality of feet (4, 104) that are configured to enter the filling frame (3, 103) and to be temporarily held at the positions that are spaced apart at the predetermined distances from the model part of the model plate (1, 101), which model part faces the plurality of feet; the transfer means (9, 109) is configured to carry the model plate (1, 101), the molding flask (2, 102) and the filling frame (3, 103) out of the squeezing means (8, 108) and into the means for introducing molding sand (6, 106); and auxiliary tools for molding a mold are set on the model plate (1, 101). a means for introducing molding sand (6, 106) that is configured to introduce molding sand into a molding flask (2, 102) and a filling frame (3, 103), the molding flask (2, 102) and the filling frame (3, 103) being mounted on a model plate (1, 101) in a superimposed state; a squeezing means (8, 108) provided adjacent to the means for introducing molding sand (6, 106), which squeezing means (8, 108) is configured to squeeze the molding sand (2, 102) in the molding flask (2, 102) and the filling frame (3, 103); and a transfer means (9, 109) configured to carry the model plate (1, 101), the molding flask (2, 102) and the filling frame (3, 103) out of the means for introducing molding sand (6, 106) and into the squeezing means (8, 108); characterized in that the means for introducing molding sand (6, 106) is configured to use compressed air; the means for introducing molding sand (6, 106) comprises a shielding means (5, 105) having a plurality of feet (4, 104) that are configured to enter the filling frame (3, 103) and to be temporarily held at the positions that are spaced apart at the predetermined distances from the model part of the model plate (1, 101), which model part faces the plurality of feet; the transfer means (9, 109) is configured to carry the model plate (1, 101), the molding flask (2, 102) and the filling frame (3, 103) out of the squeezing means (8, 108) and into the means for introducing molding sand (6, 106); and auxiliary tools for molding a mold are set on the model plate (1, 101).
Self-levelling multi-line laser device having three line projection devices, wherein each of said line projection devices has a reflecting cone and a laser source generating a laser beam and which has is directable in the direction of the cone axis of this reflecting cone at the tip of said cone, wherein the line projection devices are arranged perpendicularly with respect to one another and the line projection devices furthermore at least sectionally have cylindrical, transparent cone carriers which are arranged at least sectionally around the reflecting cones, wherein each cone carrier has at least sectionally a rotationally symmetrical hollow-cylindrical shape and is arranged at least sectionally coaxially about the reflecting cone, characterized in that the laser sources and the line projection devices are mounted on and/or in an optics carrier, wherein the optics carrier is configured so that it oscillates and is suspended on bearing axes, and the cone axes of the reflecting cones define axes of a three-dimensional coordinate system which intersect in a point.
Method of treating a liquid effluent, in which this effluent enters a vessel comprising, in sequence, the following steps: detecting an intermediate level of liquid in the vessel; upon detection of the intermediate level, instigating an influx of a dilution liquid into the vessel; detecting a high level of liquid in the vessel; upon detection of the high level, stopping the influx of dilution liquid and instigating a discharge of the fluid; detecting a low level of liquid in the vessel; upon or following detection of the low level, stopping the discharge of the liquid; and, while it is being discharged, exposing the discharged liquid to light radiation in at least one treatment channel. detecting an intermediate level of liquid in the vessel; upon detection of the intermediate level, instigating an influx of a dilution liquid into the vessel; detecting a high level of liquid in the vessel; upon detection of the high level, stopping the influx of dilution liquid and instigating a discharge of the fluid; detecting a low level of liquid in the vessel; upon or following detection of the low level, stopping the discharge of the liquid; and, while it is being discharged, exposing the discharged liquid to light radiation in at least one treatment channel.
A service data transmission method, comprising obtaining, by a terminal device, first configuration information, wherein the first configuration information comprises radio resource information and first transmission characteristic information corresponding to the radio resource information; when the terminal device determines to transmit the obtained service data by using a first transmission characteristic, selecting, by the terminal device, a direct link transmission resource from a first transmission resource set corresponding to the radio resource information, wherein the first transmission characteristic is a transmission characteristic supported by a transmission characteristic information, and the first transmission characteristic is using a second modulation and coding scheme, MCS, index table, the transmission characteristic information corresponding to the first transmission characteristic comprises a second minimum MCS index and a second maximum MCS index that are used by the terminal device, and the second MCS index table is an MCS index table of supporting 64 quadrature amplitude modulation, QAM, on the direct link transmission resource; and transmitting, by the terminal device, the service data on the direct link transmission resource by using the first transmission characteristic. obtaining, by a terminal device, first configuration information, wherein the first configuration information comprises radio resource information and first transmission characteristic information corresponding to the radio resource information; when the terminal device determines to transmit the obtained service data by using a first transmission characteristic, selecting, by the terminal device, a direct link transmission resource from a first transmission resource set corresponding to the radio resource information, wherein the first transmission characteristic is a transmission characteristic supported by a transmission characteristic information, and the first transmission characteristic is using a second modulation and coding scheme, MCS, index table, the transmission characteristic information corresponding to the first transmission characteristic comprises a second minimum MCS index and a second maximum MCS index that are used by the terminal device, and the second MCS index table is an MCS index table of supporting 64 quadrature amplitude modulation, QAM, on the direct link transmission resource; and transmitting, by the terminal device, the service data on the direct link transmission resource by using the first transmission characteristic.
Modular shooting range comprised of a plurality of interconnecting units (2, 3, 4), said interconnecting units each constituted by an elongated shipping container, said interconnecting units comprising: - one front unit being at least substantially open at only one of the opposite long sides thereof, wherein said front unit comprises a conditioning system for providing an air flow in said modular shooting range, - one bullet trap unit comprising a bullet trap system arranged for trapping bullets fired, said bullet trap unit being at least substantially open at only one of the opposite long sides thereof, - a plurality of extension units for extending a length of said shooting range, each of said plurality of extension units being at least substantially open at both of the opposite long sides thereof, wherein said interconnecting units are connected to each other via said open long sides, and wherein said plurality of extension units are arranged between said front unit and said bullet trap unit thereby forming a substantially closed air-tight shooting range, characterized in that said interconnecting units further comprise a back unit comprising coupling means for coupling said back unit to said bullet trap unit via a closed long side of said bullet trap unit, wherein said back unit comprises an air suction system arranged for suctioning air having gasses and particles generated through the use of the shooting range out of said shooting range via a bullet proof ventilation vent in said closed long side of said bullet trap unit, such that said air flow from said conditioning system is laminar across said shooting range. - one front unit being at least substantially open at only one of the opposite long sides thereof, wherein said front unit comprises a conditioning system for providing an air flow in said modular shooting range, - one bullet trap unit comprising a bullet trap system arranged for trapping bullets fired, said bullet trap unit being at least substantially open at only one of the opposite long sides thereof, - a plurality of extension units for extending a length of said shooting range, each of said plurality of extension units being at least substantially open at both of the opposite long sides thereof, wherein said interconnecting units are connected to each other via said open long sides, and wherein said plurality of extension units are arranged between said front unit and said bullet trap unit thereby forming a substantially closed air-tight shooting range, characterized in that said interconnecting units further comprise a back unit comprising coupling means for coupling said back unit to said bullet trap unit via a closed long side of said bullet trap unit, wherein said back unit comprises an air suction system arranged for suctioning air having gasses and particles generated through the use of the shooting range out of said shooting range via a bullet proof ventilation vent in said closed long side of said bullet trap unit, such that said air flow from said conditioning system is laminar across said shooting range.
A sweetener composition comprising at least one amino acid and rebaudioside A, wherein: the rebaudioside A has a purity greater than 80% by weight on a dry basis; and the amino acid is present in an amount from 100 ppm to 15,000 ppm. the rebaudioside A has a purity greater than 80% by weight on a dry basis; and the amino acid is present in an amount from 100 ppm to 15,000 ppm.
A laser 3D printer comprising a substantially vertical tubular compartment, which extends downwards starting from a plane; a lifting platform engaged in a sliding manner in the tubular compartment; a feeding unit mounted above the plane for feeding a powdered material onto the lifting platform; and a laser printing head for sintering the powdered material laid on the lifting platform; the feeding unit comprising a dispenser for feeding a given amount of powdered material onto the lifting platform; a distributor for distributing the powdered material over the lifting platform itself, the distributor having the shape of a hopper converging towards the plane, and being configured for receiving the powdered material from the dispenser; and a driving device for displacing the distributor above the tubular compartment in the plane with a reciprocating rectilinear motion comprising a forward stroke, in which the distributor distributes the powdered material onto the lifting platform, and a return stroke; and being characterized in that the distributor is connected to the driving device for being displaced, with respect to the driving device, between a lowered, operating, position and a raised, resting, position.
Underwater turbine for converting flow energy from water, for example from water flowing in brooks, rivers or tidal and/or ocean currents, into mechanical and/or electrical energy, characterized in that the outlet of a shrouded turbine which is flown through by the flowing water is arranged in the area where the cross-section of a Venturi nozzle arrangement or the like is narrowest, and the Venturi nozzle arrangement is arranged laterally protruding from two diametrically opposite sides of the turbine housing of the shrouded turbine.
Use of fiber-coated material on the underwater surface of structures for reducing residual drag, wherein said material comprises or consists of fibers having an average fiber length between 0.3 and 4 mm and an average fiber thickness between 5 and 80 μm, and wherein said fibers are positioned perpendicular to the underwater surface of the structure, and wherein the angle of attack of the water flow is 0 degrees.
A toy top comprising: a shaft portion; characterised in that the toy top comprises: a body which is rotatable relative to the shaft portion in response to an impact applied to the body; and an attacking member movably connected to the body to move in a radial direction relative to the body between first and second positions, wherein in the second position the attacking member protrudes from the body a variable protruding distance which varies according to the rotating position of the body relative to the shaft portion. a body which is rotatable relative to the shaft portion in response to an impact applied to the body; and an attacking member movably connected to the body to move in a radial direction relative to the body between first and second positions, wherein in the second position the attacking member protrudes from the body a variable protruding distance which varies according to the rotating position of the body relative to the shaft portion.
A subsea installation for heating a multiphase effluent circulating inside a subsea shell, comprising at least one pipeline section disposed along a substantially vertical direction, the pipeline section comprising an inner tube, an outer tube disposed around the inner tube while being coaxial therewith, a thermal insulation layer disposed around the outer tube, and a system for heating by induction the outer tube disposed around the thermal insulation layer, the outer tube comprising at a lower end an intake aperture in order to allow circulation of the multiphase effluent from bottom to top in an annular space delimited between the outer tube and the inner tube, and the inner tube opening at an upper end inside the outer tube and emerging at a lower end towards a discharge outlet for the multiphase effluent in order to allow counter-current circulation of the multiphase effluent from top to bottom inside the inner tube.
Interior part for a motor vehicle, with: a light source strip comprising at least one light source, an at least partially transparent decorative strip, which forms at least part of a visible side of the interior part, an at least partially transparent, flat and touch-sensitive button unit for operating at least one vehicle function, which is arranged at least in sections flat on the decorative strip, and the light source strip is arranged relative to the decorative strip in such a way that a light emitted by the light source at least partially radiates through the decorative strip and the button unit, the light source can be controlled by a control unit, the button unit is connected to the control unit and the control unit is designed to control the light source in such a way that the light source is changed in at least one switching state depending on whether the button unit detects a touch, so that the light of the light source indicates that the button unit has detected a touch, an at least partially transparent light guide strip being arranged between the decorative strip and the light source strip. characterized in that in that the light guide strip at least partially contains light-diffusing additives and the button unit comprises an at least partially transparent film. a light source strip comprising at least one light source, an at least partially transparent decorative strip, which forms at least part of a visible side of the interior part, an at least partially transparent, flat and touch-sensitive button unit for operating at least one vehicle function, which is arranged at least in sections flat on the decorative strip, and the light source strip is arranged relative to the decorative strip in such a way that a light emitted by the light source at least partially radiates through the decorative strip and the button unit, the light source can be controlled by a control unit, the button unit is connected to the control unit and the control unit is designed to control the light source in such a way that the light source is changed in at least one switching state depending on whether the button unit detects a touch, so that the light of the light source indicates that the button unit has detected a touch, an at least partially transparent light guide strip being arranged between the decorative strip and the light source strip. characterized in that
A support for a fencing pole, the support comprising: a body having at least a first aperture, a second aperture, a third aperture and a fourth aperture, wherein the centre points of the second aperture, third aperture and fourth aperture are positioned on a first arc, which has a centre point at the centre of the first aperture, characterised in that the first aperture, second aperture, and third aperture are each located at respective first, second and third vertexes of a square. wherein the centre points of the second aperture, third aperture and fourth aperture are positioned on a first arc, which has a centre point at the centre of the first aperture, characterised in that the first aperture, second aperture, and third aperture are each located at respective first, second and third vertexes of a square.
Braking device for a tractor-trailer combination comprising an anti-jack-knife brake device, including a manually operable operating means disposed in said tractor vehicle, which interacts with a controller means for generating control signals for a trailer controller means (TCM; TCV) as a function of manual operation of said operating means, which trailer controller means controls pneumatic control signals for at least one pneumatic brake actuator of a service brake means of said trailer vehicle, characterised in that said controller means includes at least one electronic anti-jack-knife brake controller device that receives electrical control signals from said operating means for generating electrical control signals for said trailer controller means (TCM; TCV).
Fresh air supply system for a submarine, comprising: - a body extending along a longitudinal axis; - a fresh air collection pipe, mounted to slide along the longitudinal axis inside the body between a retracted position and an extended position; - a valve translatably mobile along the longitudinal axis between a closed position of an upper end of the collection pipe and an open position of the collection pipe; characterized in that a head of the valve is placed outside the collection pipe, in that, in the closed position, the head of the valve rests on a seat formed by an end lip of the collection pipe having a diameter greater than the internal diameter of the collection pipe, and in that it the supply system comprises a jack designed to move the collection pipe between the extended and retracted positions, the jack being placed outside the body. - a body extending along a longitudinal axis; - a fresh air collection pipe, mounted to slide along the longitudinal axis inside the body between a retracted position and an extended position; - a valve translatably mobile along the longitudinal axis between a closed position of an upper end of the collection pipe and an open position of the collection pipe;
Valve for controlling the circulation of a heat transport fluid, having a valve body comprising a movable control member (35, 33), an electrical actuator comprising a stator and a rotor, a sealing cover extending from the valve body to the inside of said stator, said sealing cover being positioned at the interface between said rotor and said stator in such a way that said rotor is inside said cover and submerged in said fluid, said stator being isolated from said fluid, said rotor rotating about a first axis and being secured to a shaft extending along said first axis, said movable control member (35, 33) moving in a linear manner along a second axis or rotating about said second axis, said shaft having an end forming, with a toothed wheel driving said movable control member (35, 33), a gear pair with non-intersecting or intersecting axes, characterized in that said shaft is guided by only two bearings (101, 102) positioned at its ends.
Drive system for a vehicle, wherein the drive system comprises a combustion engine with an output shaft, a gear box with an input shaft, an electric machine which comprises a stator and a rotor, and a planetary gear which comprises a sun wheel, a ring wheel and a planet wheel holder, wherein the output shaft of the combustion engine is connected to a first of said components of the planetary gear such that a rotation of this shaft leads to a rotation of this component, wherein the input shaft of the gear box is connected to a second of said components of the planetary gear such that a rotation of this shaft leads to a rotation of this component and the rotor of the electric machine is connected to a third of said components of the planetary gear such that a rotation of the rotor leads to a rotation of this component, characterized in that the drive system comprises a low voltage battery with a rated voltage of at most 60 volt and an electric switch with which the low voltage battery is connectable to the electric machine and a hybrid energy storage, and that the low voltage battery is connected to the electric machine during a starting process of the vehicle when the hybrid energy storage is estimated to have an undesired function.