mhurhangee/ep-ind-claims huggingface dataset:
Support and gripping device of a mechanical part, which extends around a pincer axis (P-P), suitable for being fitted to a machine tool for mechanical operations comprising a mandrel group and a mobile table, wherein the support and gripping device comprises: - pincer means suitable to block said mechanical part; - a support suitable to contain and support said pincer means and suitable to be blocked to the mobile table; wherein both the pincer means and the support extend around said pincer axis (P-P), wherein the support has inside it, around the pincer axis (P-P), a through cavity, in said through cavity the pincer means are located, wherein the pincer means comprise a part blocking pincer and an intermediate pincer having a bottom, wherein the part blocking pincer is axially fixed, respectively one inside the other, both with elastic characteristics, wherein said part blocking pincer has an elastically yielding annular structure suitable for gripping the mechanical part following interaction between the intermediate pincer and the support; wherein said interaction between the intermediate pincer and part blocking pincer is irreversible and is maintained over time in such a way that the part cannot detach itself, except on command by the support and gripping device; wherein the intermediate pincer is moved downwards and upwards by said mandrel group, by cooperating with the bottom of the intermediate pincer, in order to obtain said interaction between the intermediate pincer and the support and its detachment; wherein the pincer means are suitable to be placed in rotation around said pincer axis (P-P) by said mandrel group, which at the bottom cooperates with the support; the support and gripping device is characterized by the fact that both the part blocking pincer and the intermediate pincer are blocked to the support by a bayonet attachment. - pincer means suitable to block said mechanical part; - a support suitable to contain and support said pincer means and suitable to be blocked to the mobile table;
A pneumatic tire having a carcass (22, 24) and a belt structure, the belt structure comprising first belt layer and a geodesic belt structure (120, 130), wherein the geodesic belt structure (120, 130) is formed in a three dimensional path extending in alternation to turnaround points (A, D) at each lateral edge (-W/2, W/2) of the geodesic belt structure (120, 130), characterized in that the geodesic belt structure (120, 130) is wider than the first belt layer and is located radially outward of the first belt layer, and in that the first belt layer has cords arranged at an angle of 5 degrees or less with respect to the midcircumferential plane of the tire.
Method for dyeing keratin fibres, comprising the application to the keratin fibres of a composition for dyeing keratin fibres comprising: - at least one aqueous dispersion of particles of hybrid film-forming hydrophobic acrylic polymer synthesized from at least one monomer having at least one (meth)acrylic acid group and/or from esters of these acid monomers and/or from amides of these acid monomers and from at least one styrene compound, - at least one linear block silicone copolymer, the block silicone copolymer being obtained by a chain extension reaction, in the presence of a catalyst, from at least: - (a) one polysiloxane (i) having at least one reactive group; and - (b) one organosilicone compound (ii) which reacts with the polysiloxane (i) by a chain extension reaction, - and at least one pigment, optionally followed by a drying of the fibres. - at least one aqueous dispersion of particles of hybrid film-forming hydrophobic acrylic polymer synthesized from at least one monomer having at least one (meth)acrylic acid group and/or from esters of these acid monomers and/or from amides of these acid monomers and from at least one styrene compound, - at least one linear block silicone copolymer, the block silicone copolymer being obtained by a chain extension reaction, in the presence of a catalyst, from at least: - (a) one polysiloxane (i) having at least one reactive group; and - (b) one organosilicone compound (ii) which reacts with the polysiloxane (i) by a chain extension reaction, - and at least one pigment, optionally followed by a drying of the fibres.
An emissions cleaning module comprising: a flow conduit having an upstream end fluidly connected to a source of exhaust fluid and a downstream end fluidly connected to a mixer module; an injector module having an outlet orientated to inject an injection fluid into the flow conduit upstream of the mixer module; and a low pressure cavity located downstream of the injector module outlet; wherein the low pressure cavity is fluidly connected to the flow conduit or mixer module by an open mouth, the open mouth being orientated such that, in use, a flow of exhaust fluid along the flow conduit flows over the open mouth thereby creating a pressure reduction within the low pressure cavity; wherein the flow conduit comprises a bend and the low pressure cavity is located on an outer side of the bend, and wherein the injector module outlet is located on the outer side of the bend; wherein the upstream end fluidly connected to a source of exhaust fluid comprises a first end coupling; the emissions cleaning module being characterised by a support which supports the first end coupling and the mixer module; and wherein the low pressure cavity is at least partly formed by the support. a flow conduit having an upstream end fluidly connected to a source of exhaust fluid and a downstream end fluidly connected to a mixer module; an injector module having an outlet orientated to inject an injection fluid into the flow conduit upstream of the mixer module; and a low pressure cavity located downstream of the injector module outlet; wherein the low pressure cavity is fluidly connected to the flow conduit or mixer module by an open mouth, the open mouth being orientated such that, in use, a flow of exhaust fluid along the flow conduit flows over the open mouth thereby creating a pressure reduction within the low pressure cavity; wherein the flow conduit comprises a bend and the low pressure cavity is located on an outer side of the bend, and wherein the injector module outlet is located on the outer side of the bend; wherein the upstream end fluidly connected to a source of exhaust fluid comprises a first end coupling; the emissions cleaning module being characterised by a support which supports the first end coupling and the mixer module; and wherein the low pressure cavity is at least partly formed by the support.
A method comprising: - measuring a received radio signal by a first radio module that is co-located with a second radio module (88, 89) in a user equipment "UE", wherein the measuring is based on a plurality of sampling time instances, characterized by the method further comprising: - obtaining by the first radio module information on one or more sampling time points during which the second radio module (88,89) is transmitting radio signals; - determining a measurement result for in-device coexistence "IDC" interference based on the obtained information on the one or more sampling time points; and - triggering an IDC interference mitigation mechanism if the measurement result satisfies a condition. - measuring a received radio signal by a first radio module that is co-located with a second radio module (88, 89) in a user equipment "UE", wherein the measuring is based on a plurality of sampling time instances, - obtaining by the first radio module information on one or more sampling time points during which the second radio module (88,89) is transmitting radio signals; - determining a measurement result for in-device coexistence "IDC" interference based on the obtained information on the one or more sampling time points; and - triggering an IDC interference mitigation mechanism if the measurement result satisfies a condition.
Reinforced plastic pipe, comprising a plastic pipe, optionally an innermost plastic tape layer, at least an inner tape layer and a further tape layer, of which the inner tape layer comprises a plastic tape wound on the pipe or onto the innermost plastic tape layer, and the subsequently arranged further tape layer comprises at least one further plastic tape, windingly layered on top of the inner tape layer, wherein the inner tape layer and the further tape layer comprise a joint partial weld relative to an inner contact surface thereof on either the plastic pipe or the innermost plastic tape layer.
Method for heating a volume of liquid in a heated pipetting needle with a closed-loop controllable heating device and a region in which a temperature sensor is mounted, wherein the method comprises the following steps: a) drawing in the desired volume of liquid and then b) drawing in a volume of air, characterized in that the volume of air is selected such that the volume of liquid reaches the region of the heated pipetting needle in which the temperature sensor is mounted and completely passes through this region. a) drawing in the desired volume of liquid and then b) drawing in a volume of air,
Safety device for reversible switching off at least one electrical component of a motor vehicle, with a first switching device, wherein an electrical connection of a first energy supply unit of the motor vehicle to the at least one electrical component, which is designed as an electric drive of the motor vehicle, is present in a first switching state of the first switching device and is interrupted in a second switching state of the first switching device, with a second switching device, wherein an electrical connection of a second energy supply unit of the motor vehicle, which is connected in parallel to the first energy supply unit via the first switching device and the second switching device and is designed as a capacitor, to the at least one electrical component is present in a first switching state of the second switching device and is interrupted in a second switching state of the second switching device, with a third switching device, wherein a first switching state of the third switching device causes a discharge of the second energy supply unit and a second switching state of the third switching device prevents the discharge of the second energy supply unit, and with a computing device, which is communicationally connected to at least one sensor device (9, 9', 9", 9"') of the motor vehicle and to a power electronics of the motor vehicle, by means of which a power of the drive can be controlled or regulated, wherein the computing device is configured to determine the operating state of the motor vehicle as a function of sensor information provided by the at least one sensor device and power information provided by the power electronics, and to actuate the first switching device and/or the second switching device and/or the third switching device to respectively assume the first switching state and/or of the second switching state depending on the operating state, and wherein in a first operating state of the motor vehicle and in a second operating state of the motor vehicle, the first switching device is in the first switching state, the second switching device is in the first switching state and the third switching device is in the second switching state, wherein in the first operating state the drive is provided with a maximum energy by the first energy supply unit, characterised in that, in the second operating state a hazard potential determined from the sensor information is recognised and the power of the drive is curbed and in a third operating state of the motor vehicle an accident probability determined from the sensor information is very high and the first switching device is in the second switching state, the second switching device is in the first switching state and the third switching device is in the second switching state, so that in the third operating state an energy supply for the drive continues to be guaranteed by the second energy supply unit.
In-plane microneedle made from a monocrystalline material, comprising: - a shaft, having at least two walls (20, 22); and - a tip connected to an end of the shaft and comprising at least three walls (20, 22, 25), in which two of the walls of the tip are formed by the same crystal planes as two walls of the shaft, characterized in that each of the at least two walls of the shaft is formed by a slow etching crystal plane of the monocrystalline material, the slow etching crystal planes being <111> planes, each of the at least three walls of the tip is formed by a slow etching crystal plane of the monocrystalline material, the slow etching crystal planes being <111> planes, and the tip comprises edges each being formed by a line of intersection where a pair of the <111> planes of the tip adjoin one another. - a shaft, having at least two walls (20, 22); and - a tip connected to an end of the shaft and comprising at least three walls (20, 22, 25),
A method for producing a temperature tolerant confectionery composition comprising:- mixing a liquid comprising water as a first liquid component and a second liquid component into a molten confectionery composition comprising a bulk sweetener and fat to obtain a liquid-containing confectionery composition; shaping the liquid-containing confectionery composition to produce a shaped confectionery composition; storing the shaped confectionery composition at an elevated temperature of from 40 to 60°C for from 2 to 120 hours; and setting the liquid-containing confectionery composition, whereby to produce said temperature tolerant confectionery composition, wherein the liquid constitutes from 1.0 to 2.0wt% of the liquid-containing confectionery composition; and wherein the ratio of water to the second liquid component is at least 50wt%: no more than 50wt% second liquid component, and wherein the second liquid component is propylene glycol. mixing a liquid comprising water as a first liquid component and a second liquid component into a molten confectionery composition comprising a bulk sweetener and fat to obtain a liquid-containing confectionery composition; shaping the liquid-containing confectionery composition to produce a shaped confectionery composition; storing the shaped confectionery composition at an elevated temperature of from 40 to 60°C for from 2 to 120 hours; and setting the liquid-containing confectionery composition, whereby to produce said temperature tolerant confectionery composition, wherein the liquid constitutes from 1.0 to 2.0wt% of the liquid-containing confectionery composition; and wherein the ratio of water to the second liquid component is at least 50wt%: no more than 50wt% second liquid component, and wherein the second liquid component is propylene glycol.
A filter holder particularly for espresso coffee machines, comprising: a cup-shaped body which has a substantially cylindrical shape with respect to an axis, said body being open in an upward region for fitting on an espresso coffee machine and having an opening on its bottom which is arranged on the axis of said body for the passage of an extracted beverage; and an adapter which is fitted in said cup-shaped body and is substantially cylindrical in order to accommodate a substance in powder form from which a beverage is to be extracted, said adapter being able to rotate coaxially with respect to said cup-shaped body; the filter holder being characterized in that said adapter comprises axial blocking means for fixing said adapter to the cup-shaped body and prevent an axial movement thereof. a cup-shaped body which has a substantially cylindrical shape with respect to an axis, said body being open in an upward region for fitting on an espresso coffee machine and having an opening on its bottom which is arranged on the axis of said body for the passage of an extracted beverage; and an adapter which is fitted in said cup-shaped body and is substantially cylindrical in order to accommodate a substance in powder form from which a beverage is to be extracted, said adapter being able to rotate coaxially with respect to said cup-shaped body; the filter holder being characterized in that said adapter comprises axial blocking means for fixing said adapter to the cup-shaped body and prevent an axial movement thereof.
Process whose purpose is to reduce, cancel or reverse the thrust generated by at least one air flow penetrating inside a nacelle of a propulsion unit of an aircraft, channeled inside said nacelle, and then exiting from said nacelle, by deflecting at least a portion (F'i) of the flow (Fi) that can assist the thrust, consisting in injecting at the propulsion unit a fluid called a thrust reversal fluid for deflecting by a driving effect at least a portion (F'i) of the flux (Fi) that can assist the thrust, characterized in that the thrust reversal fluid is injected from the inside of the nacelle toward the outside of the nacelle.
A seat to be installed in an aircraft comprising: - a backrest having a front face for supporting a passenger and a rear face opposite to the front face, - a tray, in particular retractable, so-called meal tray, positioned on the back of the backrest, wherein the seat further comprises a holding device for a portable device comprising a support member positioned on the rear face of the backrest, wherein the support member is rotatably mounted relative to the backrest, in particular around a hinge, and is movable between a folded position and an extended position in which it is adapted to support the portable device, characterized in that, in the folded position, the support element is covered by the meal tray in the stowed position, and in that the meal tray can be put back into the stowed position while the support element is in the extended position. - a backrest having a front face for supporting a passenger and a rear face opposite to the front face, - a tray, in particular retractable, so-called meal tray, positioned on the back of the backrest,
Drive unit for a human-powered vehicle, in particular a bicycle or an electrically power assisted cycle, with a housing, an electric motor with a rotor, a pedal crank shaft, a harmonic drive which is coupled to the rotor, and an output shaft, the harmonic drive having an outer bushing with an internal toothing system, characterized in that the outer bushing of the harmonic drive is coupled to the housing via a buffer.
A method for interpolating a sound field captured by a plurality of N microphones each outputting said encoded sound field in a form comprising at least one captured pressure and an associated pressure gradient vector, said method comprising an interpolation of said sound field at an interpolation position outputting an interpolated encoded sound field as a linear combination of said N encoded sound fields each weighted by a corresponding weighting factor, characterised in that said interpolation comprises an estimation of said N weighting factors at least from: - said interpolation position; - a position of each of said N microphones, - said N pressures captured by said N microphones; and - an estimated power of said sound field at said interpolation position. said method comprising an interpolation of said sound field at an interpolation position outputting an interpolated encoded sound field as a linear combination of said N encoded sound fields each weighted by a corresponding weighting factor, characterised in that said interpolation comprises an estimation of said N weighting factors at least from: - said interpolation position; - a position of each of said N microphones, - said N pressures captured by said N microphones; and - an estimated power of said sound field at said interpolation position. - said interpolation position; - a position of each of said N microphones, - said N pressures captured by said N microphones; and - an estimated power of said sound field at said interpolation position.
A capsule assembly comprising a capsule for the preparation of beverages and a conveyor cap that is mounted on said capsule for conveying the beverage exiting the said capsule, said capsule having an inlet wall, an outlet wall and a lateral wall defining an internal volume inside which at least one beverage ingredient is housed, the outlet wall comprising one or more capsule beverage outlets, said conveyor cap being mounted on said capsule to define an enclosure space between the outlet wall and an inner surface of said conveyor cap, and said conveyor cap having one or more beverage delivery openings, characterized in that said conveyor cap is movably mounted on said capsule, and in that said capsule beverage outlets and said conveyor cap are configured to interact so that the capsule beverage outlets are opened by the conveyor cap due to a relative movement between the capsule and the conveyor cap.
A sealed roller bearing, designed as a two-row tapered roller bearing, for a wind turbine, which has a first inner ring, a second inner ring and an outer ring arranged coaxially over these two inner rings (14, 16), in which rolling elements (26, 30) are arranged in two rows of rolling elements (28, 36) between the two inner rings (14, 16) and the outer ring, in which the rolling elements of the first row of rolling elements roll on a first inner ring raceway and a first outer ring raceway and the rolling elements of the second row of rolling elements roll on a second inner ring raceway and a second outer ring raceway, in which the rolling elements (26, 30) are arranged in at least one rolling element cage (42, 44), and in which a bearing inner space is at least partially filled with a lubricant, wherein an additional ring is arranged radially outside on an axial projection of the first inner ring, that the additional ring supports a radial shaft sealing ring radially outside, characterised in that a radially outwardly directed sealing lip of the radial shaft sealing ring rests radially on a cylindrical inner sealing surface of an axial extension connected to the outer ring, in that a closing disc is attached to an endface outer surface of the first inner ring, in that this closing disc rests flush on an axially outwardly directed second end face of the base body of the additional ring, and in that at least one axial through-hole is formed in the additional ring and in the closing disc.
A multi-beam telecommunications satellite comprising a reconfigurable payload, at least one gateway spot port and a plurality of user spot ports, said payload being configured to transmit microwave signals between at least one gateway station and at least one user terminal via said gateway spot port and said user spot ports, said gateway spot port being capable of receiving and/or transmitting microwave signals from and/or to at least one gateway station, said user spot ports being capable of receiving and/or transmitting microwave signals from and/or to at least one user terminal by forming beams, said satellite being characterised in that, for a given mobile user terminal, said gateway spot port is associated with a single frequency channel for the link between the satellite and a gateway station and said user spot gateway ports are each associated with a frequency channel for the link between the satellite and said mobile user terminal, and in that the payload comprises at least one routing module configured to dynamically route the user spot port associated with the beam in which said mobile user terminal is located to the gateway spot port associated with the gateway station, and vice versa, as a function of the position of the mobile user terminal and a transposition module configured to frequency transpose the microwave signals originating from the user spot ports to the frequency associated with the frequency channel of the gateway spot port, and vice versa, the transposition of the signals originating from the user spot ports for a given mobile user terminal always occurring towards the same frequency.