mhurhangee/ep-ind-claims huggingface dataset:
Freeze drying system with a) a product chamber wherein products run through a freeze drying process and b) an ice chamber used for producing ice crystals, c) a valve which is arranged between ca) a supply which is able to provide a gas under a pressure which is higher than the pressure in the product chamber and cb) the ice chamber, d) the supply, the valve, the ice chamber and the product chamber being arranged one behind the other in this sequence, e) and a control unit, characterised in that f) the control unit comprises control logic which at a point in time at which fa) ice crystals are present in the ice chamber and fb) the ice chamber is connected via an opening to the product chamber produces a control signal which opens the valve so that gas streams from the supply through the valve and through the ice chamber taking along ice crystals into the product chamber. a) a product chamber wherein products run through a freeze drying process and b) an ice chamber used for producing ice crystals, c) a valve which is arranged between ca) a supply which is able to provide a gas under a pressure which is higher than the pressure in the product chamber and cb) the ice chamber, ca) a supply which is able to provide a gas under a pressure which is higher than the pressure in the product chamber and cb) the ice chamber, d) the supply, the valve, the ice chamber and the product chamber being arranged one behind the other in this sequence, e) and a control unit, f) the control unit comprises control logic which at a point in time at which fa) ice crystals are present in the ice chamber and fb) the ice chamber is connected via an opening to the product chamber produces a control signal which opens the valve so that gas streams from the supply through the valve and through the ice chamber taking along ice crystals into the product chamber. fa) ice crystals are present in the ice chamber and fb) the ice chamber is connected via an opening to the product chamber produces a control signal which opens the valve so that gas streams from the supply through the valve and through the ice chamber taking along ice crystals into the product chamber.
A method for removing unreacted monomers in polymer using a SCC (spinning cone column) comprising a housing having a rotation axis; a supply part of at least one polymer formed inside of the housing; at least two spinning cones that are installed so as to have a constant gradient from the upper part to the lower part to the rotation axis, move polymer supplied through the polymer supply part, and rotate around the rotation axis; a fixed cone that is fixed and formed on the inner side of the housing, and provides a pathway for sequentially moving polymer from a spinning cone at the upper part to a spinning cone at the lower part; a product collection part for collecting polymer moved through the spinning cone and the fixed cone; and a driving part for rotating the spinning cone.
Method for controlling a direct current switch, in particular a fault current switch or a circuit-breaker, wherein the direct current switch has a first semiconductor switch which can be switched off and a second semiconductor switch which can be switched off, wherein the first and the second semiconductor switches (2a, 2b) which can be switched off are arranged between a first terminal and a second terminal such that a current (i) with a first polarity can be conducted through the first semiconductor switch which can be switched off and the current (i) with a polarity that is opposite to the first polarity can be conducted through the second semiconductor switch which can be switched off, wherein one of the semiconductor switches (2a, 2b) which can be switched off is switched off as a function of a current measurement value, characterised in that precisely one of the semiconductor switches (2a, 2b) which can be switched off is switched off, wherein the selection of the semiconductor switch (2a, 2b) which can be switched off to be switched off takes place as a function of the polarity of the current measurement value of the current (i).
A vest for being worn by a living being, the vest being adapted to be used for providing an electrical activity map of the heart of a living being, the vest comprising: - a plurality of surface electrodes for being arranged on an outer surface of the living being, when the vest is worn by the living being, and for acquiring electrical signals from the heart of the living being, - an optical shape sensing fiber for generating an optical shape sensing signal being indicative of the three-dimensional shape of the optical shape sensing fiber and for providing the optical shape sensing signal to a surface electrodes positions calculation unit. - a plurality of surface electrodes for being arranged on an outer surface of the living being, when the vest is worn by the living being, and for acquiring electrical signals from the heart of the living being, - an optical shape sensing fiber for generating an optical shape sensing signal being indicative of the three-dimensional shape of the optical shape sensing fiber and for providing the optical shape sensing signal to a surface electrodes positions calculation unit.
A plaster-board production installation, comprising - a conveyor belt device having a supporting belt, - a first feed for a first sheathing such that the first sheathing is guided onto the supporting belt, - a plaster feed which feeds a plaster slurry from a mixer onto the first sheathing, in order to form in this way a plaster coat on the first sheathing, - a second feed for a second sheathing such that the second sheathing is applied onto the plaster coat and a plaster layer comprising the first sheathing, the plaster coat and the second sheathing is formed, - a leveling device such as, for example, a leveling bar or a leveling roller, in order to level the plaster layer, as well as - a metering device which is designed and set up to reduce the amount V(t) of the plaster slurry introduced between the first sheathing and the second sheathing at a predefined clock frequency f over a predefined time period t Δ in comparison with a target amount V v, wherein the metering device is arranged in the region of a molding table, in particular is integrated within the molding table on which the plaster layer is formed and molded by bringing together the first sheathing, the plaster slurry and the second sheathing, characterized in that the metering device comprises a accumulation blade or accumulation roller, which is aligned transversely to the transporting direction of the conveyor belt device and is designed to be movable toward the plaster coat with a predefined stroke h in a direction orthogonal to the transporting direction and to the longitudinal alignment of the accumulation blade or accumulation roller. - a conveyor belt device having a supporting belt, - a first feed for a first sheathing such that the first sheathing is guided onto the supporting belt, - a plaster feed which feeds a plaster slurry from a mixer onto the first sheathing, in order to form in this way a plaster coat on the first sheathing, - a second feed for a second sheathing such that the second sheathing is applied onto the plaster coat and a plaster layer comprising the first sheathing, the plaster coat and the second sheathing is formed, - a leveling device such as, for example, a leveling bar or a leveling roller, in order to level the plaster layer, as well as - a metering device which is designed and set up to reduce the amount V(t) of the plaster slurry introduced between the first sheathing and the second sheathing at a predefined clock frequency f over a predefined time period t Δ in comparison with a target amount V v,
A semiconductor radiation detector assembly comprising a detector head arranged on a header, wherein the detector head comprises a detector chip having a front side for receiving radiation and a back side, wherein the detector chip comprises a silicon drift detector, SDD; and a flexible substrate comprising a center portion having its front side attached to the back side of the detector chip and a plurality of strips extending from the center portion and bent to protrude away from the detector chip, wherein the detector chip is electrically coupled to at least one of said conductive tracks, wherein the header comprises a base plate having a plurality of contact pins protruding therefrom towards said detector chip, and wherein said flexible substrate comprises a plurality of conductive tracks that extend on a surface of said strips from said center portion towards distal ends of said strips that are attached to respective ones of the plurality of contact pins for electrical coupling between the detector head and the header and for mechanical attachment between the detector head and the header. wherein the detector head comprises a detector chip having a front side for receiving radiation and a back side, wherein the detector chip comprises a silicon drift detector, SDD; and a flexible substrate comprising a center portion having its front side attached to the back side of the detector chip and a plurality of strips extending from the center portion and bent to protrude away from the detector chip, wherein the detector chip is electrically coupled to at least one of said conductive tracks, a detector chip having a front side for receiving radiation and a back side, wherein the detector chip comprises a silicon drift detector, SDD; and a flexible substrate comprising a center portion having its front side attached to the back side of the detector chip and a plurality of strips extending from the center portion and bent to protrude away from the detector chip, wherein the detector chip is electrically coupled to at least one of said conductive tracks, wherein the header comprises a base plate having a plurality of contact pins protruding therefrom towards said detector chip, and wherein said flexible substrate comprises a plurality of conductive tracks that extend on a surface of said strips from said center portion towards distal ends of said strips that are attached to respective ones of the plurality of contact pins for electrical coupling between the detector head and the header and for mechanical attachment between the detector head and the header.
Manipulator comprising a fixed base and a movable platform, wherein there are four motor-driven chains (3, 4, 5, 6) of articulated links (3', 3", 4', 4", 5', 5", 6', 6") that connect the base to the movable platform, and wherein each chain (3, 4, 5, 6) has two links, characterized in that the platform is movable in a plane with a predefined orientation in said plane and that in every position of the platform in the plane, said platform divides the plane in a left portion that is located left of the platform and in a right portion (2") that is located right of the platform, and that there are two motor-driven chains (3, 4) in the said left portion and two motor-driven chains (5, 6) in the said right portion (2"), wherein the chains (3, 4) in the left portion comprise upper links (3', 3") and lower links (4", 4') that are in every position of the platform parallel in pairs, and wherein the chains (5, 6) in the right portion (2") comprise upper links (5', 5") and lower links (6", 6') that are in every position of the platform parallel in pairs.
Agricultural field spraying device, having - a tank for storing liquid; - a suction region, which comprises one or more suction line sections and is designed to suck up liquid out of the tank; and - an emptying device, which is designed to remove liquid remaining in the suction region from the suction region after a spraying operation is ended; characterized in that the emptying device has an emptying chamber, in which the liquid removed from the suction region collects and which is connected to a compressed air source, wherein the emptying chamber can be charged with compressed air via the connection to the compressed air source in order to remove the liquid from the emptying chamber and is arranged in such a manner that the liquid remaining back in the suction region flows pressurelessly into the emptying chamber, characterized by a pressure region, which comprises one or more discharge elements, wherein the one or more discharge elements are designed to discharge the liquid from the tank over an agricultural area, and wherein a conveying device in the form of a pump is arranged between the pressure region and the suction region, in that the emptying device has a safety valve which is designed to prevent the suction region being charged with positive pressure, in that the safety valve is in the form of a nonreturn valve. - a tank for storing liquid; - a suction region, which comprises one or more suction line sections and is designed to suck up liquid out of the tank; and - an emptying device, which is designed to remove liquid remaining in the suction region from the suction region after a spraying operation is ended; characterized in that the emptying device has an emptying chamber, in which the liquid removed from the suction region collects and which is connected to a compressed air source, wherein the emptying chamber can be charged with compressed air via the connection to the compressed air source in order to remove the liquid from the emptying chamber and is arranged in such a manner that the liquid remaining back in the suction region flows pressurelessly into the emptying chamber, characterized by a pressure region, which comprises one or more discharge elements, wherein the one or more discharge elements are designed to discharge the liquid from the tank over an agricultural area, and wherein a conveying device in the form of a pump is arranged between the pressure region and the suction region, in that the emptying device has a safety valve which is designed to prevent the suction region being charged with positive pressure, in that the safety valve is in the form of a nonreturn valve.
A heat-shrinkable plastic element that is disposed on at least part of an outside of a preform, the preform including a mouth part, a body part linked to the mouth part, and a bottom part linked to the body part, the heat-shrinkable plastic element comprising: at least a layer containing an ionomer resin and an olefin resin as essential constituents, wherein the heat-shrinkable plastic element has a storage modulus at 25°C of at least 4.0×10 8 Pa, and a dynamic friction coefficient between the heat-shrinkable plastic element and the preform is at most 1.1. at least a layer containing an ionomer resin and an olefin resin as essential constituents, wherein the heat-shrinkable plastic element has a storage modulus at 25°C of at least 4.0×10 8 Pa, and a dynamic friction coefficient between the heat-shrinkable plastic element and the preform is at most 1.1.
A blade pivot with adjustable orientation for a turbomachine fan hub, comprising: a stud extending along a radial axis (Z-Z) and having, at an external radial end, means for retaining a fan blade root and, at an internal radial end, coupling means for the transmission of a torsional torque; a rolling bearing for absorbing the centrifugal forces having an inner bushing mounted in transverse abutment against an external radial portion of the stud; a ring for radially retaining the stud relative to the rolling bearing housed in an annular groove formed in the stud; a plurality of clamping parts each mounted in transverse abutment, that is to say along a direction orthogonal to the radial axis (Z-Z), against the retaining ring and in radial abutment, that is to say along the radial axis (Z-Z), against the inner bushing of the rolling bearing; and a clamping nut screwed onto an outer thread of the stud to come into conical abutment against the clamping parts such that said clamping parts ensure a clamping of the inner bushing of the rolling bearing on the stud and a clamping of the retaining ring in the groove. a stud extending along a radial axis (Z-Z) and having, at an external radial end, means for retaining a fan blade root and, at an internal radial end, coupling means for the transmission of a torsional torque; a rolling bearing for absorbing the centrifugal forces having an inner bushing mounted in transverse abutment against an external radial portion of the stud; a ring for radially retaining the stud relative to the rolling bearing housed in an annular groove formed in the stud; a plurality of clamping parts each mounted in transverse abutment, that is to say along a direction orthogonal to the radial axis (Z-Z), against the retaining ring and in radial abutment, that is to say along the radial axis (Z-Z), against the inner bushing of the rolling bearing; and a clamping nut screwed onto an outer thread of the stud to come into conical abutment against the clamping parts such that said clamping parts ensure a clamping of the inner bushing of the rolling bearing on the stud and a clamping of the retaining ring in the groove.
Method of manufacture of a metal reinforcement of a leading edge or trailing edge of a turbomachine blade including: • a step of deformation by forging of a metal bar where the metal is thrust in a direction essentially perpendicular to the longitudinal axis of the bar through two die heads in order to obtain an intermediate part with two vanes either side of a solid portion able to form the base of the said metal reinforcement, where both vanes have an aperture angle α; • a step of deformation of the said vanes of the said intermediate part, modifying the said aperture angle α, so as to obtain the final shape of the metal reinforcement of the leading edge or trailing edge of the turbomachine blade. • a step of deformation by forging of a metal bar where the metal is thrust in a direction essentially perpendicular to the longitudinal axis of the bar through two die heads in order to obtain an intermediate part with two vanes either side of a solid portion able to form the base of the said metal reinforcement, where both vanes have an aperture angle α; • a step of deformation of the said vanes of the said intermediate part, modifying the said aperture angle α, so as to obtain the final shape of the metal reinforcement of the leading edge or trailing edge of the turbomachine blade.
A wireless detonator which includes a control unit, an ignition element, an energy source which is configured to fire the ignition element in response to a signal from the control unit, a communication module, and an energy harvesting unit which harvests energy from an external electromagnetic field characterized in that said harvested energy is used to power, at least, the communication module, and in that said detonator further comprises a fuse connected in a current path between the energy source and the ignition element and a switch which is operable in response to a signal from the control unit to discharge the energy source at least partly and to open-circuit the fuse.
A device for printing a three-dimensional object, the device comprising: at least one material application unit to deposit at least one material for voxels of the three-dimensional object; a vertical cavity surface emitting laser array (151, 152) comprising a plurality of vertical cavity surface emitting lasers, the plurality of vertical cavity surface emitting lasers including a first vertical cavity surface emitting laser to operate at a first wavelength and a first intensity and a second vertical cavity surface emitting laser to operate at a second wavelength and a second intensity; and a processor to control a deposition of the at least one material for the voxels via the at least one material application unit, characterized in that the processor controls an application of electromagnetic energy to at least one voxel via the first vertical cavity surface emitting laser and controls an application of electromagnetic energy to at least one other voxel via the second vertical cavity surface emitting laser to create different regions with different physical properties to each other in the three-dimensional object. at least one material application unit to deposit at least one material for voxels of the three-dimensional object; a vertical cavity surface emitting laser array (151, 152) comprising a plurality of vertical cavity surface emitting lasers, the plurality of vertical cavity surface emitting lasers including a first vertical cavity surface emitting laser to operate at a first wavelength and a first intensity and a second vertical cavity surface emitting laser to operate at a second wavelength and a second intensity; and a processor to control a deposition of the at least one material for the voxels via the at least one material application unit, characterized in that the processor controls an application of electromagnetic energy to at least one voxel via the first vertical cavity surface emitting laser and controls an application of electromagnetic energy to at least one other voxel via the second vertical cavity surface emitting laser to create different regions with different physical properties to each other in the three-dimensional object.
An electronic steering column lock system comprising: a shaft, said shaft being a steering column shaft or said shaft being configured to be coupled to a steering column shaft, a housing, an electromagnet, being disposed at a fixed position inside the housing, at least one disk of a first type being rotatory form locked to the housing with regard to the centerline of the shaft, at least one disk of a second type being rotatory form locked to the shaft with regard to the centerline of the shaft, the disk of the first type and the disk of the second type being disposed adjacent to each other on a same side of the electromagnet inside the housing, wherein at least one of said both adjacently disposed disks (14, 15) is movable in a direction parallel to the centerline or both of said disks (14, 15) are movable in a direction parallel to the centerline, wherein a surface of the disk of the first type and a surface of the disk of the second type are facing each other, wherein the form of said surface of the disk of the first type and the form of the surface of said disk of the second type are designed so that spacings remain between both of said surfaces (31, 32) if said surface of the disk of the first type and said surface of the disk of the second type are in slight contact to each other, said disk of the first type and said disk of the second type being made from ferromagnetic material or comprising ferromagnetic material, magnetorheological fluid being kept in the housing, and the disk of the first type and the disk of the second type are immersed, in particular are completely immersed, in the magnetorheological fluid.