mhurhangee/ep-ind-claims huggingface dataset:
A magnetic bearing, comprising a static portion and a rotor portion, wherein the static portion comprises: - a magnetic base; - at least three actuator bobbins mounted on the magnetic base; and - magnetic sensors associated with the actuator bobbins, wherein each actuator bobbin comprises an actuator coil holder and an actuator coil wound up around the actuator coil holder, and each magnetic sensor comprises a sensor coil holder and a sensor coil wound up around the sensor coil holder, wherein, when the magnetic bearing is mounted, each sensor coil is positioned next to a corresponding actuator coil along an axial direction defined by a central axis of the magnetic bearing, said actuator coils and sensor coils being coupled by pairs; and - a connector device (80; 180) integrated to the respective actuator and sensor coil holder (21; 31) and designed for plugging at least one wire (91; 92), the connector device (80; 180) being an insulator displacement connector designed for receiving and automatically restraining at least one wire (91; 92); wherein the connector device is a siameze insulator displacement connector, including similar opposite connection portions (81; 82) for plugging distinct wires (91; 92) or the connector device comprises a straight pin and a connection portion for plugging a wire. - a magnetic base; - at least three actuator bobbins mounted on the magnetic base; and - magnetic sensors associated with the actuator bobbins, wherein each actuator bobbin comprises an actuator coil holder and an actuator coil wound up around the actuator coil holder, and each magnetic sensor comprises a sensor coil holder and a sensor coil wound up around the sensor coil holder, wherein, when the magnetic bearing is mounted, each sensor coil is positioned next to a corresponding actuator coil along an axial direction defined by a central axis of the magnetic bearing, said actuator coils and sensor coils being coupled by pairs; and - a connector device (80; 180) integrated to the respective actuator and sensor coil holder (21; 31) and designed for plugging at least one wire (91; 92), the connector device (80; 180) being an insulator displacement connector designed for receiving and automatically restraining at least one wire (91; 92);
A control method for controlling the electrical power delivered over an electrical network by at least two electrical energy sources, each electrical energy source being connected to the network and comprising a storage member for storing electrical energy, the method including for each energy source the following steps: - the application (104; 204) by the electrical energy source of an alternating voltage signal (S1 ij) over the electrical supply network for the supplying of electrical power to the network, a parameter of the voltage signal having a predetermined initial value; - the measurement (106; 206) of an electrical power (P ij) associated with the voltage signal (S1 ij) applied; - the determination (108; 208) of an electrical energy (ES ij) stored in the storage member; - the calculation (112; 214) of a set point value (A ij or F ij) for the parameter of the voltage signal as a function of the measured power; - the modification (114; 216) of the voltage signal, the value of the parameter of the voltage signal being modified so as to be equal to the calculated set point value (A ij, F ij); characterised in that during the calculation step (112; 214), the set point value (A ij, F ij) is calculated as a function, in addition, of the stored electrical energy (ES ij) determined and is a decreasing function of the electrical power (P ij) and an increasing function of the stored electrical energy (ES ij), in that each energy source is adapted for delivering a maximal power (Pn j) to the network and for that the parameter of the voltage signal be greater than a minimal operating value (A min or F min), and and in that, for each electrical energy source, during the calculation step (112; 214), the set point value (A ij or F ij) is equal to the minimal operating value (A min or F min) when the measured electrical power (P ij) is equal to the maximal power (Pn j) - the application (104; 204) by the electrical energy source of an alternating voltage signal (S1 ij) over the electrical supply network for the supplying of electrical power to the network, a parameter of the voltage signal having a predetermined initial value; - the measurement (106; 206) of an electrical power (P ij) associated with the voltage signal (S1 ij) applied; - the determination (108; 208) of an electrical energy (ES ij) stored in the storage member; - the calculation (112; 214) of a set point value (A ij or F ij) for the parameter of the voltage signal as a function of the measured power; - the modification (114; 216) of the voltage signal, the value of the parameter of the voltage signal being modified so as to be equal to the calculated set point value (A ij, F ij);
A recombinant nucleic acid molecule comprising a nucleotide sequence encoding a polypeptide having pesticidal activity, wherein said nucleotide sequence is selected from the group consisting of: (a) the nucleotide sequence set forth in any of SEQ ID NO: 1, SEQ ID NO: 4, SEQ ID NO: 5 or SEQ ID NO: 6; (b) a nucleotide sequence that encodes a polypeptide comprising the amino acid sequence of any of SEQ ID NO: 15, SEQ ID NO: 18. SEQ ID NO: 19 or SEQ ID NO: 20; and (c) a nucleotide sequence that encodes a polypeptide comprising from one to five amino acids substitutions, deletions or insertions relative to SEQ ID NO: 15, SEQ ID NO: 18, SEQ ID NO: 19 or SEQ ID: 20, wherein the pesticidal activity of the fusion polypeptide is improved relative to the pesticidal activity of SEQ ID NO:43 in relation to mortality for at least one of European Corn Borer, H. Zea, fall armyworm, and velvetbean caterpillar. (a) the nucleotide sequence set forth in any of SEQ ID NO: 1, SEQ ID NO: 4, SEQ ID NO: 5 or SEQ ID NO: 6; (b) a nucleotide sequence that encodes a polypeptide comprising the amino acid sequence of any of SEQ ID NO: 15, SEQ ID NO: 18. SEQ ID NO: 19 or SEQ ID NO: 20; and (c) a nucleotide sequence that encodes a polypeptide comprising from one to five amino acids substitutions, deletions or insertions relative to SEQ ID NO: 15, SEQ ID NO: 18, SEQ ID NO: 19 or SEQ ID: 20, wherein the pesticidal activity of the fusion polypeptide is improved relative to the pesticidal activity of SEQ ID NO:43 in relation to mortality for at least one of European Corn Borer, H. Zea, fall armyworm, and velvetbean caterpillar.
A lathe for machining workpieces with parallel time loading and unloading comprising at least two work spindles each having a receptacle for a workpiece, wherein the axes of rotation of the work spindles run vertically, and with at least one tool carrier, which is designed to receive at least one tool and having at least one loading and unloading machine, wherein said at least one tool carrier is movable so that both a workpiece received in a first of the receptacles and a workpiece received in a second of the receptacles can be processed with its at least one tool, characterised in that said at least two work spindles are arranged stationary and the tool carrier is arranged for at least the biaxial advance movement perpendicular and parallel to the axes of rotation of the work spindles and said at least one loading and unloading machine for loading and unloading the receptacles is formed with workpieces.
Stator segment (10a-h) for a direct drive electrical generator having a laminated structure including at least a first layer (20a-h) and a second layer (30a-h), each of the first layer (20a-h) and the second layer (30a-h) including a respective plurality of circumferential pieces (101a-h, 102ah, 103a-h, 104a-h, 105a-h, 106a-h, 107a-h, 108a-h) aligned along a circumferential direction of the stator segment (10a-h) between a first circumferential end (11a-h) and a second circumferential end (12a-h), wherein the first layer (20a-h) and the second layer (30a-h) are stacked along an axial longitudinal direction of the stator segment (10a-h) in such a way that a first circumferential piece (101a-h) of the first layer (20a-h) is superimposed to at least a second circumferential piece (102a-h) of the second layer (30a-h), the first circumferential piece (101a-h) and the circumferential second piece (102a-h) having respective different circumferential lengths (L1, L2).
A vacuum pump comprising: a plurality of exhaust stages (PT1, PTn) that exhaust a gas particle between an inlet port and an outlet port; and a particle transferring portion that transfers a particle in an exhaust direction of the gas particle by increasing or reducing a height of an upstream end of at least a part of rotor blades among a plurality of rotor blades that constitute an uppermost exhaust stage among the plurality of exhaust stages (PT1, PTn) to realize a stepped structure in which heights of the upstream ends differ as the uppermost exhaust stage as a whole, wherein in a rotating body constituted by the plurality of rotor blades, the particle transferring portion, and a cylindrical portion that supports the plurality of rotor blades, an imbalance created with respect to the rotating body as a whole by a presence of a rotor blade of which a height of the upstream end has become higher than other rotor blades due to the stepped structure has been corrected, characterized in that there is a difference between at least one of arrangement intervals of rotor blades of which heights of the upstream end have become higher than other rotor blades due to the stepped structure and another one of such arrangement intervals. a plurality of exhaust stages (PT1, PTn) that exhaust a gas particle between an inlet port and an outlet port; and a particle transferring portion that transfers a particle in an exhaust direction of the gas particle by increasing or reducing a height of an upstream end of at least a part of rotor blades among a plurality of rotor blades that constitute an uppermost exhaust stage among the plurality of exhaust stages (PT1, PTn) to realize a stepped structure in which heights of the upstream ends differ as the uppermost exhaust stage as a whole, wherein in a rotating body constituted by the plurality of rotor blades, the particle transferring portion, and a cylindrical portion that supports the plurality of rotor blades, an imbalance created with respect to the rotating body as a whole by a presence of a rotor blade of which a height of the upstream end has become higher than other rotor blades due to the stepped structure has been corrected, characterized in that there is a difference between at least one of arrangement intervals of rotor blades of which heights of the upstream end have become higher than other rotor blades due to the stepped structure and another one of such arrangement intervals.
A surgical stapling apparatus, comprising: a tool assembly; an actuation shaft for firing staples from the tool assembly; a handle assembly having a movable member for driving the actuation shaft distally; a motor; characterized in that the surgical stapling apparatus comprises a clutch having a first member connected to the motor and a second member, the clutch having an engaged position and a disengaged position; a cable connected to the actuation shaft; and a pulley for drawing the cable, the pulley being connected to the second member of the clutch so that when the clutch is in the engaged position, the motor rotates the pulley, the pulley draws the cable, and the cable retracts the actuation shaft in the proximal direction. a tool assembly; an actuation shaft for firing staples from the tool assembly; a handle assembly having a movable member for driving the actuation shaft distally; a motor; a clutch having a first member connected to the motor and a second member, the clutch having an engaged position and a disengaged position; a cable connected to the actuation shaft; and a pulley for drawing the cable, the pulley being connected to the second member of the clutch so that when the clutch is in the engaged position, the motor rotates the pulley, the pulley draws the cable, and the cable retracts the actuation shaft in the proximal direction.
Sensor for measuring the oxygen content in cast iron melts comprising an electrochemical measuring cell that comprises a solid electrolyte tube, characterised in that the outward facing surface of the solid electrolyte tube has a layer of zirconium dioxide applied to it that is stabilised by 4 to 6% by weight of calcium oxide, and in that the layer is plasma-sprayed.
A method of retrieving plasma from a blood sample comprising: a. mixing a blood sample in the presence of magnetizable particles in a sample collection unit, wherein the magnetizable particles comprise an antibody capture surface for binding to non-plasma portions of the blood sample; and b. applying a magnetic field above a plasma collection area to the mixed blood sample to effect suspension of the non-plasma portions of the blood sample on top of the plasma collection area. a. mixing a blood sample in the presence of magnetizable particles in a sample collection unit, wherein the magnetizable particles comprise an antibody capture surface for binding to non-plasma portions of the blood sample; and b. applying a magnetic field above a plasma collection area to the mixed blood sample to effect suspension of the non-plasma portions of the blood sample on top of the plasma collection area.
A hydrogel-forming solution comprising a polymer dissolved in a solvent, wherein the polymer is more than 75% comprised of styrene-alt-maleic acid and the solvent is DMSO, wherein the ratio of polymer to DMSO is within a weight/weight range from about 18 % to about 40%; and wherein the molecular weight of the polymer is within a range between 300 kDa and 800 kDa. wherein the ratio of polymer to DMSO is within a weight/weight range from about 18 % to about 40%; and wherein the molecular weight of the polymer is within a range between 300 kDa and 800 kDa.
A method for assembling frames on a fuselage of an aircraft, wherein fuselage elements comprising a fuselage skin, presenting an internal side and an external side, frames and ribbands are assembled in an supply phase, the skin and the frames being made of composite materials based on carbon fibers, characterized in that, each frame presenting a globally crown-shaped wall, a glue film is injected, in a preparation phase, on the interface between a substantially plan external side of the frame crown and the internal side of the skin according to predefined places, in that the so-assembled unit is introduced into an enclosure to perform a co-gluing phase combining the gluing of the frames and the fuselage skin baking in determined conditions of time, temperature and pressure, in that, further to the co-gluing, a machining phase comprises the formation of window openings by cutting an annular part of the crown made by the frame and the opposite fuselage skin connected to this part, according to a profile being complementary of this of the windows to be mounted, and then by a withdrawal of the cut material, and in that, in an installation phase, the frame parts are mechanically fastened to the opposite fuselage skin.
Drain, comprising a housing with a longitudinal direction, a bottom surface in which a discharge opening is arranged, an upright peripheral edge along the edge of the bottom surface, and an elongate opening, which elongate opening extends parallel to the longitudinal direction of the housing; and - a siphon arranged on the discharge opening in the bottom surface, characterized in that the housing is tubular having an upper surface in which the elongate opening is arranged; wherein at least a part of the upright peripheral edge is provided on its upper side with a part folded horizontally outward and an inward folded horizontal part connecting thereto, such that the upper side is provided with a horizontal flange (23, 24) of U-shaped cross-section, wherein the upper surface is a separate sheet part which protrudes with its peripheral edges into the horizontal flange (23, 24) of U-shaped cross-section, wherein the separate sheet part is arranged slidably in the horizontal flange (23, 24). - a siphon arranged on the discharge opening in the bottom surface,
A variable displacement lubricant pump for providing pressurized lubricant for an internal combustion engine, comprising: a pump rotor with radially slidable vanes rotating in a shiftable control ring, the control ring being pushed by a first plunger pushing the control ring into high pumping volume direction, a pressure control system for controlling the discharge pressure of the pressurized lubricant, the control system comprising a first pressure control chamber wherein the first plunger is provided axially moveable, a first pressure conduit (82, 87) connecting a pump outlet port with the first control chamber, and a first pressure control valve controlling the pressure in the first pressure control chamber, characterized by an outlet opening in a side wall of the first pressure control chamber, the outlet opening being controllable by a second pressure control valve, whereby the second pressure control valve is positioned between the outlet opening and a low pressure source, the second pressure control valve being a centrifugal valve which is mechanically connected with the pump rotor and closes at a high rotational speed of the pump rotor, and the outlet opening being closed by the first plunger in a low pumping volume position and being opened in a high pumping volume position. a pump rotor with radially slidable vanes rotating in a shiftable control ring, the control ring being pushed by a first plunger pushing the control ring into high pumping volume direction, a pressure control system for controlling the discharge pressure of the pressurized lubricant, the control system comprising a first pressure control chamber wherein the first plunger is provided axially moveable, a first pressure conduit (82, 87) connecting a pump outlet port with the first control chamber, and a first pressure control valve controlling the pressure in the first pressure control chamber, characterized by an outlet opening in a side wall of the first pressure control chamber, the outlet opening being controllable by a second pressure control valve, whereby the second pressure control valve is positioned between the outlet opening and a low pressure source, the second pressure control valve being a centrifugal valve which is mechanically connected with the pump rotor and closes at a high rotational speed of the pump rotor, and the outlet opening being closed by the first plunger in a low pumping volume position and being opened in a high pumping volume position.
A luggage door hinge comprising: a front side attachment section that is configured to be rotatably supported by a vehicle body; a rear side attachment section that is configured to extend along a vehicle body front-rear direction in a closed state of a luggage door that opens and closes a luggage room, and that is configured to be fixed to the luggage door; a curved section that curves in a substantially circular arc shape between the front side attachment section and the rear side attachment section, the curved section being configured to curve toward a vehicle body lower side in the closed state of the luggage door; characterized in that it comprises a coupling member that couples together an intermediate portion of the curved section and the rear side attachment section such that a substantially triangular shape is formed by a rear side intermediate portion of the curved section, the rear side attachment section, and the coupling member, the coupling member thus reinforcing a bent portion that forms a boundary between the curved section and the rear side attachment section. a front side attachment section that is configured to be rotatably supported by a vehicle body; a rear side attachment section that is configured to extend along a vehicle body front-rear direction in a closed state of a luggage door that opens and closes a luggage room, and that is configured to be fixed to the luggage door; a curved section that curves in a substantially circular arc shape between the front side attachment section and the rear side attachment section, the curved section being configured to curve toward a vehicle body lower side in the closed state of the luggage door; characterized in that it comprises a coupling member that couples together an intermediate portion of the curved section and the rear side attachment section such that a substantially triangular shape is formed by a rear side intermediate portion of the curved section, the rear side attachment section, and the coupling member, the coupling member thus reinforcing a bent portion that forms a boundary between the curved section and the rear side attachment section.
An assembly for producing a crimped connection with a crimping press station for connecting a conductor end of a cable to a crimp contact and at least one supply unit (3, 3') for storing and supplying crimp contacts to the crimping press station, wherein the crimp contacts can be removed from a supply roll (4, 5; 4' 5') and the supply unit (3, 3') can be docked on the crimping press station, and wherein the mobile supply unit (3, 3') comprises at least two supply rolls (4, 5; 4' 5') or at least two supply rolls (4, 5; 4', 5') can be accommodated in the mobile supply unit (3, 3'), characterized in that the supply unit (3, 3') is realized in a mobile manner and the mobile supply unit (3, 3') has at least two roll receptacles for rotatably supporting the supply rolls (4, 5; 4', 5'), wherein the mobile supply unit (3, 3') has roll receptacles in the form of journals or bearings, in which the supply rolls (4, 5; 4', 5') can be respectively fitted laterally, and in that the mobile supply unit (3, 3') has a carrier element, wherein the journals or bearings are arranged on opposite sidewalls (35, 36) of the carrier element.
Method for stem or progenitor cell culture, comprising addition of one or more protein(s) from the inter alpha trypsin inhibitor (IαI) protein family or part(s) thereof to a serum free culture of stem or progenitor cells, wherein the protein or part thereof is selected from IαI, bikunin or heavy chain 2 from the IαI protein, and wherein the cells are cultured in the absence of an extracellular matrix coating.
A system comprising: a fixer applicator configured to apply a fixer material to a region (215, 220) of a print medium, wherein the fixer material comprises a salt solution; a print engine configured to apply selectively a printing material to sub regions of the region (215, 220) over the fixer material; an overcoat applicator configured to apply an overcoat material over the fixer material and the print material in the region (215, 220), wherein the overcoat material includes a varnish which is water-soluble or saline phobic; and a cleaning element configured to remove the overcoat material from the areas of the region (215, 220) not in the sub regions coated with the printing material, wherein the cleaning element comprises a blower, a brush, a sponge, a roller, or a vacuum. a fixer applicator configured to apply a fixer material to a region (215, 220) of a print medium, wherein the fixer material comprises a salt solution; a print engine configured to apply selectively a printing material to sub regions of the region (215, 220) over the fixer material; an overcoat applicator configured to apply an overcoat material over the fixer material and the print material in the region (215, 220), wherein the overcoat material includes a varnish which is water-soluble or saline phobic; and a cleaning element configured to remove the overcoat material from the areas of the region (215, 220) not in the sub regions coated with the printing material, wherein the cleaning element comprises a blower, a brush, a sponge, a roller, or a vacuum.