mhurhangee/ep-ind-claims huggingface dataset:
A self-propelled combine harvester with a separating device, which comprises at least one pair of axial rotors disposed parallel to one another, and with material processing means disposed in front of the separating device, which have at least one feed drum for feeding a flow of harvested material into the separating device, wherein, in an inflow region disposed in front of the separating device, a separating element, in particular a blade, is pivotably disposed in order to support a division of the flow of harvested material into two partial flows, characterized in that an actuator is provided for pivoting the separating element, wherein a control device automatically controls the actuator as a function of a load status of at least one of the material processing means in a manner such that, in the case of a high load being applied to the at least one material processing means, the separating element is located in a first position and in the case of a low load being applied to the at least one material processing means, the separating element is located in a second position, wherein a distance from the separating element to the feed drum in the first position is smaller than in the second position. wherein, in an inflow region disposed in front of the separating device, a separating element, in particular a blade, is pivotably disposed in order to support a division of the flow of harvested material into two partial flows, characterized in that an actuator is provided for pivoting the separating element, wherein a control device automatically controls the actuator as a function of a load status of at least one of the material processing means in a manner such that, in the case of a high load being applied to the at least one material processing means, the separating element is located in a first position and in the case of a low load being applied to the at least one material processing means, the separating element is located in a second position, wherein a distance from the separating element to the feed drum in the first position is smaller than in the second position.
A power tool comprising a housing (10, 11, 13) and a brushless motor, the brushless motor including a stator and a rotor disposed inside the housing, the rotor including a rotor core comprising a stack of plurality of steel plates and having a plurality of axially extending through holes and a permanent magnet disposed in each of the plurality of through holes, wherein the rotor is provided with at least one positioning structure by which the rotor core is holdable in a desired circumferential orientation while the permanent magnets are inserted into the through holes, the rotor core comprises four permanent magnets, the rotor core viewed in cross section perpendicular to the axis of rotation comprises first and second pairs of opposed arc sections, and circumferentially adjacent arc sections of the first and second pairs of opposed arc sections are separated by the at least one positioning structure, wherein spaces are provided in the sides of the through-holes along narrow longitudinal sides of the permanent magnets, the at least one positioning structure comprises chamfer parts provided on an outer-circumferential surface of the rotor core and located at positions that correspond, in a transverse cross section of the permanent magnets, to the outer sides of the permanent magnets at both ends in the longitudinal directions, and wherein the rotor core includes at least one convexity located between the circumferentially adjacent arc sections of the first and second pairs of opposed arc sections and characterised in that said at least one convexity is located between the respective chamfer parts, which chamfer parts are provided between the respective circumferentially adjacent arc sections. wherein the rotor is provided with at least one positioning structure by which the rotor core is holdable in a desired circumferential orientation while the permanent magnets are inserted into the through holes, the rotor core comprises four permanent magnets, the rotor core viewed in cross section perpendicular to the axis of rotation comprises first and second pairs of opposed arc sections, and circumferentially adjacent arc sections of the first and second pairs of opposed arc sections are separated by the at least one positioning structure, wherein spaces are provided in the sides of the through-holes along narrow longitudinal sides of the permanent magnets, the at least one positioning structure comprises chamfer parts provided on an outer-circumferential surface of the rotor core and located at positions that correspond, in a transverse cross section of the permanent magnets, to the outer sides of the permanent magnets at both ends in the longitudinal directions, and wherein the rotor core includes at least one convexity located between the circumferentially adjacent arc sections of the first and second pairs of opposed arc sections and characterised in that said at least one convexity is located between the respective chamfer parts, which chamfer parts are provided between the respective circumferentially adjacent arc sections.
A vessel inspection device for examining a vessel for damage in a filling region or opening region that has a bead or a bulge, forming an undercut, wherein the inspection device has a camera, an objective assigned to the camera, and a further optical element, which can be adjusted and fixed in place in terms of their distances from and orientation relative to one another and to an image recording axis, and the optical element is a mirror in the form of a ring mirror that widens toward the camera, the longitudinal section of which, containing the image recording axis, has the form of an ellipsis portion, wherein the portion of the ellipsis has two semi-axes (a, b) that deviate from one another, wherein the ellipsis is inclined by an angle (alpha) relative to the image recording axis in its center, in such a manner that the portion of the ellipsis lies farther away from the image recording axis, and the center of the ellipsis inclined by the angle (alpha) is displaced radially outward from the image recording axis by a distance (h), and wherein the inspection device can be moved into an inspection position for inspection of the filling region or opening region of the vessel during every inspection procedure, relative to the vessel to be inspected.
A positioning device configured to displace an object, comprising: a stage to support the object, an actuator to move the stage with respect to a reference in a direction of movement, a balance mass arranged between the actuator and the reference to reduce transfer of reaction forces from the actuator to the reference, a support device arranged between the reference and the balance mass to support the balance mass, the positioning device being characterized in that it further comprises: a gravity compensator (20, 30, 60, 80) configured for acting between the reference and the balance mass to exert a lifting force on the balance mass to reduce a gravitational support force to be provided by the support device to support the balance mass. a stage to support the object, an actuator to move the stage with respect to a reference in a direction of movement, a balance mass arranged between the actuator and the reference to reduce transfer of reaction forces from the actuator to the reference, a support device arranged between the reference and the balance mass to support the balance mass, the positioning device being characterized in that it further comprises: a gravity compensator (20, 30, 60, 80) configured for acting between the reference and the balance mass to exert a lifting force on the balance mass to reduce a gravitational support force to be provided by the support device to support the balance mass.
A cosmetic and/or dermatological composition for skin protection, characterized in that it comprises: - a powder or mixture of dry powders obtained from precious or semi-precious stones containing at least one silicon derivative comprising a silicon oxide (silica) and/or a silicate, said precious or semi-precious stones being selected from among tourmaline, aquamarine, emerald, citrine, amethyst, lapis lazuli and topaz; and - an aqueous suspension of powders obtained from precious or semi-precious stones containing at least one trace element other than silicon, said precious or semi-precious stones being selected from among malachite, rhodocrosite, smithsonite, ruby and sapphire; to form a mineral concentrate in a mixture with a carrier and excipients that are physiologically acceptable. - a powder or mixture of dry powders obtained from precious or semi-precious stones containing at least one silicon derivative comprising a silicon oxide (silica) and/or a silicate, said precious or semi-precious stones being selected from among tourmaline, aquamarine, emerald, citrine, amethyst, lapis lazuli and topaz; and - an aqueous suspension of powders obtained from precious or semi-precious stones containing at least one trace element other than silicon, said precious or semi-precious stones being selected from among malachite, rhodocrosite, smithsonite, ruby and sapphire;
A fluid control valve comprising a cylindrical housing with at least one opening (41, 42) through a housing wall, a cylindrical main valve axially movably arranged inside the housing for controlling a fluid flow through the at least one opening (41, 42) and a main valve spring member acting on the main valve, wherein the main valve comprises a base wall defining a fluid control volume and fluid main volume in the cylindrical housing, wherein the base wall comprises an opening for fluidly connecting the fluid control volume with the fluid main volume, wherein the fluid control valve further comprises: a pilot valve positioned at the base wall opening, which pilot valve is moveably arranged for controlling a fluid flow through the base wall opening; and an electro-mechanical actuator configured to act on the pilot valve for controlling the main valve via the pilot valve, characterized in that the fluid control valve comprises a fluid inlet, a first fluid outlet and a second fluid outlet, wherein the main valve is configured to control the flow of fluid from the fluid inlet to the first fluid outlet and second fluid outlet respectively as a function of the axial position of the main valve, wherein the first fluid outlet is formed by a first opening through the housing wall and the second fluid outlet is formed by a second opening through the housing wall, wherein the first opening is axially displaced from the second opening. a pilot valve positioned at the base wall opening, which pilot valve is moveably arranged for controlling a fluid flow through the base wall opening; and an electro-mechanical actuator configured to act on the pilot valve for controlling the main valve via the pilot valve,
Motor pump having a pump housing and an electric motor housing which are connected to one another directly or via intermediate parts, such as a lantern, characterized in that eyes or hooks are fastened to screws in the connecting region between the two housings (1, 4), and in that the screws, to which the eyes or hooks are fastened, are those screws which connect the housings (1, 4) to one another or connect an intermediate part to one of the housings.
A method for detecting and mitigating a failure condition of a propeller driven by an engine of an aircraft, the propeller having a plurality of variable pitch propeller blades, the method comprising: at a controller, obtaining one or both of an actual value of a rotational speed of the propeller and an actual value of a pitch angle of the blades; in response to one or both of: determining, based on the actual value of the rotational speed, that the rotational speed is below a reference rotational speed for the propeller and determining, based on the actual value of the pitch angle, that the pitch angle is above a pitch angle threshold, commanding an actuator (207; 210) operatively connected to the blades to decrease the pitch angle to increase the rotational speed towards the reference rotational speed; obtaining, after the commanding of the actuator (207; 210) to decrease the pitch angle, one or both of a subsequent value of the rotational speed and a subsequent value of the pitch angle; and commanding the actuator (207; 210) to hold the pitch angle in response to one or both of: determining, based on the subsequent value of the rotational speed, that the rotational speed has failed to increase towards the reference rotational speed, and determining, based on the subsequent value of the pitch angle, that the pitch angle has failed to decrease. at a controller, obtaining one or both of an actual value of a rotational speed of the propeller and an actual value of a pitch angle of the blades; in response to one or both of: determining, based on the actual value of the rotational speed, that the rotational speed is below a reference rotational speed for the propeller and determining, based on the actual value of the pitch angle, that the pitch angle is above a pitch angle threshold, determining, based on the actual value of the rotational speed, that the rotational speed is below a reference rotational speed for the propeller and determining, based on the actual value of the pitch angle, that the pitch angle is above a pitch angle threshold, commanding an actuator (207; 210) operatively connected to the blades to decrease the pitch angle to increase the rotational speed towards the reference rotational speed; obtaining, after the commanding of the actuator (207; 210) to decrease the pitch angle, one or both of a subsequent value of the rotational speed and a subsequent value of the pitch angle; and commanding the actuator (207; 210) to hold the pitch angle in response to one or both of: determining, based on the subsequent value of the rotational speed, that the rotational speed has failed to increase towards the reference rotational speed, and determining, based on the subsequent value of the pitch angle, that the pitch angle has failed to decrease. determining, based on the subsequent value of the rotational speed, that the rotational speed has failed to increase towards the reference rotational speed, and determining, based on the subsequent value of the pitch angle, that the pitch angle has failed to decrease.
A colour printing unit having one printing station (1c, 1m, 1y, 1k) for each colour in each case and also one anode roller (4c, 4m, 4y, 4k) per printing station, having an endless transfer belt guided over a deflection roller and a control roller and covering the anode rollers, having sensor means for measuring the density and/or position in particular of reference marks printed on the transfer belt and having a control device for controlling and regulating the directional stability of the transfer belt by means of a servomotor acting on the control roller as a function of the detected properties of the reference marks, characterized in that the sensor means are arranged in the region of the control roller for the transfer belt, and in that, during the measurement, at least for the time period in which the printed reference marks run along below the sensor means, relative movements between sensor means and the control roller, which can be deflected in the X and Y directions by means of the servomotor, are excluded.
An electric product comprising: a control object that allows the electric product to operate in one operation method of a plurality of operation methods; a memory in which the plurality of operation methods are stored; a user interface configured to select only a portion of the plurality of operation methods; a communication unit arranged to communicate with an external device, the communication unit being capable of receiving a start command for an operation method, which is not capable of being selected through the user interface, of the plurality of operation methods from the external device; and a control unit arranged to control the control object so that the electric product operates in an operation method selected through the user interface or the operation method corresponding to the start command received through the communication unit, wherein the user interface comprises a start button arranged to input the start command, the portion of the plurality of operation methods is a predetermined reference operation method, and when the start button is selected, the control unit controls the control object so that the electric product operates in the reference operation method, the communication unit receives a command for operating the electric product in an operation method except for the predetermined reference operation method from the external device, characterized in that the communication unit is capable of receiving the start command with respect to the reference operation method from the external device. a control object that allows the electric product to operate in one operation method of a plurality of operation methods; a memory in which the plurality of operation methods are stored; a user interface configured to select only a portion of the plurality of operation methods; a communication unit arranged to communicate with an external device, the communication unit being capable of receiving a start command for an operation method, which is not capable of being selected through the user interface, of the plurality of operation methods from the external device; and a control unit arranged to control the control object so that the electric product operates in an operation method selected through the user interface or the operation method corresponding to the start command received through the communication unit, wherein the user interface comprises a start button arranged to input the start command, the portion of the plurality of operation methods is a predetermined reference operation method, and when the start button is selected, the control unit controls the control object so that the electric product operates in the reference operation method, the communication unit receives a command for operating the electric product in an operation method except for the predetermined reference operation method from the external device, characterized in that the communication unit is capable of receiving the start command with respect to the reference operation method from the external device.
A dynamic Peripheral Component Interconnect Express, in the following also referred to as PCIe, speed-adjusting method, applied to a wireless device, characterized by: determining, by the wireless device, whether to change from a current PCIe speed to a target PCIe speed based on at least two of a noise level threshold, a signal to noise ratio, in the following also referred to as SNR, threshold and a current data rate requirement.
A method for lubricating a sump-lubricated, spark-ignited engine, comprising supplying to said engine a lubricant which comprises: (a) an oil of lubricating viscosity (b) 0.1 to 5 percent by weight of a polyether represented by the formula R 1 -(-O-R 2 -) n -OR 3 wherein R 1 is a hydrocarbyl group of 10 to 24, optionally 12 to 15 carbon atoms, each R 2 is independently an alkylene group of 2 to 6, optionally 3 to 4 carbon atoms, n is 10 to 30, optionally 18 to 26, and R 3 is H or an alkyl group or a group of the structure -CH 2 CH 2 CH 2 NH 2 or -CH 2 -CHR-NH 2 where R is hydrogen or an alkyl group, or together R 1 and R 3 may represent an alkylene group so as to form a cyclic ether; and (c) a metal-containing detergent; said lubricant having a total phosphorus content of less than 0.06 percent by weight. (a) an oil of lubricating viscosity (b) 0.1 to 5 percent by weight of a polyether represented by the formula R 1 -(-O-R 2 -) n -OR 3 wherein R 1 is a hydrocarbyl group of 10 to 24, optionally 12 to 15 carbon atoms, each R 2 is independently an alkylene group of 2 to 6, optionally 3 to 4 carbon atoms, n is 10 to 30, optionally 18 to 26, and R 3 is H or an alkyl group or a group of the structure -CH 2 CH 2 CH 2 NH 2 or -CH 2 -CHR-NH 2 where R is hydrogen or an alkyl group, or together R 1 and R 3 may represent an alkylene group so as to form a cyclic ether; and (c) a metal-containing detergent; said lubricant having a total phosphorus content of less than 0.06 percent by weight.
A method for obtaining user equipment ability by a core network element, comprising the following steps of: a home subscriber data server, HSS, informing an Internet Protocol, IP, multimedia network subsystem, IMS, network element of ability information of a user equipment, UE, in and/or after an IP multimedia network subsystem, IMS, registration process, the method characterised in that the ability information of the UE comprises Single Radio Voice Call Continuity, SRVCC, ability of the UE.
A seed comprising: a magnetized magnetic particle on a surface of the seed, characterized in that the magnetized magnetic particle has a coercive force of 40 kA/m or higher, wherein the coercive force is measured under a condition of an applied magnetic field of 79.6 kA/m under an environment of an atmosphere temperature of 25 °C using a vibrating sample magnetometer.
A method for wireless communications, comprising: identifying one or more data layers and one or more preamble layers for transmission; determining a set of signature sequences for scrambling the one or more data layers and the one or more preamble layers; assigning a first set of signature sequences of the set of signature sequences to a data layer of the one or more data layers, based at least in part on a cross-correlation metric of the each signature sequence, the first set of signature sequences corresponding to cross-correlation values that are lower than cross-correlation values of a second set of signature sequences of the set of signature sequences; assigning the second set of signature sequences to a preamble layer of the one or more preamble layers; scrambling the one or more data layers and the one or more preamble layers into a shared signal using the assigned each signature sequence; and transmitting the shared signal. identifying one or more data layers and one or more preamble layers for transmission; determining a set of signature sequences for scrambling the one or more data layers and the one or more preamble layers; assigning a first set of signature sequences of the set of signature sequences to a data layer of the one or more data layers, based at least in part on a cross-correlation metric of the each signature sequence, the first set of signature sequences corresponding to cross-correlation values that are lower than cross-correlation values of a second set of signature sequences of the set of signature sequences; assigning the second set of signature sequences to a preamble layer of the one or more preamble layers; scrambling the one or more data layers and the one or more preamble layers into a shared signal using the assigned each signature sequence; and transmitting the shared signal.