mhurhangee/ep-ind-claims huggingface dataset:
Beverage maker, in particular electrically operated coffee machine, having a water tank which can be filled with water, with which a beverage can be prepared by the beverage maker, the beverage maker being configured to be connectable to a drinking water network via an inflow, characterised in that the water tank, in a state in which the beverage maker is connected to the drinking water network via the inflow, can be removed manually from the beverage maker by a user of the beverage maker and/or can be filled with the water optionally by manual filling of water by a/the user of the beverage maker or by supplying drinking water from the drinking water network via the inflow, the beverage maker comprising a control device with which it can be established whether or whether not the beverage maker is connected to the drinking water network via the inflow, wherein, in the connected state, switching by means of the control device is made possible between a first operating mode of the beverage maker in which manual filling of the water into the water tank is effected by the user, and a second operating mode of the beverage maker in which the supply of drinking water is effected from the drinking water network via the inflow into the water tank.
Method of controlling a horizontal axis wind turbine for generating power from a moving fluid, the horizontal axis wind turbine comprising a rotor structure comprising a plurality of rotor blades with an airfoil-shaped profile, and each having a length and being configured to enable it to have a substantially constant angle of attack along a majority of the length thereof, the method comprising: controlling rotation speed of the rotor structure by controlling an angle of attack of said plurality of rotor blades, such that a tip speed ratio of each of said plurality of rotor blades is less than one during energy conversion.
A communication system comprising: three or more nodes (510a, 510b, 520); a multi-core fiber having a plurality of cores, the multi-core fiber being used in at least a partial segment of a connection between the nodes; characterised in that one of a starting node (510a or 510b) serving as starting point and a ending node (510a or 510b) serving as ending point in a network including the three or more nodes, include a detection signal output unit configured to output a fault detection signal to be transmitted to the other one of the starting node and the ending node by at least one of the plurality of cores provided in the multi-core fiber configured to connect together the nodes; and wherein a node other than the starting node and the ending node among the three or more nodes, includes, a connector configured to divide an optical signal of the at least one of the plurality of cores that transmits the fault detection signal, output a part of the optical signal and relay the other part of the optical signal to a next node, and a first fault detection unit configured to determine whether a fault has occurred in a partial segment between a previous node and own node on the basis of a detection result of the fault detection signal in the part of the optical signal output from the connector. three or more nodes (510a, 510b, 520); a multi-core fiber having a plurality of cores, the multi-core fiber being used in at least a partial segment of a connection between the nodes; characterised in that one of a starting node (510a or 510b) serving as starting point and a ending node (510a or 510b) serving as ending point in a network including the three or more nodes, include a detection signal output unit configured to output a fault detection signal to be transmitted to the other one of the starting node and the ending node by at least one of the plurality of cores provided in the multi-core fiber configured to connect together the nodes; and wherein a node other than the starting node and the ending node among the three or more nodes, includes, a connector configured to divide an optical signal of the at least one of the plurality of cores that transmits the fault detection signal, output a part of the optical signal and relay the other part of the optical signal to a next node, and a first fault detection unit configured to determine whether a fault has occurred in a partial segment between a previous node and own node on the basis of a detection result of the fault detection signal in the part of the optical signal output from the connector.
An underwater power generator deployment apparatus 50 for deploying an underwater power generator having a power generating main body from a deployment vessel disposed on the surface of a body of water onto a pylon disposed on the bed of the body of water, the underwater power generator deployment apparatus including: a frame, including spaced-apart structural elements, characterised in that the structural elements are opposed to one another and spaced apart from one another in the form of stiles and rungs (41, 42) to form a ladder frame to facilitate positioning of the power generating main body by positioning cables; and further characterised by one or more connectors disposed on a base region of the frame, the connectors being adapted for releasable connection to catches disposed on an upper region of the power generating main body, the connectors being remotely operable between a connected position in which the connectors are engaged with the catches and a disconnected position in which the connectors are disengaged from the catches; and one or more cameras (95, 96) disposed on the frame for providing visual guidance to the deployment vessel of the position of the underwater power generator relative to the pylon. a frame, including spaced-apart structural elements, characterised in that the structural elements are opposed to one another and spaced apart from one another in the form of stiles and rungs (41, 42) to form a ladder frame to facilitate positioning of the power generating main body by positioning cables; and further characterised by one or more connectors disposed on a base region of the frame, the connectors being adapted for releasable connection to catches disposed on an upper region of the power generating main body, the connectors being remotely operable between a connected position in which the connectors are engaged with the catches and a disconnected position in which the connectors are disengaged from the catches; and one or more cameras (95, 96) disposed on the frame for providing visual guidance to the deployment vessel of the position of the underwater power generator relative to the pylon.
Motor vehicle underbody cladding having an air inlet, which is delimited with respect to the vehicle or to the roadway by an upper and a lower planar element (4; 3), which each extend rearwards and upwards in a curve in the direction of a vehicle compartment in which components of the vehicle that are to be cooled are located, characterized in that the rear end of the upper planar element is adjoined by a level air baffle plate, which extends a little way (h) directed substantially vertically upwards and then ends substantially freely in the vehicle compartment, in particular in the engine compartment, and in that the air inlet contains structures (8; 9) producing eddies.
Process for manufacturing lactam by reaction of an aminonitrile with water that consists in bringing into contact, in the vapour phase, water and aminonitrile, in passing the mixture of vapours through a catalyst bed positioned in at least one tube that forms a reactor and in recovering the lactam at the tube outlet, characterized in that the temperature in the tube is controlled by cooling means in order to maintain the temperature throughout the length of the tube at a value between 280° and 340°C, said cooling devices comprising at least two distinct means, one of which is intended to control the temperature in the upstream part of the tube in order to maintain the temperature at a value below 340°C, and the second being positioned around the other downstream part of the tube in order to maintain the temperature of the tube at a value above 280°C and below 340°C.
A multifunction apparatus for a vehicle, comprising: a muffler including a body having a plurality of walls that are disposed between a posterior portion of the apparatus and an upper portion of the apparatus and that bound an array of resonator cells, the resonator cells arranged between inlet and outlet pipes (508, 506) to suppress exhaust noise; wherein the walls are configured to controllably deform during an impact event, and wherein a density of concentration of the walls increases beginning from the posterior portion and moving vertically up to the upper portion. a muffler including a body having a plurality of walls that are disposed between a posterior portion of the apparatus and an upper portion of the apparatus and that bound an array of resonator cells, the resonator cells arranged between inlet and outlet pipes (508, 506) to suppress exhaust noise; wherein the walls are configured to controllably deform during an impact event, and wherein a density of concentration of the walls increases beginning from the posterior portion and moving vertically up to the upper portion.
A method of operating an agricultural system for forming and / or wrapping a bale of crop, the method comprising - moving an agricultural apparatus over a field, the agricultural apparatus configured for at least one of forming and wrapping a bale of crop; - preparing, by the agricultural apparatus, a bale of crop; - observing surroundings in a vicinity of the agricultural apparatus by an observation system while the agricultural apparatus is moving over the field; - generating, by the observation system, observation data indicating whether a first bale dropped before to the field is located in the vicinity of the agricultural apparatus; - processing the observation data by a data processing unit; - determining, by the data processing unit, if the first bale dropped before is present in the vicinity; and - dropping the bale from the baling apparatus to the field in response to said determining, the dropping further comprising receiving bale drop control data defining one or more conditions for actual bale dropping, and dropping the bale in response to the bale drop control data, wherein the one or more conditions comprise at least one of the following conditions: a time delay with regard to determining the first bale dropped before from the observation data, and a distance definition in relation to the location where the first bale dropped before determined from the observation data. - moving an agricultural apparatus over a field, the agricultural apparatus configured for at least one of forming and wrapping a bale of crop; - preparing, by the agricultural apparatus, a bale of crop; - observing surroundings in a vicinity of the agricultural apparatus by an observation system while the agricultural apparatus is moving over the field; - generating, by the observation system, observation data indicating whether a first bale dropped before to the field is located in the vicinity of the agricultural apparatus; - processing the observation data by a data processing unit; - determining, by the data processing unit, if the first bale dropped before is present in the vicinity; and - dropping the bale from the baling apparatus to the field in response to said determining, the dropping further comprising receiving bale drop control data defining one or more conditions for actual bale dropping, and dropping the bale in response to the bale drop control data, wherein the one or more conditions comprise at least one of the following conditions: a time delay with regard to determining the first bale dropped before from the observation data, and a distance definition in relation to the location where the first bale dropped before determined from the observation data.
A drivable working machine, particularly a truck-mounted concrete pump, comprising a vehicle, a vehicle-fixed carrying structure, a boom, particularly a concrete placing boom, that can be rotated thereon by means of a slewing gear, and a plurality of supporting legs (28, 30) arranged on the carrying structure for supporting the carrying structure in a working position, characterized by a compensation device, which is designed to compensate a yaw oscillation of the carrying structure in the working position and has a sensing unit for sensing the yaw oscillation and acts on at least one supporting leg by means of an associated actuator in order to reduce the yaw oscillation
A pharmaceutical pack for use in a method for treating lung cancer in a patient in need thereof, said pharmaceutical pack comprising: i) a unit dose of a first compound selected from -N-{4-[3-chloro-4-(2-pyridinylmethoxy)anilino]-3-cyano-7-ethoxy-6-quinolinyl}-4-(dimethylamino)-2-butenamide, or pharmaceutically acceptable salt thereof; and ii) a unit dose of a second compound selected from vinorelbine or a pharmaceutically acceptable salt thereof. i) a unit dose of a first compound selected from -N-{4-[3-chloro-4-(2-pyridinylmethoxy)anilino]-3-cyano-7-ethoxy-6-quinolinyl}-4-(dimethylamino)-2-butenamide, or pharmaceutically acceptable salt thereof; and ii) a unit dose of a second compound selected from vinorelbine or a pharmaceutically acceptable salt thereof.
An electronic device comprising: a battery; a charger circuit for receiving power from an external electronic device, and charging the battery; a measurement circuit for checking a state of the battery; and a processor configured to, while power is being received from the external electronic device: charge, based on the power received from the external electronic device, the battery using the charger circuit; determine whether the charging operation satisfies a preset condition; and when the charging operation satisfies the preset condition, obtain a first measurement value corresponding to charges accumulated in the battery using the measurement circuit, characterized in that the processor is further configured to, during the battery charge: determine a current leakage of the battery when the first measurement value minus a second measurement value, which is obtained when the preset condition is satisfied before the first measurement value is obtained, exceeds a preset positive value; and output notification information regarding the current leakage of the battery. a battery; a charger circuit for receiving power from an external electronic device, and charging the battery; a measurement circuit for checking a state of the battery; and a processor configured to, while power is being received from the external electronic device: charge, based on the power received from the external electronic device, the battery using the charger circuit; determine whether the charging operation satisfies a preset condition; and when the charging operation satisfies the preset condition, obtain a first measurement value corresponding to charges accumulated in the battery using the measurement circuit, charge, based on the power received from the external electronic device, the battery using the charger circuit; determine whether the charging operation satisfies a preset condition; and when the charging operation satisfies the preset condition, obtain a first measurement value corresponding to charges accumulated in the battery using the measurement circuit, characterized in that the processor is further configured to, during the battery charge: determine a current leakage of the battery when the first measurement value minus a second measurement value, which is obtained when the preset condition is satisfied before the first measurement value is obtained, exceeds a preset positive value; and output notification information regarding the current leakage of the battery. determine a current leakage of the battery when the first measurement value minus a second measurement value, which is obtained when the preset condition is satisfied before the first measurement value is obtained, exceeds a preset positive value; and output notification information regarding the current leakage of the battery.
Identification document comprising a document body, which is provided with a print pattern, wherein the print pattern comprises at least two print pattern regions comprising different optical characteristics, so that information is optically encoded.
A tempering furnace for a glass sheet, which has a conveyor for the glass sheet, a detector providing information required to determine the shape dimensions of a load of glass, a device producing information required to determine the momentary location of the glass sheet inside the tempering furnace, first convection blow means to heat the glass sheet by hot air jets, whereby the first convection blow means include a blower pressurising air sucked from the tempering furnace, air channels to lead air from the blower to blow enclosures which have, in their surfaces facing the glass sheet, blow openings from which air is discharged as jets towards a top surface of the glass sheet, electric elements inside the blow enclosures, warming up air, and second convection blow means, control devices for controlling valves of the second convection blow means based on the shape dimensions of the load of glass and the location of the glass sheet, by means of which second convection blow means pressurised air external to the tempering furnace may be led to blow nozzles from which air is discharged as jets towards a bottom surface of the glass sheet, characterised in that the electric elements and blow enclosures of the first convection blow devices form a plurality of separately-adjustable blow zones in the longitudinal and lateral direction of the tempering furnace, in which the heating effect of the air jets on the glass sheet is arranged to be adjustable by adjusting the feeding of electric current to the electric elements, there being at least 40 pieces of these separately-adjustable blow zones in the tempering furnace, and the blow nozzles of the second convection blow means of the tempering furnace form a plurality of separately-adjustable blow zones in the longitudinal and lateral direction of the tempering furnace, in which the heating effect on the glass sheet of the jets discharged from the blow nozzles is arranged to be adjustable by adjusting the feeding of an air stream to the blow nozzles, there being at least 40 pieces of these separately-adjustable blow zones in the tempering furnace.
A tarpaulin structure for an understructure, such as a truck, a trailer, a semi-trailer, railway car, dump truck or container, comprising a folding top-frame, and a tarpaulin made of weather-resistant material, wherein the folding-top frame has a plurality of struts which have, on the ends, in each case a carriage which is displaceable along a guide, wherein at least one bow is pivotally connected to either a pair of opposite carriages (32; 32') of the strut or to the strut, wherein the bow forms a tarpaulin folding aid along with a bow (26; 36) of an adjacent strut or of a pair of opposite carriages (32; 32') or of a stationary part of the folding-top frame, wherein a covering bow (46; 1046) is pivotally connected on the frontmost pair of carriages, characterized in that an auxiliary bow (36'; 1036) is articulated on the frontmost carriage between the covering bow (46; 1046) and the strut connected to the frontmost carriage, and that a distance is provided between an articulation of the auxiliary bow (36'; 1036) and the strut, such that, when the folding-top frame is at least partially opened, the auxiliary bow (36'; 1036) can be transferred to an overturned position toward the strut of the frontmost pair of carriages. a folding top-frame, and a tarpaulin made of weather-resistant material, wherein the folding-top frame has a plurality of struts which have, on the ends, in each case a carriage which is displaceable along a guide, wherein at least one bow is pivotally connected to either a pair of opposite carriages (32; 32') of the strut or to the strut, wherein the bow forms a tarpaulin folding aid along with a bow (26; 36) of an adjacent strut or of a pair of opposite carriages (32; 32') or of a stationary part of the folding-top frame, wherein a covering bow (46; 1046) is pivotally connected on the frontmost pair of carriages, characterized in that an auxiliary bow (36'; 1036) is articulated on the frontmost carriage between the covering bow (46; 1046) and the strut connected to the frontmost carriage, and that a distance is provided between an articulation of the auxiliary bow (36'; 1036) and the strut, such that, when the folding-top frame is at least partially opened, the auxiliary bow (36'; 1036) can be transferred to an overturned position toward the strut of the frontmost pair of carriages.
A bus bar module installed and used in a battery assembly in order to connect batteries of the battery assembly in series, comprising: a first module body section provided with an output terminal installation section on which to install an output terminal; a second module body section detachably attached to the first module body section; an output terminal cover provided to the first module body section using a hinge section, and configured to cover the output terminal installed on the output terminal installation section; a cover latch section provided to the output terminal cover; a cover latching section provided to the output terminal installation section of the first module body section, the cover latch section of the output terminal cover being fastened to the cover latching section when the output terminal cover covers the output terminal installed on the output terminal installation section; and a reinforcing section provided to the second module body section and configured to come into engagement with the output terminal installation section when the second module body section is installed on the first module body section, and to prevent deformation of the output terminal installation section when the cover latch section is fastened to the cover latching section. a first module body section provided with an output terminal installation section on which to install an output terminal; a second module body section detachably attached to the first module body section; an output terminal cover provided to the first module body section using a hinge section, and configured to cover the output terminal installed on the output terminal installation section; a cover latch section provided to the output terminal cover; a cover latching section provided to the output terminal installation section of the first module body section, the cover latch section of the output terminal cover being fastened to the cover latching section when the output terminal cover covers the output terminal installed on the output terminal installation section; and a reinforcing section provided to the second module body section and configured to come into engagement with the output terminal installation section when the second module body section is installed on the first module body section, and to prevent deformation of the output terminal installation section when the cover latch section is fastened to the cover latching section.
A rotating motor, comprising: a stator, a rotor, and a supporting frame; wherein the rotor comprises a rotating shaft, a permanent magnet mounted on the rotating shaft, and a first bearing and a second bearing respectively mounted on two ends of the rotating shaft; the stator comprise a stator yoke sleeved on the supporting frame, a plurality of stator teeth arranged on the stator yoke, and coils respectively wound on the stator teeth; the supporting frame comprises a first bearing seat, a second bearing seat, and a plurality of support rods supporting the stator yoke, two ends of each support rod are respectively connected to the first bearing seat and the second bearing seat, and an interval space is provided between two adjacent support rods and configured for placing the stator teeth, the first bearing is mounted in the first bearing seat, the second bearing is mounted in the second bearing seat, and an inner diameter of an inner circular hole of the stator teeth is larger than an outer diameter of the second bearing seat.