mhurhangee/ep-ind-claims huggingface dataset:
Suction head for a dredging vessel which moves the suction head in a direction of movement over an underwater bottom, comprising a construction of side walls and a rear wall running substantially transversely of the direction of movement of the suction head, which construction is connectable to a suction conduit of the dredging vessel and is provided with cutting tools for penetrating into an underwater bottom, wherein the suction head further comprises at least one nozzle for ejecting a liquid jet under pressure, characterised in that the at least one nozzle is rotatable around a rotation axis which does not coincide with the axis of the nozzle or of the liquid jet in stationary position of the nozzle, wherein the at least one nozzle is directed toward the interior of the suction head in order to eject a liquid jet into the interior.
A process for the manufacture of paper, paperboard or cardboard, wherein dry spray starch is applied to a moving, wet material web, characterized in that the starch is sprayed onto the wet material web in powder form by means of one or more nozzle(s) together with a carrier gas at a velocity of at least 0.5 m/s and not more than 3 m/s.
A method for processing data in a message, comprising: receiving a message sent by a first sender, wherein the message comprises first data in a first data type and second data in a second data type; identifying the first data type of the first data and the second data type of the second data; extracting a first data attribute of the first data from the message and a second data attribute of the second data from the message, wherein the first data attribute comprises the first sender of the message and the second data attribute comprises the first sender of the message; storing the first data in the first data type in a corresponding first function module and the second data in the second data type in a corresponding second function module according to a corresponding relationship, wherein the corresponding relationship comprises correspondence between data types and function modules; displaying the first data in a first preset form and the first sender in a specific display form; and displaying the second data in a second preset form and the first sender in the specific display form. receiving a message sent by a first sender, wherein the message comprises first data in a first data type and second data in a second data type; identifying the first data type of the first data and the second data type of the second data; extracting a first data attribute of the first data from the message and a second data attribute of the second data from the message, wherein the first data attribute comprises the first sender of the message and the second data attribute comprises the first sender of the message; storing the first data in the first data type in a corresponding first function module and the second data in the second data type in a corresponding second function module according to a corresponding relationship, wherein the corresponding relationship comprises correspondence between data types and function modules; displaying the first data in a first preset form and the first sender in a specific display form; and displaying the second data in a second preset form and the first sender in the specific display form.
A method of wireless communication at a user equipment, comprising: receiving a wakeup time interval from each of a plurality of applications or for each of a plurality of operations, wherein each wakeup time interval comprises a preferred wakeup time interval; forming a first wakeup time interval, the first wakeup time interval comprising overlapping wakeup time intervals for the plurality of applications or for the plurality of operations; and scheduling a device wakeup during a sub-interval of at least the first wakeup time interval, the sub-interval comprising an overlap of at least two of the preferred wake up time intervals; and performing the device wakeup during the sub-interval. receiving a wakeup time interval from each of a plurality of applications or for each of a plurality of operations, wherein each wakeup time interval comprises a preferred wakeup time interval; forming a first wakeup time interval, the first wakeup time interval comprising overlapping wakeup time intervals for the plurality of applications or for the plurality of operations; and scheduling a device wakeup during a sub-interval of at least the first wakeup time interval, the sub-interval comprising an overlap of at least two of the preferred wake up time intervals; and performing the device wakeup during the sub-interval.
A fan comprising: a motor; a rotating shaft configured to transmit rotation of the motor; and a boss part through which the rotating shaft is inserted at a rotation center, wherein a distal end portion of the rotating shaft protrudes from the boss part, the distal end portion is inserted through a center hole of a washer, and is screwed with a fastening part, the washer includes a washer bearing surface portion that is fastened by being sandwiched between the fastening part and an end surface of the boss part, and a washer outer peripheral portion surrounding an outer periphery of the washer bearing surface portion, and the washer bearing surface portion includes the center hole through which the distal end portion of the rotating shaft is inserted, and two outer peripheral end surfaces facing each other, and the washer bearing surface portion is made of flat plate-shaped metal, the washer outer peripheral portion is made of an insulating material, the washer bearing surface portion and the washer outer peripheral portion are integrated with each other, and fitting portions protrude from the boss part, on a side where the distal end portion of the rotating shaft protrudes, and the fitting portions fit with the outer peripheral end surfaces of the washer bearing surface portion. a motor; a rotating shaft configured to transmit rotation of the motor; and a boss part through which the rotating shaft is inserted at a rotation center, wherein a distal end portion of the rotating shaft protrudes from the boss part, the distal end portion is inserted through a center hole of a washer, and is screwed with a fastening part, the washer includes a washer bearing surface portion that is fastened by being sandwiched between the fastening part and an end surface of the boss part, and a washer outer peripheral portion surrounding an outer periphery of the washer bearing surface portion, and a washer bearing surface portion that is fastened by being sandwiched between the fastening part and an end surface of the boss part, and a washer outer peripheral portion surrounding an outer periphery of the washer bearing surface portion, and the washer bearing surface portion includes the center hole through which the distal end portion of the rotating shaft is inserted, and two outer peripheral end surfaces facing each other, and the center hole through which the distal end portion of the rotating shaft is inserted, and two outer peripheral end surfaces facing each other, and the washer bearing surface portion is made of flat plate-shaped metal, the washer outer peripheral portion is made of an insulating material, the washer bearing surface portion and the washer outer peripheral portion are integrated with each other, and fitting portions protrude from the boss part, on a side where the distal end portion of the rotating shaft protrudes, and the fitting portions fit with the outer peripheral end surfaces of the washer bearing surface portion.
Gas turbine assembly which substantially comprises at least one compressor, at least one first burner (8, 201), at least one second burner (9, 202) connected downstream of the first burner, at least one turbine connected downstream of the second burner, at least one rotor, wherein at least the first and/or second burner (8, 9) constitute a component, formed in the flow direction of a combustion path formed by said burners, of at least one combustion chamber element (100, 200, 300) extending between the compressor and the turbine and closed in itself, wherein the combustion chamber element has a tubular or form-changing cross-section, and wherein the combustion path has a first reaction zone arranged on the downstream side of the first burner, and the combustion path has a second reaction zone arranged on the downstream side of the second burner, wherein a connecting channel is arranged on the downstream side of the first reaction zone and upstream of the second burner, and part of the compressor air and/or a steam quantity and/or another gas can be introduced into the connecting channel, characterised in that a plurality of combustion chamber elements is arranged in a ring shape around the rotor of the gas turbine assembly, and that the connecting channel is configured as a heat exchanger.
An axial-type magnetic encoder, comprising: an annular fixing member that has a cylindrical part attached to a rotating body and an inward flange part extended radially inward from an end edge of the cylindrical part; and is fabricated by press process; and an annular plastic magnet that is attached by injection molding to a surface of the annular fixing member, the surface adapted to be facing a sensor for detecting rotation of the axial-type magnetic encoder, wherein the magnetic encoder has a flat surface on the sensor-facing surface more radially outward than a range of a diameter (d - 2·r) determined by an inner diameter (d) of the cylindrical part and a radius (r) of a corner between the cylindrical part and the inward flange part, a stepwise pressed portion is formed on a back surface of the sensor-facing surface of the annular fixing member, the stepwise pressed portion extending radially inward from the inner diameter (d) of the cylindrical part over a predetermined range, the inward flange part has a part of said flat surface, and an outer diameter of the annular plastic magnet is positioned on the flat surface. an annular fixing member that has a cylindrical part attached to a rotating body and an inward flange part extended radially inward from an end edge of the cylindrical part; and is fabricated by press process; and an annular plastic magnet that is attached by injection molding to a surface of the annular fixing member, the surface adapted to be facing a sensor for detecting rotation of the axial-type magnetic encoder, wherein the magnetic encoder has a flat surface on the sensor-facing surface more radially outward than a range of a diameter (d - 2·r) determined by an inner diameter (d) of the cylindrical part and a radius (r) of a corner between the cylindrical part and the inward flange part, a stepwise pressed portion is formed on a back surface of the sensor-facing surface of the annular fixing member, the stepwise pressed portion extending radially inward from the inner diameter (d) of the cylindrical part over a predetermined range, the inward flange part has a part of said flat surface, and an outer diameter of the annular plastic magnet is positioned on the flat surface.
A method for producing silver nanowires comprising the following steps: Heating and stirring a mixture of perylene bisimide of formula and a silver metal salt in a 1:25 to 1:35 mass ratio, at a temperature between 130 °C and 170 °C, during 3 h to 14 h, in the presence of a solvent; Cooling the solution between 20 and 25°C for 16 h to 20 h; Collecting and filtering the resulting precipitate to isolate the silver nanowires; wherein formula is Heating and stirring a mixture of perylene bisimide of formula and a silver metal salt in a 1:25 to 1:35 mass ratio, at a temperature between 130 °C and 170 °C, during 3 h to 14 h, in the presence of a solvent; Cooling the solution between 20 and 25°C for 16 h to 20 h; Collecting and filtering the resulting precipitate to isolate the silver nanowires; wherein formula is
Input device for detecting a manual operation, comprising a touch-sensitive sensor element which is mounted to be movable so that it can be moved during the manual operation in a direction of operation, wherein the touch-sensitive sensor element is coupled mechanically to a force sensor element, characterised in that the force sensor element has a capacitive measuring unit, wherein the force sensor element has an additional capacitive measuring unit as a reference unit, wherein the force sensor element is configured to produce the force signal taking into consideration a reference signal provided by the reference unit.
Apparatus for moving at least a loading plane for a washing chamber, wherein on said loading plane at least an object, such as a trolley-mounted object, is able to be moved between an entry and an exit, and to rest so as to be washed by means of a washing liquid, wherein said movement apparatus comprises an inclination device, able to influence said loading plane so as to vary the inclination thereof, in such a manner as to allow, selectively, at least to discharge the washing liquid from said object, said movement apparatus being characterized in that said inclination device comprises: - a first rotation bar having first cam means; - a second rotation bar having second cam means; wherein said first and second rotation bar (17, 18) are able to rotate simultaneously in a first direction of rotation so that the respective cam means (19, 20) interfere with said loading plane and determine a first inclination thereof on one side of said loading plane, in order to discharge said washing liquid from the surface of said object, wherein at least said first rotation bar is able to rotate in a second direction of rotation, different from said first direction of rotation, so that at least said first cam means interfere with said loading plane and determine a second inclination forwards thereof, in order to discharge said object from said washing chamber. - a first rotation bar having first cam means; - a second rotation bar having second cam means; wherein said first and second rotation bar (17, 18) are able to rotate simultaneously in a first direction of rotation so that the respective cam means (19, 20) interfere with said loading plane and determine a first inclination thereof on one side of said loading plane, in order to discharge said washing liquid from the surface of said object, wherein at least said first rotation bar is able to rotate in a second direction of rotation, different from said first direction of rotation, so that at least said first cam means interfere with said loading plane and determine a second inclination forwards thereof, in order to discharge said object from said washing chamber.
A rotating component comprising: a hinge bracket; one movable strip disposed on the hinge bracket, the movable strip comprising a first meshing portion facing toward the hinge bracket and a second meshing portion facing away from the hinge bracket; and two rotating structures comprising a first rotating structure and a second rotating structure, the first rotating structure being disposed on a first side of the movable strip and meshed with the first meshing portion, and the second rotating structure being disposed on a second side of the movable strip and meshed with the second meshing portion, wherein the movable strip is configured to drive the two rotating structures to rotate synchronously in opposite rotation directions when the movable strip moves. a hinge bracket; one movable strip disposed on the hinge bracket, the movable strip comprising a first meshing portion facing toward the hinge bracket and a second meshing portion facing away from the hinge bracket; and two rotating structures comprising a first rotating structure and a second rotating structure, the first rotating structure being disposed on a first side of the movable strip and meshed with the first meshing portion, and the second rotating structure being disposed on a second side of the movable strip and meshed with the second meshing portion, wherein the movable strip is configured to drive the two rotating structures to rotate synchronously in opposite rotation directions when the movable strip moves.
An unitary, tubular cross-beam member for use in a twist-axle of a vehicle, the twist-axle being provided with two trailing arms, the cross-beam member extending between and joining the trailing arms at two connection regions of the cross-beam member to form an integral axle, the cross-beam member comprising a central section formed between the two connection regions, the central section being torsionally elastic and each of the connection regions being torsionally stiff adjacent a portion of the connection region joining each of the trailing arms, the cross-beam member having a wall thickness that is generally uniform circumferentially and varying longitudinally from the torsionally elastic central section to each of the torsionally stiff connection regions, wherein the cross-beam member has a general U-shape and further comprises the two trailing arms each integrally formed with and extending from one of the connection regions in a direction transverse to a longitudinal direction defined by the connection regions.
A data transmission method, comprising: sending, by a first communication node, a radio frame comprising indication information to a second communication node, wherein the indication information is configured to instruct a fourth communication node other than the second communication node, after receiving the radio frame, to determine whether to compete for channel access by using spatial multiplexing technology for transmission according to the indication information; wherein a third communication node and the second communication node form a first basic service set, BSS, and the first communication node and the fourth communication node form a second BSS; wherein the indication information sent in the radio frame to the fourth communication node indicates that the first communication node and the third communication node perform joint transmission for the second communication node; and wherein the first communication node and the third communication node are wireless local area network access points, WLAN APs, and the second communication node and the fourth communication node are wireless local area network stations, WLAN STAs. sending, by a first communication node, a radio frame comprising indication information to a second communication node, wherein the indication information is configured to instruct a fourth communication node other than the second communication node, after receiving the radio frame, to determine whether to compete for channel access by using spatial multiplexing technology for transmission according to the indication information; wherein a third communication node and the second communication node form a first basic service set, BSS, and the first communication node and the fourth communication node form a second BSS; wherein the indication information sent in the radio frame to the fourth communication node indicates that the first communication node and the third communication node perform joint transmission for the second communication node; and wherein the first communication node and the third communication node are wireless local area network access points, WLAN APs, and the second communication node and the fourth communication node are wireless local area network stations, WLAN STAs.
Advanced Driver Assistant System, ADAS, for a vehicle comprising a computing unit for determining an orientation (A..E) of each of traffic participants in respect to the vehicle, and predicting from the determined orientations one or more potential risks for the vehicle, wherein the computing unit is adapted to determine past driving trajectories by accessing a log and/or current driving intentions of the driver based on settings of a navigation system, monitor vehicle parameters concerning the driving action of the driver, determine an intended driving trajectory of the vehicle based on the determined past driving trajectories, current driving intentions and/or monitored vehicle parameters, compute, whether the intended driving trajectory of the vehicle is sufficient to avoid the one or more predicted potential risks, and output a warning signal, if the determined driving trajectory of the vehicle is not sufficient to avoid the one or more predicted potential risks and if the monitored vehicle parameters concerning the driving action of the driver suggest that the driver is not aware of one or more predicted potential risks, characterized by at least one sensor (11a, 11b) for detecting one or more of said traffic participants (30, 40, 50, 60); wherein the computing unit is adapted to extract form the sensor signal (S11a, S11b) visual features of a traffic participant, to determine the type of the traffic participant (30, 40, 50, 60) based on an analysis of the visual features, and to determine the orientation (A..E) of the traffic participant based on an analysis of the visual features, wherein if the type of the traffic participant is a vehicle (30, 40), the computing unit is adapted to determine as orientation (A..E) the direction pointing from back to front side and, if the type of the traffic participant (30, 40, 50, 60) is a pedestrian (50, 60), the computing unit is adapted to determine the orientation (A..E) based on pose recognition. determine past driving trajectories by accessing a log and/or current driving intentions of the driver based on settings of a navigation system, monitor vehicle parameters concerning the driving action of the driver, determine an intended driving trajectory of the vehicle based on the determined past driving trajectories, current driving intentions and/or monitored vehicle parameters, compute, whether the intended driving trajectory of the vehicle is sufficient to avoid the one or more predicted potential risks, and output a warning signal, if the determined driving trajectory of the vehicle is not sufficient to avoid the one or more predicted potential risks and if the monitored vehicle parameters concerning the driving action of the driver suggest that the driver is not aware of one or more predicted potential risks,
An instrument sterile drape comprising: a plastic sheet comprising a first thickness and a first opening in the plastic sheet; wherein: the instrument sterile drape further comprising a pouch and an instrument sterile adaptor, ISA; the pouch comprising a second thickness larger than the first thickness and a second opening in the pouch; the pouch being sealed to the first opening in the plastic sheet; the pouch being shaped to fit around a carriage that includes actuators; and the ISA being sealed to the second opening in the pouch. the instrument sterile drape further comprising a pouch and an instrument sterile adaptor, ISA; the pouch comprising a second thickness larger than the first thickness and a second opening in the pouch; the pouch being sealed to the first opening in the plastic sheet; the pouch being shaped to fit around a carriage that includes actuators; and the ISA being sealed to the second opening in the pouch.