mhurhangee/ep-ind-claims huggingface dataset:
Single-piece feeder body for use as a component of a two-part or multi-part telescopic feeder insert (40, 40') in metal casting, having a feeder wall which at least partially delimits a feeder cavity (42, 42') for receiving liquid metal, wherein the feeder wall has - a passage opening for the liquid metal into the feeder cavity (42, 42'), and - an outer surface on which there are arranged at least one outwardly projecting holding element and at least one guide part with a sliding section for a feeder element (20, 20') which corresponds with the feeder body, wherein the guide part has a supporting section which protrudes outwardly on the outer surface and which, adjoining the sliding section of the guide part for guiding the feeder element (20, 20'), extends in the direction of the passage opening. having a feeder wall which at least partially delimits a feeder cavity (42, 42') for receiving liquid metal, wherein the feeder wall has - a passage opening for the liquid metal into the feeder cavity (42, 42'), and - an outer surface on which there are arranged at least one outwardly projecting holding element and at least one guide part with a sliding section for a feeder element (20, 20') which corresponds with the feeder body, - a passage opening for the liquid metal into the feeder cavity (42, 42'), and - an outer surface on which there are arranged at least one outwardly projecting holding element and at least one guide part with a sliding section for a feeder element (20, 20') which corresponds with the feeder body, wherein the guide part has a supporting section which protrudes outwardly on the outer surface and which, adjoining the sliding section of the guide part for guiding the feeder element (20, 20'), extends in the direction of the passage opening.
Value or security product, comprising a carrier material, which is manufactured from a regenerated cellulose modified with covalent bonded chemical residues, characterised in that the chemical residues are compound residues of polymers, which are obtained by radical polymerisation of compounds which in each case contain at least one ethylenic double bond, wherein the compounds containing in each case at least one ethylenic double bond are selected from a group comprising acrylic acid and its derivatives, methacrylic acid and its derivatives, styrene and its derivatives, alkenes and their derivatives, and halogenated alkenes and their derivatives.
A securing device for securing items or persons, comprising at least a first belt strap (2; 102), at least a first adjustment element (3; 103) which is arranged on the first belt strap (2; 102) and comprises at least a first inner chamber, the total volume of the first adjustment element (3; 103) being variable, a second belt strap, at least a second adjustment element which is arranged on the second belt strap and comprises at least one inner chamber being provided, a third adjustment element arranged on the second belt strap, a first feeding means comprising a first line for feeding a filling medium into the at least first inner chamber of the first adjustment element (3; 103), a second feeding means for feeding a filling medium into the second adjustment element and/or the third adjusting element, a first actuating device for actuating the first feeding means, and a second actuating device for actuating the second feeding means, wherein the actuating device (12a; 12b) comprisesat least one manual pump device (13; 15), wherein a manually actuatable valve arrangement for controlling the amount of filling medium to be discharged from the first inner chamber of the first adjustment element (3; 103) is provided, and wherein the actuation devices (12a, 12b) and the manually actuatable valve arrangement are each designed for multiple actuation cycles, characterized in that the second feeding means comprises a plurality of lines (11b; 11c), the lines (11b; 11c) being interconnected in such a way that one of the lines (11b; 11c), in the form of a main supply line, and two further lines are branched off, such that the second adjustment element and the third adjustment element can be filled via the one main supply line. at least a first belt strap (2; 102), at least a first adjustment element (3; 103) which is arranged on the first belt strap (2; 102) and comprises at least a first inner chamber, the total volume of the first adjustment element (3; 103) being variable, a second belt strap, at least a second adjustment element which is arranged on the second belt strap and comprises at least one inner chamber being provided, a third adjustment element arranged on the second belt strap, a first feeding means comprising a first line for feeding a filling medium into the at least first inner chamber of the first adjustment element (3; 103), a second feeding means for feeding a filling medium into the second adjustment element and/or the third adjusting element, a first actuating device for actuating the first feeding means, and a second actuating device for actuating the second feeding means, wherein the actuating device (12a; 12b) comprisesat least one manual pump device (13; 15), wherein a manually actuatable valve arrangement for controlling the amount of filling medium to be discharged from the first inner chamber of the first adjustment element (3; 103) is provided, and wherein the actuation devices (12a, 12b) and the manually actuatable valve arrangement are each designed for multiple actuation cycles, characterized in
A method for precision positioning of welded type nozzles in a main pipe header, wherein each nozzle has a welding adapter and a nozzle tip, the method comprising: (a) combining a plurality of alignment tips with corresponding welding adapters, wherein each alignment tip has a first end and a second end opposite to each other, each first end is away from the corresponding welding adapter and has a first positioning portion, and each second end is fixed to the corresponding welding adapter; and (b) combining an alignment bar with the alignment tips, so that the first positioning portions of the alignment tips are aligned with a plurality of second positioning portions of the alignment bar, so as to precision position geometric positions of the nozzles, wherein structures of the second positioning portions cooperate with structures of the first positioning portions of the alignment tips, and after the alignment bar is combined with the alignment tips, a correction distance between an end surface of the alignment bar and a center line of the main pipe header in a longitudinal direction is larger than a length (L 0) of an assembled nozzle after a nozzle tip is combined with the corresponding welding adapter, and the length (L 0) of the assembled nozzle is a distance between the nozzle tip and the center line of the main pipe header in the longitudinal direction. (a) combining a plurality of alignment tips with corresponding welding adapters, wherein each alignment tip has a first end and a second end opposite to each other, each first end is away from the corresponding welding adapter and has a first positioning portion, and each second end is fixed to the corresponding welding adapter; and (b) combining an alignment bar with the alignment tips, so that the first positioning portions of the alignment tips are aligned with a plurality of second positioning portions of the alignment bar, so as to precision position geometric positions of the nozzles, wherein structures of the second positioning portions cooperate with structures of the first positioning portions of the alignment tips, and after the alignment bar is combined with the alignment tips, a correction distance between an end surface of the alignment bar and a center line of the main pipe header in a longitudinal direction is larger than a length (L 0) of an assembled nozzle after a nozzle tip is combined with the corresponding welding adapter, and the length (L 0) of the assembled nozzle is a distance between the nozzle tip and the center line of the main pipe header in the longitudinal direction.
A method of producing a die for extrusion molding, the die comprising: a first face; a second face formed opposite the first face; a raw material supply section with a first through hole that extends from the first face toward the second face; and a molding section with a second through hole that extends from the second face toward the first face so as to communicate with the first through hole, the method comprising forming a treated surface (13, 43) on the inner wall surface of the second through hole through the steps of: machining a material of the die to form the material into a die having a predetermined shape and to form a machining-affected layer (26, 46) on the inner wall surface of the second through hole in the molding section; characterised by forming an oxidized layer by heating the machining-affected layer (26, 46) to oxidize the layer so as to convert the machining-affected layer(26, 46) into an oxidized layer, and removing the oxidized layer. a first face; a second face formed opposite the first face; a raw material supply section with a first through hole that extends from the first face toward the second face; and a molding section with a second through hole that extends from the second face toward the first face so as to communicate with the first through hole, the method comprising forming a treated surface (13, 43) on the inner wall surface of the second through hole through the steps of: machining a material of the die to form the material into a die having a predetermined shape and to form a machining-affected layer (26, 46) on the inner wall surface of the second through hole in the molding section; characterised by forming an oxidized layer by heating the machining-affected layer (26, 46) to oxidize the layer so as to convert the machining-affected layer(26, 46) into an oxidized layer, and removing the oxidized layer. machining a material of the die to form the material into a die having a predetermined shape and to form a machining-affected layer (26, 46) on the inner wall surface of the second through hole in the molding section; characterised by forming an oxidized layer by heating the machining-affected layer (26, 46) to oxidize the layer so as to convert the machining-affected layer(26, 46) into an oxidized layer, and removing the oxidized layer.
Sensor unit for scanning a magnetic scale, comprising: - a detector structure which is sensitive to magnetic fields and is arranged on a substrate, - a printed circuit board, and - a housing, wherein the substrate is fastened on a first surface (3.1) of the printed circuit board in such a manner that the substrate is arranged between the detector structure and the printed circuit board, wherein, in order to accurately position the detector structure relative to the housing, a) the first surface (3.1) has at least one partial area (3.11) which is arranged in a projecting manner beside the substrate, wherein the projecting partial area (3.11) abuts the housing, and b) the substrate has an end face (2.3), wherein the end face (2.3) abuts the housing, wherein the substrate has plated through-holes which extend from a first surface (2.1) of the substrate to a second surface (2.2) of the substrate. - a detector structure which is sensitive to magnetic fields and is arranged on a substrate, - a printed circuit board, and - a housing, wherein a) the first surface (3.1) has at least one partial area (3.11) which is arranged in a projecting manner beside the substrate, wherein the projecting partial area (3.11) abuts the housing, and b) the substrate has an end face (2.3), wherein the end face (2.3) abuts the housing, wherein
Wiping device, in particular wiping device for a motor vehicle pane, comprising a retaining unit (10a - 10e) which has a retaining element (12a - 12e) with a longitudinal guide channel (14a - 14e) for guiding a spring element (16a - 16e), and comprising a spoiler unit (22a - 22), wherein the retaining element (12a - 12e) has at least one fastening means (18a - 18e, 20a - 20e) which, with a free end (24a - 24e, 26a - 26e), faces the longitudinal guide channel (14a - 14e) and is provided for forming an interlocking connection with the spoiler unit (22a - 22e), wherein the longitudinal guide channel (14a - 14e) for guiding the spring element (16a - 16e) has side walls (52a - 52e, 54a - 54e) which extend from an intermediate wall (56a - 56e), which ends the longitudinal guide channel (14a - 14e) towards a wiper strip (40a - 40e), in a direction facing away from the wiper strip (40a - 40e), characterized in that the respective fastening means (18a - 18e, 20a - 20e) is integrally formed on the side walls (52a - 52e, 54a - 54e), wherein the spoiler unit (22a - 22d) has two spoiler subelements (32a - 32d; 34a - 34d) differing in hardness and the harder spoiler subelement (34a - 34d) bears in an interlocking manner against the fastening means (18a - 18d, 20a - 20d).
A calibrated inspection unit for direct application to the skin of a patient or for examining the interior of a hollow organ or cavity of the body of a patient, said calibrated inspection unit comprising: an optical array of elements in an optical path, said optical array comprising: at least one light source, an image capturing device having a field of view, an imaging lens having a radius of curvature and a focal length defining a focus position, focusing means for changing the focus position as a function of adjustment values, and a reference viewing surface through which images are captured for the image capturing device, the calibrated inspection unit further comprising a calibration means for defining a relationship between at least two adjustment values of the focusing means and at least two focus positions, including an adjustment value for a focus position at a first fixed position of a first calibration pattern; and a substrate comprising an upper surface configured to be in contact with the reference viewing surface, the substrate comprising the first calibration pattern located in the first fixed position with respect to the upper surface, characterized in that the first calibration pattern comprises a pattern which is in a plane which forms an angle with the upper surface in an x-direction, wherein the plane comprises parallel calibration lines. at least one light source, an image capturing device having a field of view, an imaging lens having a radius of curvature and a focal length defining a focus position, focusing means for changing the focus position as a function of adjustment values, and a reference viewing surface through which images are captured for the image capturing device, the calibrated inspection unit further comprising a calibration means for defining a relationship between at least two adjustment values of the focusing means and at least two focus positions, including an adjustment value for a focus position at a first fixed position of a first calibration pattern; and a substrate comprising an upper surface configured to be in contact with the reference viewing surface, the substrate comprising the first calibration pattern located in the first fixed position with respect to the upper surface, characterized in that the first calibration pattern comprises a pattern which is in a plane which forms an angle with the upper surface in an x-direction, wherein the plane comprises parallel calibration lines.
An information processing program to be executed by a computer of an information processing device for calculating an attitude of an input unit having a magnetic sensor, the information processing program causing the computer to function as: an obtaining unit (8, S1) for repeatedly obtaining detected magnetic vectors detected by the magnetic sensor; a center estimation unit (8, S19) for repeatedly estimating a center position of a spherical body having a curved surface which is estimated based on end point positions of the detected magnetic vectors; and an attitude calculation unit (8, S38) for calculating the attitude of the input unit based on a direction vector representing a direction from the center position to the end point position of the detected magnetic vector, characterized in that the attitude calculation unit calculates the attitude while decreasing an influence of a newly-obtained detected magnetic vector as the end point position of the newly-obtained detected magnetic vector is farther away from a range determined based on the end point positions of the detected magnetic vectors obtained earlier than the newly-obtained detected magnetic vector and used for the estimation of the center position. an obtaining unit (8, S1) for repeatedly obtaining detected magnetic vectors detected by the magnetic sensor; a center estimation unit (8, S19) for repeatedly estimating a center position of a spherical body having a curved surface which is estimated based on end point positions of the detected magnetic vectors; and an attitude calculation unit (8, S38) for calculating the attitude of the input unit based on a direction vector representing a direction from the center position to the end point position of the detected magnetic vector, characterized in that the attitude calculation unit calculates the attitude while decreasing an influence of a newly-obtained detected magnetic vector as the end point position of the newly-obtained detected magnetic vector is farther away from a range determined based on the end point positions of the detected magnetic vectors obtained earlier than the newly-obtained detected magnetic vector and used for the estimation of the center position.
A child safety seat (100, 200, 300) adapted to be secured with a lap belt of a safety belt of a vehicle, comprising - a seat shell (20, 220, 320) for receiving a child; and - a seat base (10, 210, 310) for being placed on a seat of the vehicle, wherein the seat base (10, 210, 310) comprises - a base member (1, 201, 301) coupled to the seat shell (20, 220, 320); - a pivoting component (2, 202, 302) connected pivotably to the base member (1, 201, 301); and - an engaging member (3, 203, 303) configured to engage with the lap belt of the safety belt of the vehicle, wherein the engaging member (3, 203, 303) is coupled to the pivoting component (2, 202, 302) such that a movement of the engaging member (3, 203, 303) in a certain direction relative to the base member (1, 201, 301) caused by a force exerted on the base member (1, 201, 301) and pointing away from a backrest portion of the vehicle seat when the child safety seat (100, 200, 300) is placed on the vehicle seat and when the engaging member (3, 203, 303) engages with the lap belt of the safety belt of the vehicle causes the pivoting component (2, 202, 302) to pivot away from the base member (1, 201, 301). - a seat shell (20, 220, 320) for receiving a child; and - a seat base (10, 210, 310) for being placed on a seat of the vehicle, wherein the seat base (10, 210, 310) comprises - a base member (1, 201, 301) coupled to the seat shell (20, 220, 320); - a pivoting component (2, 202, 302) connected pivotably to the base member (1, 201, 301); and - an engaging member (3, 203, 303) configured to engage with the lap belt of the safety belt of the vehicle, wherein the engaging member (3, 203, 303) is coupled to the pivoting component (2, 202, 302) such that a movement of the engaging member (3, 203, 303) in a certain direction relative to the base member (1, 201, 301) caused by a force exerted on the base member (1, 201, 301) and pointing away from a backrest portion of the vehicle seat when the child safety seat (100, 200, 300) is placed on the vehicle seat and when the engaging member (3, 203, 303) engages with the lap belt of the safety belt of the vehicle causes the pivoting component (2, 202, 302) to pivot away from the base member (1, 201, 301). - a base member (1, 201, 301) coupled to the seat shell (20, 220, 320); - a pivoting component (2, 202, 302) connected pivotably to the base member (1, 201, 301); and - an engaging member (3, 203, 303) configured to engage with the lap belt of the safety belt of the vehicle,
Motor vehicle combined instrument having a front housing which is directed towards a vehicle occupant and a rear housing facing away from the vehicle occupant, wherein the front and rear housings are separated by a circuit board, wherein the motor vehicle combined instrument also has a loudspeaker, characterized in that an acoustic element is connected to the circuit board in a materially joined, positively locking and/or frictionally locking fashion, wherein the acoustic element is of cylindrical design in one part and of conical design in a further part, wherein the loudspeaker is arranged between the conical part and the cylindrical part of the acoustic element, wherein the acoustic element acts as a Helmholtz resonator.
An electromechanical actuator, comprising: a housing; a controller configured to measure a load on the actuator using a load cell; the controller containing a threshold; a rotor disposed in the housing and configured to rotate about an axis of rotation; a selective gearbox mechanically coupled to the rotor and disposed in the housing, the selective gearbox comprising a first stage of planet gears and a second stage of planet gears; a first output of the selective gearbox configured to rotate at a different angular velocity than the rotor, wherein the first output is provided by a fast drive mechanism engaging the first stage planet gears; and a second output of the selective gearbox configured to rotate at a same angular velocity as the rotor, wherein the second output is provided by the fast drive mechanism of the epicyclic gearbox being engaged with a fast drive output plate and bypassing the gearing provided by first stage planet gears and second stage planet gears; and further comprising a mechanism to selectively engage the first output or the second output, and wherein the controller is configured to select the first output in response to the load being below the threshold and to select the second output in response to the load being above the threshold. a housing; a controller configured to measure a load on the actuator using a load cell; the controller containing a threshold; a rotor disposed in the housing and configured to rotate about an axis of rotation; a selective gearbox mechanically coupled to the rotor and disposed in the housing, the selective gearbox comprising a first stage of planet gears and a second stage of planet gears; a first output of the selective gearbox configured to rotate at a different angular velocity than the rotor, wherein the first output is provided by a fast drive mechanism engaging the first stage planet gears; and a second output of the selective gearbox configured to rotate at a same angular velocity as the rotor, wherein the second output is provided by the fast drive mechanism of the epicyclic gearbox being engaged with a fast drive output plate and bypassing the gearing provided by first stage planet gears and second stage planet gears; and further comprising a mechanism to selectively engage the first output or the second output, and wherein the controller is configured to select the first output in response to the load being below the threshold and to select the second output in response to the load being above the threshold.