mhurhangee/ep-ind-claims huggingface dataset:
A wire-bondless surface mountable high voltage semiconductor package comprising: a III-nitride transistor having a gate, a source, and a drain; a diode having an anode and a cathode, said diode stacked atop said III-nitride transistor such that said cathode is mechanically and electrically coupled to said source; a stamped leadframe comprising: a first bent lead, said first bent lead having a first connector extending from a flat portion of said lead in the stack direction and being connected to said gate of said III-nitride transistor, said first bent lead further having a second connector extending from the flat portion of said lead in the stack direction and being connected to said anode of said diode; a second bent lead extending from a flat portion and being connected to said drain of said III-nitride transistor; said flat portion of said first bent lead and said flat portion of said second bent lead facilitating surface mounting of said high voltage semiconductor package. a III-nitride transistor having a gate, a source, and a drain; a diode having an anode and a cathode, said diode stacked atop said III-nitride transistor such that said cathode is mechanically and electrically coupled to said source; a stamped leadframe comprising: a first bent lead, said first bent lead having a first connector extending from a flat portion of said lead in the stack direction and being connected to said gate of said III-nitride transistor, said first bent lead further having a second connector extending from the flat portion of said lead in the stack direction and being connected to said anode of said diode; a second bent lead extending from a flat portion and being connected to said drain of said III-nitride transistor; said flat portion of said first bent lead and said flat portion of said second bent lead facilitating surface mounting of said high voltage semiconductor package. a first bent lead, said first bent lead having a first connector extending from a flat portion of said lead in the stack direction and being connected to said gate of said III-nitride transistor, said first bent lead further having a second connector extending from the flat portion of said lead in the stack direction and being connected to said anode of said diode; a second bent lead extending from a flat portion and being connected to said drain of said III-nitride transistor; said flat portion of said first bent lead and said flat portion of said second bent lead facilitating surface mounting of said high voltage semiconductor package.
A mixer wagon for animal feed mixtures, comprising, on a supporting chassis, a containment body containing at least one mixing auger with speed reduction unit, said mixing auger being turned by torque transmission means interposed between said at least one auger and motor means, said torque transmission means comprising a hydromechanical continuously variable transmission, said hydromechanical continuously variable transmission comprising, inside a housing fixed to the chassis, an epicyclic reduction unit, comprising in turn a gear containment casing, a power input shaft and a power output shaft, said epicyclic reduction unit being supported by means of said power input shaft and said power output shaft, which functionally protrude from said housing, characterized by: - a hydrostatic pump, fixed to the housing and actuated by the rotation of said power input shaft by means of a corresponding pump actuation mechanism, - a hydrostatic motor, fixed to said housing and actuated by said hydrostatic pump, - a mechanism for rotating said casing of the epicyclic reduction unit, said mechanism being actuated by said hydrostatic motor, such that the rotation rate of the power output shaft of the reduction unit, and therefore of the continuously variable transmission, is always determined with reference to the rotation rate of the casing. - a hydrostatic pump, fixed to the housing and actuated by the rotation of said power input shaft by means of a corresponding pump actuation mechanism, - a hydrostatic motor, fixed to said housing and actuated by said hydrostatic pump, - a mechanism for rotating said casing of the epicyclic reduction unit, said mechanism being actuated by said hydrostatic motor,
An extinguishing capsule, comprising: an extinguishing material configured to expand by heat; and a pocket comprising a heating element configured to heat and apply heat to the extinguishing material when electricity is applied thereto, the pocket configured to receive the extinguishing material therein, and burst to release the extinguishing material when the extinguishing material expands; characterized in that the pocket further comprises an inner layer, enclosing the extinguishing material, and an outer layer, and in that the heating element is provided partially or entirely between the inner layer and the outer layer. an extinguishing material configured to expand by heat; and a pocket comprising a heating element configured to heat and apply heat to the extinguishing material when electricity is applied thereto, the pocket configured to receive the extinguishing material therein, and burst to release the extinguishing material when the extinguishing material expands; characterized in that the pocket further comprises an inner layer, enclosing the extinguishing material, and an outer layer, and in that the heating element is provided partially or entirely between the inner layer and the outer layer.
A method for manufacturing a data carrier with a security feature that is suitable for insertion into a booklet- or book-shaped object, comprising the following steps: (a) providing a data page, the data page comprising, on an outer side, at least one layer of a first plastic material provided for bonding, (b) providing a bonding element, the bonding element comprising a fabric made of a second plastic material, (c) targeted printing of the fabric with at least one ink preparation, (d) bonding the printed bonding element and the data page together, the first plastic material of the data page completely penetrating the meshes of the fabric at least in portions during bonding, thereby completely enclosing the fibers of the fabric at least in portions, so that the at least one printed ink preparation migrates during bonding at least partially from the fabric into the first plastic material of the data page adjoining the fibers, wherein the printed fabric is heated to a heating temperature during printing and/or after printing, and the heating temperature and/or a heating time is determined as a function of a predetermined penetration depth of the at least one ink preparation into the fibers of the fabric and/or wherein a process duration and/or a process parameter for the bonding is determined as a function of a predetermined penetration depth of the at least one ink preparation into the first plastic material of the data page relative to a common interface with the fibers of the fabric. (a) providing a data page, the data page comprising, on an outer side, at least one layer of a first plastic material provided for bonding, (b) providing a bonding element, the bonding element comprising a fabric made of a second plastic material, (c) targeted printing of the fabric with at least one ink preparation, (d) bonding the printed bonding element and the data page together, the first plastic material of the data page completely penetrating the meshes of the fabric at least in portions during bonding, thereby completely enclosing the fibers of the fabric at least in portions, so that the at least one printed ink preparation migrates during bonding at least partially from the fabric into the first plastic material of the data page adjoining the fibers, wherein the printed fabric is heated to a heating temperature during printing and/or after printing, and the heating temperature and/or a heating time is determined as a function of a predetermined penetration depth of the at least one ink preparation into the fibers of the fabric and/or wherein a process duration and/or a process parameter for the bonding is determined as a function of a predetermined penetration depth of the at least one ink preparation into the first plastic material of the data page relative to a common interface with the fibers of the fabric.
An article of footwear comprising: an upper; a midsole positioned beneath the upper and comprising: a substantially U-shaped outer member defining a pair of forwardly extending arms spaced from one another and formed of a first material; and an inner member positioned between the arms of the outer member and formed of a second material that is different from the first material, a pair of shoulders extending outwardly from a central portion of a forefoot region of the inner member in a direction substantially perpendicular to a longitudinal axis of the midsole, a forward end of each arm of the outer member abutting one of the shoulders; and an outsole positioned beneath the midsole characterised in that the entire bottom surface of each of the outer member and the inner member is directly secured to the upper surface of the outsole. an upper; a midsole positioned beneath the upper and comprising: a substantially U-shaped outer member defining a pair of forwardly extending arms spaced from one another and formed of a first material; and an inner member positioned between the arms of the outer member and formed of a second material that is different from the first material, a pair of shoulders extending outwardly from a central portion of a forefoot region of the inner member in a direction substantially perpendicular to a longitudinal axis of the midsole, a forward end of each arm of the outer member abutting one of the shoulders; and a substantially U-shaped outer member defining a pair of forwardly extending arms spaced from one another and formed of a first material; and an inner member positioned between the arms of the outer member and formed of a second material that is different from the first material, a pair of shoulders extending outwardly from a central portion of a forefoot region of the inner member in a direction substantially perpendicular to a longitudinal axis of the midsole, a forward end of each arm of the outer member abutting one of the shoulders; and an outsole positioned beneath the midsole characterised in that the entire bottom surface of each of the outer member and the inner member is directly secured to the upper surface of the outsole.
A supporting structure for offshore installations, in particular wind energy installations, which is for anchoring to the sea bed and is composed of a plurality of struts connected to one another, wherein at least two struts (2a, 2b), substantially vertical or inclined at an angle from 0 degrees to 30 degrees to a vertical, are arranged substantially parallel to one another, characterized in that the struts (2a, 2b) arranged substantially parallel to one another are assembled from a plurality of individual struts (2a1, 2a2, 2a3, 2a4) shifted in the direction of a longitudinal axis.
Household appliance comprising a frame equipped with an opening door, the door being hinged to the frame by means of at least one hinge, the hinge comprising a base connected to one between the frame and the door and one joint connected to the other between the door and the frame, the joint being hinged to the base and to a tie rod slidably connected to the base, the tie rod being associated with a tension spring equipped with a first end connected to the base, characterized in that a second end of the spring is constrained to an intermediate element hinged to the tie rod, the intermediate element having at least one surface which cooperates, at least for some positions of the joint, with a first cam of the base to improve the closing position of the leaf.
A method for monitoring performance of equipment located in an automation environment, comprising: identifying a cycle associated with the equipment, the cycle defined by a sequence of a plurality of tasks; collecting, over a plurality of repetitions of the sequence, a series of signals for each of the plurality of tasks in the cycle; associating, for each of at least some of the plurality of repetitions, one or more signals in the series to define a completion time for each of the plurality of tasks; comparing, for each of the plurality of tasks, each of the completion times to a reference value indicative of an expected completion time of a given task; generating, for each of the plurality of tasks, an accumulated variance value based on the comparisons; selectively generating a predictive failure indication based on the generated accumulated variance values; and if a predictive failure indication is generated, identifying which of the plurality of tasks in the cycle resulted in the predictive failure indication. identifying a cycle associated with the equipment, the cycle defined by a sequence of a plurality of tasks; collecting, over a plurality of repetitions of the sequence, a series of signals for each of the plurality of tasks in the cycle; associating, for each of at least some of the plurality of repetitions, one or more signals in the series to define a completion time for each of the plurality of tasks; comparing, for each of the plurality of tasks, each of the completion times to a reference value indicative of an expected completion time of a given task; generating, for each of the plurality of tasks, an accumulated variance value based on the comparisons; selectively generating a predictive failure indication based on the generated accumulated variance values; and if a predictive failure indication is generated, identifying which of the plurality of tasks in the cycle resulted in the predictive failure indication.
Method for operating an exhaust gas system of an internal combustion engine, having at least one adsorber for adsorbing hydrocarbons and a catalyst, arranged downstream of the adsorber, for converting hydrocarbons, and at least one heating device arranged between the adsorber and the catalyst, wherein the heating device is operated in a manner adapted in accordance with the state of aging of the catalyst, characterized in that the heating device is operated at least in accordance with a predetermined limiting temperature of the catalyst and wherein the predetermined limiting temperature varies in accordance with a current age of the catalyst.
A magnetic sensor for determining positions (A, B, C, D) of an activation magnet along a distance with at least two sensor elements (8, 10), wherein the sensor elements are arranged at a spacing from one another along the distance and which both detect at least one component of a magnetic field of the activation magnet, wherein an evaluation unit connected with the sensor elements (8, 10) for generating a plurality of switching signals corresponding to a respective desired magnet position (A, B, C, D) is provided and with the switching signals being electronically settable for different positions, wherein each sensor element (8, 10) detects the entire distance and thus the spacing of the sensor elements is independent of the length of the distance and an unambiguous signal value group (20, 20') of the two sensor elements (8, 10) is present over the distance for each desired magnet position (A, B, C, D) for generating the switching signal in the evaluation unit, and wherein the latter generates an unambiguous position signal, characterized in that a spacing of the sensor elements (8, 10) is smaller than the distance.
A camera assembly, comprising: a camera module comprising: a casing having a light inlet; a mounting base disposed in the casing; a light deflection element fixed to the mounting base, and configured to deflect an incident light entering through the light inlet; an image sensor arranged in the casing and configured to sense the deflected incident light; and a driving device having an arc rail, and configured to drive the mounting base to rotate around a central axis of the arc rail along the arc rail; and a decoration member arranged over the light inlet, wherein in a width direction of the camera module, the casing defines a groove at a side of the light inlet, and the decoration member is partially fitted in the groove. a camera module comprising: a casing having a light inlet; a mounting base disposed in the casing; a light deflection element fixed to the mounting base, and configured to deflect an incident light entering through the light inlet; an image sensor arranged in the casing and configured to sense the deflected incident light; and a driving device having an arc rail, and configured to drive the mounting base to rotate around a central axis of the arc rail along the arc rail; and a casing having a light inlet; a mounting base disposed in the casing; a light deflection element fixed to the mounting base, and configured to deflect an incident light entering through the light inlet; an image sensor arranged in the casing and configured to sense the deflected incident light; and a driving device having an arc rail, and configured to drive the mounting base to rotate around a central axis of the arc rail along the arc rail; and a decoration member arranged over the light inlet, wherein in a width direction of the camera module, the casing defines a groove at a side of the light inlet, and the decoration member is partially fitted in the groove.
A guidance and maintenance machine for positioning of filaments at a predetermined pitch during a calendering cycle that effects manufacture of plies using the filaments, the guidance and maintenance machine comprising a cylinder group that includes a guide roller having a predetermined diameter and a longitudinal axis about which the guide roller rotates, the guide roller having a plurality of circumferential grooves defined on a circumferential surface of the guide roller in correspondence with the number of filaments to be aligned during a guidance and maintenance process, the cylinder group also comprising an application roller having a predetermined diameter and a longitudinal axis about which the application roller rotates, the application roller having a plurality of circumferential grooves defined on a circumferential surface of the application roller in correspondence with the number of grooves of the guide roller, characterized in that: the guidance and maintenance machine comprises at least one preparation comb that includes a support having a predetermined length between two opposite ends (202a, 202b) and a predetermined width between a front surface and a top surface from which a plurality of teeth extend, the teeth having a predetermined uniform height and being aligned and parallel along the length of the support, the teeth being positioned at a pitch in correspondence with the grooves of the guide roller; such that the preparation comb feeds the filaments from a supply creel to the guide roller, the filaments being positioned at a predetermined pitch outside of the guide roller; and in that the guide roller is movable relative to the application roller between an open position, in which the filaments are fed to the guide roller, and a closed position, in which the guide roller approaches the application roller to capture the filaments between the respective grooves (102a, 104a) of the guide roller and the application roller. the guidance and maintenance machine comprises at least one preparation comb that includes a support having a predetermined length between two opposite ends (202a, 202b) and a predetermined width between a front surface and a top surface from which a plurality of teeth extend, the teeth having a predetermined uniform height and being aligned and parallel along the length of the support, the teeth being positioned at a pitch in correspondence with the grooves of the guide roller; such that the preparation comb feeds the filaments from a supply creel to the guide roller, the filaments being positioned at a predetermined pitch outside of the guide roller; and in that the guide roller is movable relative to the application roller between an open position, in which the filaments are fed to the guide roller, and a closed position, in which the guide roller approaches the application roller to capture the filaments between the respective grooves (102a, 104a) of the guide roller and the application roller.
Fixation clip for a respirator mask, in particular a nose fixation clip, the fixation clip comprising an elongated clip element having an U- or V-shaped arrangement with at least one flexible portion that allows an elastic deformation of the clip element for providing a pretention on the respirator mask, characterized in that at least one flexible portion of the clip element is designed as bistable hinge connection that provides an instable sticking point between two stable arrangements of the clip element, one stable arrangement being the U- or V-shaped arrangement and another stable arrangement being an at least essentially flat arrangement.
Drive system for a rail vehicle comprising a grid-side feed-in system having two partial power converter systems (2, 4), and a load-side self-commutated power converter comprising an output-side three-phase motor, wherein each partial power converter system (2, 4) has n AC-to-AC converters (32 1,..., 32 n; 34 1,..., 34 n), a medium-frequency transformer system (36, 38) comprising k medium-frequency transformers, which each have n primary windings and j secondary windings, and a load-side power converter system (44, 46) having at least one AC-to-DC converter (48, 74 1, 74 2, 66 1,..., 66 4), wherein the 2n AC-to-AC converters (32 1,..., 32 n; 34 1,..., 34 n) of the two partial power converter systems (2, 4) are connected electrically in series, wherein in each case one transformer system (36, 38) of the two partial power converter systems (2, 4) couples the n AC-to-AC converters (32 1,..., 32 n; 34 1,..., 34 n) of each partial power converter system (2, 4) to a load-side power converter system, wherein the series circuit comprising the two n AC-to-AC converters (32 1,..., 32 n; 34 1,..., 34 n) of the two partial power converter systems (2, 4) is connectable electrically in parallel with a filter inductor by means of a switching device, wherein DC-voltage-side connections (10, 12, 14, 16) of the two partial power converter systems (2, 4) and the DC-voltage-side connections (20, 22) of the load-side self-commutated power converter are interconnectable with one another by means of a switching device unit, at which a DC mains voltage is present.
Method for receiving a data signal using multiple antennas, wherein the data signal has a transmission frame having at least one guard interval and a subsequent user interval for user data, wherein reception qualities of at least two antennas are checked and an antenna having better reception quality is selected, wherein the received signal from a selected antenna is processed in order to ascertain an output signal from the received signal from the selected antenna, wherein the check on the reception quality is performed at least in part during the guard interval, characterized in that a piece of information about a temporal position of the user interval is ascertained from the data signal and in that the temporal position of the user interval is taken as a basis for ascertaining a temporal position of the guard interval.