mhurhangee/ep-ind-claims huggingface dataset:
A method for operating a clothes drying appliance to dry clothes, wherein - an AC voltage signal is applied to clothes - a moisture content of the clothes is determined by measuring a current running through the clothes and characterised in that, for determining the moisture content, an envelope signal of consecutive samples is generated from the measured current (S4, S5). - an AC voltage signal is applied to clothes - a moisture content of the clothes is determined by measuring a current running through the clothes and characterised in that, for determining the moisture content, an envelope signal of consecutive samples is generated from the measured current (S4, S5).
Method for bonding of plurality of bonding chips onto a base wafer which contains chips on its front side, the bonding chips being stacked in at least one layer on the base wafer, and electrically conductive connections are established between vertical adjacent chips (3, 3'), with the following steps: a) fixing of the base wafer on a carrier, b) placing at least one layer of bonding chips in defined positions on the base wafer, and c) heat treatment for bonding of the chips (3, 3') on the base wafer fixed on the carrier, characterized in that prior to step c) a separation of the base wafer into separated chip stack sections of the base wafer takes place. a) fixing of the base wafer on a carrier, b) placing at least one layer of bonding chips in defined positions on the base wafer, and c) heat treatment for bonding of the chips (3, 3') on the base wafer fixed on the carrier,
A method of monitoring paging occasions, comprising: defining a paging frame window, PFW, for a duration of time on a hop frequency or narrow band of frequencies indicated by a paging formula that is used to calculate a paging frame that is mapped to a fixed hop frequency as a function of a user equipment identifier, wherein the paging formula used to select the hop frequency is SFN mod T = (T/N) * (UE_ID mod N), wherein the last three bits are ignored; and periodically waking up to monitor the PFW for a paging message further comprising adding at least one additional high priority message to be carried in the paging message, wherein the additional high priority messages includes changing of anchor channel information used for discovery reference signal, DRS, transmissions.
A method for controlling an autonomous vehicle (10, 110) in a worksite, the method comprising the steps of: - receiving a predetermined trajectory of a work sequence of the autonomous vehicle, the predetermined trajectory including at least a set path (20, 120) and a set speed, - adding a pre-defined variation to the predetermined trajectory to form a test trajectory, the variation including at least a variation in set path, - comparing the energy usage over the test trajectory and the predetermined trajectory, - determining whether or not the compared energy usage achieves a pre-set criteria, - setting the test trajectory as a new set trajectory of the autonomous vehicle in response to determining that the compared energy usage achieves the pre-set criteria, wherein the pre-set criteria is at least that the compared energy usage is related to one of the following: elapsed time of the work sequence, elapsed time of the set path, maximum allowed vibration, desired battery usage, wherein the pre-defined variation in set path includes noise. - receiving a predetermined trajectory of a work sequence of the autonomous vehicle, the predetermined trajectory including at least a set path (20, 120) and a set speed, - adding a pre-defined variation to the predetermined trajectory to form a test trajectory, the variation including at least a variation in set path, - comparing the energy usage over the test trajectory and the predetermined trajectory, - determining whether or not the compared energy usage achieves a pre-set criteria, - setting the test trajectory as a new set trajectory of the autonomous vehicle in response to determining that the compared energy usage achieves the pre-set criteria, wherein the pre-set criteria is at least that the compared energy usage is related to one of the following: elapsed time of the work sequence, elapsed time of the set path, maximum allowed vibration, desired battery usage, wherein the pre-defined variation in set path includes noise.
A process for making a package for a foodstuff product, in particular a confectionery product, comprising the steps of: - providing a first sheet of wrapping material, which presents a first portion for receiving said product and a first peripheral portion surrounding said first receiving portion; - providing a second sheet of wrapping material, which presents a second portion for receiving said product and a second peripheral portion surrounding said second receiving portion; - setting said product on said first receiving portion or said second receiving portion; - coupling said first sheet to said second sheet so that said first and second receiving portions (2a, 4a) together define a closed cavity in which said product is housed and so that said first and second peripheral portions (2b, 4b) are set in contact with one another so as to form a flange surrounding said cavity; and - folding said flange along a folding line ("s") such as to define a proximal flange part and a distal flange part connected to said proximal part along said folding line, said distal part being folded back towards said cavity, against said proximal part, along said folding line, said process being characterized in that it envisages providing a plurality of sealing areas on said flange, which are distinct and separated from one another, and are designed to hold together said first sheet and said second sheet (2, 4), in which said sealing areas are provided at least at a predetermined minimum distance from said first and/or second receiving portions, and wherein. said minimum distance is such that, after said folding step, said sealing areas all come to be located in said distal part of said folded flange, and are not traversed by said folding line ("s"). - providing a first sheet of wrapping material, which presents a first portion for receiving said product and a first peripheral portion surrounding said first receiving portion; - providing a second sheet of wrapping material, which presents a second portion for receiving said product and a second peripheral portion surrounding said second receiving portion; - setting said product on said first receiving portion or said second receiving portion; - coupling said first sheet to said second sheet so that said first and second receiving portions (2a, 4a) together define a closed cavity in which said product is housed and so that said first and second peripheral portions (2b, 4b) are set in contact with one another so as to form a flange surrounding said cavity; and - folding said flange along a folding line ("s") such as to define a proximal flange part and a distal flange part connected to said proximal part along said folding line, said distal part being folded back towards said cavity, against said proximal part, along said folding line,
Pouring spout for dispensing a liquid present in a liquid container, comprising: a first tubular body which is adapted at an end thereof for placing on the liquid container; a second tubular body which together with the first tubular body forms a passage for dispensing the liquid; a closing part placed in axial direction at a distance from the first tubular body, wherein the first and second tubular bodies can move telescopically relative to each other between an open and closed position, wherein in the open position the second tubular body leaves an opening at least partially clear between the closing part and the first tubular body and wherein in the closed position the second tubular body blocks the opening; a venting channel for supplying air from outside to the liquid container, which channel extends at least partially in the first tubular body, said venting channel being fixedly connected to the second tubular body; characterized in that the closing part is configured to simultaneously close the venting channel and the passage in the closed position; and in that the second tubular body has on an end remote from the first tubular body an axial opening which lies in the same plane as an axial opening of the venting tube, which openings of the second tubular body and the venting tube are blocked in the closed position by the closing part. a first tubular body which is adapted at an end thereof for placing on the liquid container; a second tubular body which together with the first tubular body forms a passage for dispensing the liquid; a closing part placed in axial direction at a distance from the first tubular body, wherein the first and second tubular bodies can move telescopically relative to each other between an open and closed position, wherein in the open position the second tubular body leaves an opening at least partially clear between the closing part and the first tubular body and wherein in the closed position the second tubular body blocks the opening; a venting channel for supplying air from outside to the liquid container, which channel extends at least partially in the first tubular body, said venting channel being fixedly connected to the second tubular body; characterized in that the closing part is configured to simultaneously close the venting channel and the passage in the closed position; and in that the second tubular body has on an end remote from the first tubular body an axial opening which lies in the same plane as an axial opening of the venting tube, which openings of the second tubular body and the venting tube are blocked in the closed position by the closing part.
Conveyor drum in the tobacco-processing industry with receiving depressions (16, 18; 52, 54) for rod-shaped articles in the tobacco-processing industry, characterised in that two different types of receiving depressions (16, 18; 52, 54) are provided, wherein each type of receiving depression (16, 18; 52, 54) is adapted to at least one predetermined diameter of the articles conveyed or to be conveyed on the conveyor drum, so that two different articles, each with different diameters, can be conveyed on the conveyor drum.
A method of measuring electric current flowing in an individual electrode in an electrolysis system comprising a plurality of interleaved electrodes (1, 2), cathodes and anodes, arranged in an electrolysis cell and immersed in electrolyte, said electrolysis system having a busbar disposed on a separating cell wall between each of the two adjacent cells to conduct electric current to the electrodes via a contact point between the busbar and a hanger bar of the electrode, and in which method the electric current of each electrode is measured by measuring the magnetic field induced by said current, characterized in that the magnetic field is sensed with a magnetic circuit (8; 8 1, 8 2) being arranged to encircle the contact point in a horizontal plane at the level of the contact point, said magnetic circuit comprising a core of magnetic material formed as a ring (8 1; 8 2) surrounding the contact point, and the ring (8 1) is placed in recesses formed in the busbar or the ring (8 2) is bent or folded in two or three dimensions over the busbar.
A safety device for shielding a medical needle, comprising: a hand grip element; a cannula, which is held at the hand grip element; a base with laterally protruding, flat wings, wherein the underside of the base, which extends over the wings, is essentially flat and wherein the base has a guide opening which is spaced apart from the underside and in which the cannula is guided; and a connecting structure which connects the grip element with the base and comprises two elongated sections (36,40), connected in a row with one another by at least one joint, wherein the connecting structure is connected at one end by at least one joint with the hand grip element and, at an opposite end, by at least one joint (28, 30) with the base, wherein the elongated section of the connecting structure which is connected with the base by the at least one joint (28, 30), has a wall element which protrudes transversely at a base end thereof, and wherein the sections (36, 40) and the joints (28, 30; 38; 42) are disposed so that the connecting structure can be unfolded from a first state, in which the cannula, which is guided in the guide opening of the base, protrudes with the tip thereof from the underside of the base, into a second extended state, in which the cannula is disposed along the connecting structure, the wall element is disposed transversely in front of the tip of the cannula, and a side wall of the base protectively surrounds the tip between the guide opening and the wall element and shields the tip against access. a hand grip element; a cannula, which is held at the hand grip element; a base with laterally protruding, flat wings, wherein the underside of the base, which extends over the wings, is essentially flat and wherein the base has a guide opening which is spaced apart from the underside and in which the cannula is guided; and a connecting structure which connects the grip element with the base and comprises two elongated sections (36,40), connected in a row with one another by at least one joint, wherein the connecting structure is connected at one end by at least one joint with the hand grip element and, at an opposite end, by at least one joint (28, 30) with the base, wherein the elongated section of the connecting structure which is connected with the base by the at least one joint (28, 30), has a wall element which protrudes transversely at a base end thereof, and wherein the sections (36, 40) and the joints (28, 30; 38; 42) are disposed so that the connecting structure can be unfolded from a first state, in which the cannula, which is guided in the guide opening of the base, protrudes with the tip thereof from the underside of the base, into a second extended state, in which the cannula is disposed along the connecting structure, the wall element is disposed transversely in front of the tip of the cannula, and a side wall of the base protectively surrounds the tip between the guide opening and the wall element and shields the tip against access.
A method for decoding High Efficiency Video Coding, HEVC, video data comprising: decoding an indicator that indicates whether a parameter set update may occur in a portion of a bitstream; receiving a current parameter set of a particular type and having a particular identification value; and based on the indicator indicating that the parameter set update can occur: comparing first content of the current parameter set to second content of a stored parameter set of the same particular type and having the same particular identification value, and performing a parameter set update if the first content of the current parameter set is different than the second content of the stored parameter set; or based on the indicator indicating that the parameter set update cannot occur, not comparing content of the current parameter set of the same particular type and having the same particular identification value to the second content of the stored parameter set. decoding an indicator that indicates whether a parameter set update may occur in a portion of a bitstream; receiving a current parameter set of a particular type and having a particular identification value; and based on the indicator indicating that the parameter set update can occur: comparing first content of the current parameter set to second content of a stored parameter set of the same particular type and having the same particular identification value, and performing a parameter set update if the first content of the current parameter set is different than the second content of the stored parameter set; or based on the indicator indicating that the parameter set update cannot occur, comparing first content of the current parameter set to second content of a stored parameter set of the same particular type and having the same particular identification value, and performing a parameter set update if the first content of the current parameter set is different than the second content of the stored parameter set; or based on the indicator indicating that the parameter set update cannot occur, not comparing content of the current parameter set of the same particular type and having the same particular identification value to the second content of the stored parameter set.
A device comprising a medical implant, wherein the device is detachably attached to or interconnected with the medical implant and configured to be attached to or interconnected with a catheter, the catheter being intended for implanting the implant, wherein the implant is foldable and unfoldable, the implant comprising first folding and/or unfolding means for folding and unfolding the implant, wherein the first folding and/or unfolding means comprises one or more strings or threads or consists thereof, wherein the first folding and/or unfolding means are guided around certain portions of the implant that can be tightened or released, wherein the device comprises attaching or interconnecting means for being attached or interconnected to a catheter, wherein the device is tube-shaped; wherein the first folding and/or unfolding means of the implant pass through an inner space of the device; wherein the inner space is arranged in a longitudinal direction of the device and extends at least from a proximal front end opening of the device to a second opening which is an outlet of the first folding and/or unfolding means; wherein the first folding and/or unfolding means are configured to be interconnected with or attached to second folding and/or unfolding means comprised by the catheter, the second folding and/or unfolding means being reins, threads or strings, characterized in that the device being a catheter tip; in that the first folding means are configured to be operatively connected to the second folding and/or unfolding means and to remain connected until the catheter is withdrawn from the patient's body after completion of the implantation of the implant; and in that both the first and the second folding and/or unfolding means (7, 13) are configured to remain with the catheter after release of the implant from the catheter, and in that the device comprises attaching or interconnecting means provided for attaching or interconnecting the device to the catheter by means of a snapping, snatching or form closure connection, the attaching or interconnecting means including lugs, noses, recesses or notches arranged in an inner space of the device.
A method, comprising: receiving, by a compute engine from a compiler of a security network, a configuration that includes a compiled set of executable instructions for processing event data associated with occurrences of events on one or more client devices, wherein the compiler automatically generates the configuration based on a text description of a target behavior and one or more ontological definitions defined at an ontology service of the security network; receiving, by the compute engine, an event stream comprising the event data; generating, by the compute engine using at least one of one or more refinement operations or one or more composition operations according to the configuration, new event data based on the event data in the event stream; adding, by the compute engine, the new event data to the event stream; determining, by the compute engine based on the configuration, that the event data in the event stream matches the target behavior; and outputting, by the compute engine, a result indicating that the event data in the event stream matches the target behavior. receiving, by a compute engine from a compiler of a security network, a configuration that includes a compiled set of executable instructions for processing event data associated with occurrences of events on one or more client devices, wherein the compiler automatically generates the configuration based on a text description of a target behavior and one or more ontological definitions defined at an ontology service of the security network; receiving, by the compute engine, an event stream comprising the event data; generating, by the compute engine using at least one of one or more refinement operations or one or more composition operations according to the configuration, new event data based on the event data in the event stream; adding, by the compute engine, the new event data to the event stream; determining, by the compute engine based on the configuration, that the event data in the event stream matches the target behavior; and outputting, by the compute engine, a result indicating that the event data in the event stream matches the target behavior.
Contact system for contacting an aluminium braided shield with a contact element, comprising - an electrically conductive cable having an inner electrical conductor, a primary insulation surrounding the inner electrical conductor, and a secondary insulation surrounding the primary insulation; - the aluminium braided shield which comprises a plurality of aluminium wires and which is arranged so as to extend at least in part between the primary insulation and the secondary insulation of the electrically conductive cable; - the contact element which can be pushed onto the electrically conductive cable and which comprises an outer sleeve and an inner sleeve that can be pushed at least in part into the outer sleeve, wherein the inner sleeve has a first contact surface and the outer sleeve has a second contact surface, wherein the first and/or second contact surface (2a, 3a) has regions with a differently sized cross-section with respect to a conductor axis of the electrically conductive cable, wherein the contact surfaces (2a, 3a) are designed to clamp and to contact the aluminium wires of the aluminium braided shield, wherein the contact system can be brought into a contact position by axially pushing the inner sleeve and the outer sleeve one inside the other with the interposition of the aluminium wires of the aluminium braided shield, in which contact position the aluminium wires of the aluminium braided shield are clamped between the contact surfaces (2a, 3a) and are contacted with the contact element, wherein the first and the second contact surface are conical, characterized in that the opening angles of the cones are at least in part of different size so as to define a region in which, when the inner sleeve and the outer sleeve are axially pushed one inside the other, a pressure peak forms for clamping the aluminium braided shield. - an electrically conductive cable having an inner electrical conductor, a primary insulation surrounding the inner electrical conductor, and a secondary insulation surrounding the primary insulation; - the aluminium braided shield which comprises a plurality of aluminium wires and which is arranged so as to extend at least in part between the primary insulation and the secondary insulation of the electrically conductive cable; - the contact element which can be pushed onto the electrically conductive cable and which comprises an outer sleeve and an inner sleeve that can be pushed at least in part into the outer sleeve,
A plate comprising an array of wells for chemical or biological reactions, each of the wells comprising a reaction chamber with at least one opening on a surface (12; 22) of said plate, and said array of wells consisting of a plurality of adjacent blocks of wells, each block of wells consisting of a plurality of adjacent rows of wells, wherein several voids, preferably two voids, are provided in each block of wells in between said rows of wells, each void being part of said surface of said plate and lacking a well opening, characterised in that the distance between said voids varies from one block to another.