mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling a rotatable-drum laundry drier comprising a drum for loading laundry, and moisture sensors generating an electrical signal related to the moisture/quantity of the loaded laundry, said method comprising the steps of: - feeding drying air into the drum; - rotating the drum about an axis of rotation; the method being characterized in that it comprises the steps of: - calculating the quantity/weight of the laundry on the basis of a first quantity (OFFSET) related to the behaviour of the electrical signal in a predetermined initial measuring interval of the drying cycle; - calculating a main cycle interval related to the time that the electrical signal takes from the beginning of the drying cycle to meet a determined relation with a threshold; - extending the main cycle interval on the basis of the calculated quantity/weight of the laundry and of the determined main cycle interval; - stopping the drying cycle at the end of the extended main cycle interval (TEND). - feeding drying air into the drum; - rotating the drum about an axis of rotation; - calculating the quantity/weight of the laundry on the basis of a first quantity (OFFSET) related to the behaviour of the electrical signal in a predetermined initial measuring interval of the drying cycle; - calculating a main cycle interval related to the time that the electrical signal takes from the beginning of the drying cycle to meet a determined relation with a threshold; - extending the main cycle interval on the basis of the calculated quantity/weight of the laundry and of the determined main cycle interval; - stopping the drying cycle at the end of the extended main cycle interval (TEND).
A module for use with a system, the module comprising: a housing defining an interior cavity and including a boss that extends from a first end of the housing into the interior cavity towards a second opposing end of the housing, the boss defining an inner bore; and an agitator including a base, a shaft, and a mixing element, the shaft of the agitator extending from the base and being slidable relative to the inner bore of the boss such that the agitator is movable between a first position and a second position, a portion of the shaft of the agitator to be engaged by a drive shaft of the system during operation of the system, the mixing element including a first type of mixing element including a blade having a first height, characterized in that the mixing element includes a second type of mixing element including a blade having a second height that is greater than the first height, the second height being greater than half of a height of the shaft of the agitator such that at least a portion of the second type of mixing element remains within the interior cavity when the agitator is moved into the second position. a housing defining an interior cavity and including a boss that extends from a first end of the housing into the interior cavity towards a second opposing end of the housing, the boss defining an inner bore; and an agitator including a base, a shaft, and a mixing element, the shaft of the agitator extending from the base and being slidable relative to the inner bore of the boss such that the agitator is movable between a first position and a second position, a portion of the shaft of the agitator to be engaged by a drive shaft of the system during operation of the system, the mixing element including a first type of mixing element including a blade having a first height, characterized in that the mixing element includes a second type of mixing element including a blade having a second height that is greater than the first height, the second height being greater than half of a height of the shaft of the agitator such that at least a portion of the second type of mixing element remains within the interior cavity when the agitator is moved into the second position.
Method for transmitting data packets by a base station, the packets being intended for at least two destination nodes (122, 123) belonging to a network comprising a relay station, said packets being transmitted by said base station to said destination node via said relay station, the link between the base station and the relay station being a wireless connection, the method comprising: - a routing of a set of at least one of said packets to said relay station from a routing table, said routing table comprising an information representative of an association between the at least two destination nodes and said relay station, the routing comprising an identification of at least one classification function associated with said relay station, - a classification of said set of at least one of said packets by execution of said at least one classification function associated with said relay station, the classification assigning a connection between said base station and said relay station to said set of at least one of said packets according to services associated with said set of at least one of said packets, a same connection being associated with the data packets associated with a same service, said classification function comprising at least one test function intended to test at least one packet parameter to identify said connection, - a transmission step of said set on the assigned connection. - a routing of a set of at least one of said packets to said relay station from a routing table, said routing table comprising an information representative of an association between the at least two destination nodes and said relay station, the routing comprising an identification of at least one classification function associated with said relay station, - a classification of said set of at least one of said packets by execution of said at least one classification function associated with said relay station, the classification assigning a connection between said base station and said relay station to said set of at least one of said packets according to services associated with said set of at least one of said packets, a same connection being associated with the data packets associated with a same service, said classification function comprising at least one test function intended to test at least one packet parameter to identify said connection, - a transmission step of said set on the assigned connection.
A household appliance comprising - a body, - a door that provides access into the body, - a handle mounted onto the door, - a connection member that is situated between the handle and the door and that provides the mounting of the handle to the door, - a first fixing hole that is situated on the connection member and through which a fixing member that provides the fastening of the connection member to the handle is passed, and - a second fixing hole that is positioned on the connection member so that a distance remains between the first fixing hole on the horizontal plane and itself and through which a fixing element that provides the fastening of the connection member to the door is passed, characterized by the handle that comprises a handgrip extending parallel to the door plane and two flanges that are situated at both ends of the handgrip, that extend angularly to the door plane and of which the free ends touch the door, wherein the connection member is formed as a box with the side that faces the door being open, and that bears almost completely against the inner surface of the flange and at least partially against the inner surface of the handgrip. - a body, - a door that provides access into the body, - a handle mounted onto the door, - a connection member that is situated between the handle and the door and that provides the mounting of the handle to the door, - a first fixing hole that is situated on the connection member and through which a fixing member that provides the fastening of the connection member to the handle is passed, and - a second fixing hole that is positioned on the connection member so that a distance remains between the first fixing hole on the horizontal plane and itself and through which a fixing element that provides the fastening of the connection member to the door is passed,
A distance-measuring optoelectronic sensor for detection and distance-determination of objects in a monitoring zone, the sensor comprising a light transmitter for transmitting a transmission light pulse into the monitoring area, a light receiver for generating a reception signal from the light pulse remitted or reflected by objects in the monitoring area, a first sampling memory and at least a second sampling memory having a plurality of memory cells each for storing a section of the reception signal, and a control and evaluation unit configured to determine a reception point in time from the reception signal and, from that, the distance of the object by means of a light time of flight method, characterized in that the first sampling memory and the second sampling memory have alternately partially overlapping recording regions and are each configured to record a reception signal for a longer duration than a time interval between two successive transmission light pulses so that the first sampling memory records the reception signal beyond the transmission point in time of the subsequent transmission light pulse in order to also detect late echoes from far objects while the second sampling memory already is active in order to detect early echoes from a near object by means of the new transmission light pulse.
An electronic apparatus comprising a metal back cover (25, 35, 45), a metal peripheral frame and an antenna structure, • wherein the metal back cover (25, 35, 45) is connected to the metal peripheral frame, wherein an extension of the metal back cover (25, 35, 45) is limited by four sides, wherein adjacent sides among the four sides are perpendicular to each other, and a first pair of opposing sides among the four sides has a larger length than a second pair of opposing sides among the four sides, • wherein the antenna structure comprises an antenna main body, a matching circuit and a radio frequency transceiver circuit, and the matching circuit is located between the radio frequency transceiver circuit and the antenna main body, and is electrically connected to the radio frequency transceiver circuit and the antenna main body, • wherein the metal back cover (25, 35, 45) comprises a micro gap set (30, 40, 50) comprising multiple micro gaps each having a width less than 0.5 millimeter, wherein the micro gap set (30, 40, 50) extends in its main extension direction, being a direction of a largest extension, perpendicular to the first pair of opposing sides between two opposing sides of the metal peripheral frame, so that the micro gap set (30, 40, 50) divides the metal back cover (25, 35, 45) into two independent metal regions (251, 252), wherein the antenna main body is connected to a first metal region of the two metal regions (251, 252), so that the first metal region serves as a radiating body of the antenna main body. • wherein the metal back cover (25, 35, 45) is connected to the metal peripheral frame, wherein an extension of the metal back cover (25, 35, 45) is limited by four sides, wherein adjacent sides among the four sides are perpendicular to each other, and a first pair of opposing sides among the four sides has a larger length than a second pair of opposing sides among the four sides, • wherein the antenna structure comprises an antenna main body, a matching circuit and a radio frequency transceiver circuit, and the matching circuit is located between the radio frequency transceiver circuit and the antenna main body, and is electrically connected to the radio frequency transceiver circuit and the antenna main body, • wherein the metal back cover (25, 35, 45) comprises a micro gap set (30, 40, 50) comprising multiple micro gaps each having a width less than 0.5 millimeter, wherein the micro gap set (30, 40, 50) extends in its main extension direction, being a direction of a largest extension, perpendicular to the first pair of opposing sides between two opposing sides of the metal peripheral frame, so that the micro gap set (30, 40, 50) divides the metal back cover (25, 35, 45) into two independent metal regions (251, 252), wherein the antenna main body is connected to a first metal region of the two metal regions (251, 252), so that the first metal region serves as a radiating body of the antenna main body.
A flow entry management method, performed by a switch, comprising: receiving a management instruction initiated by a controller for a flow entry; obtaining a management authority level of the controller and a security level of the flow entry; comparing the management authority level of the controller with the security level of the flow entry; performing corresponding management on the flow entry according to the management instruction initiated by the controller when it is determined that the management authority level of the controller is not lower than the security level of the flow entry. receiving a management instruction initiated by a controller for a flow entry; obtaining a management authority level of the controller and a security level of the flow entry; comparing the management authority level of the controller with the security level of the flow entry; performing corresponding management on the flow entry according to the management instruction initiated by the controller when it is determined that the management authority level of the controller is not lower than the security level of the flow entry.
A soil sample treatment apparatus adapted to supply a soil sample or soil samples with a gas or gas mixture comprising a mixing chamber and at least one assay container mutually in fluid communication in a closed loop, said mixing chamber comprises a supply extension for primary gas, a discharge extension for secondary gas and a supply extension for secondary gas, wherein said supply extension for primary gas is attached inside the mixing chamber to a supply pipe being separable from the supply extension for primary gas by means of a blocking means, wherein an impelling means is arranged at the entrance of the discharge extension for secondary gas that impels gas or gas mixture from the mixing chamber through the discharge extension for secondary gas into a duct system, and wherein the mixing chamber is provided with a control device which is adapted to control both the blocking means and the impelling means, and at least one metering means is located inside the mixing chamber which is data-linked with said control device, wherein the supply extension for secondary gas is provided at the location before entering the mixing chamber with an additional metering means which is data-linked with said control device characterized in that a gas chamber is provided directly under a receptacle of said assay container and wherein a bottom of the receptacle as well as a bottom of the gas chamber is perforated enabling unobstructed flow of gas and/or fluid out of and into the soil sample to be treated, wherein each assay container is spaced from the bottom of the gas chamber which is arranged in a bin filled with a liquid preventing gas to leak through the perforated bottom of the gas chamber.
A helmet comprising a foldable protective shell formed of a flexible expanded polyurethane and/or a non-expanded polyurethane material which defines a cavity for receiving the wearer's head, wherein the foldable protective shell is moulded from the expanded polyurethane and/or the non-expanded polyurethane material in a flat form, which can then be folded into shape to define the cavity for receiving the wearer's head, and wherein the foldable protective shell comprises a plurality of different layers; and a strap arrangement for fastening the foldable protective shell to the wearer's head-comprising a chin strap and a head strap including a plurality of head strap members (22A, 22B) for securing the foldable protective shell over the wearer's head, wherein each inner layer of the foldable protective shell comprises the expanded polyurethane and/or non-expanded polyurethane material which is softer and thicker than an outer layer of the foldable protective shell; characterized in that the outer layer comprises an expanded polyurethane material that is denser than the expanded polyurethane and/or the non-expanded polyurethane material of each inner layer, or is un-foamed or comprises a smooth skin, and the plurality of head strap members (22A, 22B) comprises first and second head strap members (22A, 22B) having a first end secured to the shell at a respective side thereof, the straps members extending upwardly and converging towards a first point at a central finger where they cross over each other, the straps members then extending downwardly, rearwardly and inwardly to a point which, in use, is located behind the wearer's head where the straps members cross, wherein the strap members (22A, 22B) pass through an X-shaped retainer at a point where they cross behind the wearer's head, and the second ends of the strap members (22A, 22B) are adjustably secured to respective sides of the chin strap of the assembly, wherein the foldable protective shell comprises a plurality of fingers extending radially from a locus, and wherein distal ends of the fingers are arranged to be brought together to form a curved shell which defines the cavity for receiving the wearer's head, wherein the foldable protective shell comprises the central finger, a pair of side fingers (14L, 14R) extending symmetrically on respective opposite sides of the central finger, and a pair of middle fingers (13L, 13R) extending symmetrically on respective opposite sides of the central finger between the latter, the respective side fingers (14L, 14R) and the side fingers (14L, 14R) are longer than the middle fingers (13L, 13R), and the side fingers (14L, 14R) forming a rim of the foldable protective shell and the middle fingers (13L, 13R) are shorter than the central finger, and wherein the strap arrangement engages the central finger to hold it in-situ, wherein the strap arrangement comprises a top strap portion which passes over or through the central finger to bias the central finger downwardly.
Process for manufacturing an absorbent sheet comprising at least two plies of cellulose wadding, consisting in associating said plies under pressure by passing between two cylindrical steel elements, the first being externally smooth and the second being externally provided with raised elements and the hardness of the first cylindrical element being less than that of the second cylindrical element, the first cylindrical element having a treated, hardened surface layer, and a deformable sublayer, the second cylindrical element having a hardened outer surface, and the sheet during its passage between the two cylindrical elements (1, 2) being compressed to a specific pressure of between 40 et 250 N/mm 2.
Method for quantifying neuromuscular stimulations external from a living organism comprising the following steps: a) An instrument located in an instrument test chamber is applied with a radio frequency voltage and is positioned in a defined manner, b) An electrical signal is recorded in the instrument test chamber by means of at least one electrode, c) A stimulation signal is determined from the recorded electrical signal, d) A nerve model is stimulated with a stimulation signal and compound action potentials (CAPs) output from the nerve model are detected, wherein the nerve model is placed in a nerve test chamber comprising at least one stimulation electrode pair (39, 40) and at least one diverting electrode pair (41, 42), such that it contacts the at least one stimulation electrode pair (39, 40) as well as the at least one diverting electrode pair (41, 42), wherein the stimulation signal is applied to the stimulation electrode (39, 40) and a signal arriving at the diverting electrodes (41, 42) is detected as compound action potentials (CAPs). a) An instrument located in an instrument test chamber is applied with a radio frequency voltage and is positioned in a defined manner, b) An electrical signal is recorded in the instrument test chamber by means of at least one electrode, c) A stimulation signal is determined from the recorded electrical signal, d) A nerve model is stimulated with a stimulation signal and compound action potentials (CAPs) output from the nerve model are detected, wherein the nerve model is placed in a nerve test chamber comprising at least one stimulation electrode pair (39, 40) and at least one diverting electrode pair (41, 42), such that it contacts the at least one stimulation electrode pair (39, 40) as well as the at least one diverting electrode pair (41, 42), wherein the stimulation signal is applied to the stimulation electrode (39, 40) and a signal arriving at the diverting electrodes (41, 42) is detected as compound action potentials (CAPs).
An endoscope optical subassembly comprising: an optical tube containing one or more optical lens components, a scope body, characterized in that the endoscope optical subassembly further comprises a flexible diaphragm coupled to and between the optical tube and the scope body, and an illumination tube through which the optical tube extends, wherein the illumination tube is coupled to the scope body and axially spaced-apart from the flexible diaphragm. an optical tube containing one or more optical lens components, a scope body, characterized in that the endoscope optical subassembly further comprises a flexible diaphragm coupled to and between the optical tube and the scope body, and an illumination tube through which the optical tube extends, wherein the illumination tube is coupled to the scope body and axially spaced-apart from the flexible diaphragm.
A heat transferring arrangement (100, 400) for cooling at least one light emitting diode, wherein the heat transferring arrangement (100, 400) comprises: a centre portion (102, 402) suitable for mounting the light emitting diode and for receiving heat generated from the light emitting diode when emitting light, and a plurality of elongated heat transferring elements suitable to be inserted in a housing, and each having a first end portion connected to the centre portion (102, 402) and a second end portion which is suitable to be in abutment with an inner surface of the housing, so that the generated heat is thermally transferred to the housing, characterized in that the second end portions of the plurality of elongated heat transferring elements form a geometric area which is larger than a cross sectional area of the inner surface of the housing, the plurality of elongated heat transferring elements being suitable to be bended against the inner surface of the housing, and wherein the second end portions of the plurality of elongated heat transferring elements comprise a thermal interface material having a lower friction coefficient than the remaining parts of the elongated heat transferring elements. a centre portion (102, 402) suitable for mounting the light emitting diode and for receiving heat generated from the light emitting diode when emitting light, and a plurality of elongated heat transferring elements suitable to be inserted in a housing, and each having a first end portion connected to the centre portion (102, 402) and a second end portion which is suitable to be in abutment with an inner surface of the housing, so that the generated heat is thermally transferred to the housing, characterized in that the second end portions of the plurality of elongated heat transferring elements form a geometric area which is larger than a cross sectional area of the inner surface of the housing, the plurality of elongated heat transferring elements being suitable to be bended against the inner surface of the housing, and wherein the second end portions of the plurality of elongated heat transferring elements comprise a thermal interface material having a lower friction coefficient than the remaining parts of the elongated heat transferring elements.