mhurhangee/ep-ind-claims huggingface dataset:
A communication device configured to display messages, the communication device being provisioned with a plurality of accounts associated with a user of the communication device, the communication device comprising: communication subsystem means adapted to receive and transmit messages, said means being in communication with a processor; storage means (108, 106); a display; and conversations manager means adapted to: determine a message group identifier for each one of a plurality of messages, the message group identifier being derived from at least an account identifier for one of the plurality of accounts used by the communication device to receive or transmit said message and a message subject value for said message; store said message group identifier in association with its corresponding message in the storage means; and display (900, 1105...1135), using the display, a listing of message group items, each message group item representing at least one message associated with the same message group identifier. communication subsystem means adapted to receive and transmit messages, said means being in communication with a processor; storage means (108, 106); a display; and conversations manager means adapted to: determine a message group identifier for each one of a plurality of messages, the message group identifier being derived from at least an account identifier for one of the plurality of accounts used by the communication device to receive or transmit said message and a message subject value for said message; store said message group identifier in association with its corresponding message in the storage means; and display (900, 1105...1135), using the display, a listing of message group items, each message group item representing at least one message associated with the same message group identifier. determine a message group identifier for each one of a plurality of messages, the message group identifier being derived from at least an account identifier for one of the plurality of accounts used by the communication device to receive or transmit said message and a message subject value for said message; store said message group identifier in association with its corresponding message in the storage means; and display (900, 1105...1135), using the display, a listing of message group items, each message group item representing at least one message associated with the same message group identifier.
A device for treating metallic material, comprising a mobile melting vessel and at least one treatment station, wherein • the mobile melting vessel comprises a crucible, an induction heater with a coil and a housing, • the treatment station comprises a lid which is suitable for gas-tightly closing the crucible, and • the mobile melting vessel can be disjoined from the treatment station and can be moved independently from the treatment station, characterized in that • the device comprises a quick-coupling system so that supply lines from the treatment station can be connected to the mobile melting vessel for cooling the induction heater and supplying it with electricity, • a transport facility is provided which is suitable for moving the melting vessel out of the area of the treatment station, • means at or in the transport facility and/or the mobile melting vessel are provided for cooling the induction heater and supplying it with electricity during the movement of the melting vessel. • the mobile melting vessel comprises a crucible, an induction heater with a coil and a housing, • the treatment station comprises a lid which is suitable for gas-tightly closing the crucible, and • the mobile melting vessel can be disjoined from the treatment station and can be moved independently from the treatment station, • the device comprises a quick-coupling system so that supply lines from the treatment station can be connected to the mobile melting vessel for cooling the induction heater and supplying it with electricity, • a transport facility is provided which is suitable for moving the melting vessel out of the area of the treatment station, • means at or in the transport facility and/or the mobile melting vessel are provided for cooling the induction heater and supplying it with electricity during the movement of the melting vessel.
Packet suitable to contain products in loose or organized form, comprising at least two elements which include a mobile lid, affecting the upper part of said packet, and a containing body, said containing body consisting of two lateral walls, a rear wall, a front wall, an upper wall and a lower wall, all defining a front bulk and a lateral bulk, said elements being connected to each other by movement means, said mobile lid being suitable to assume a closed position and an open position, wherein said mobile lid, said lateral walls, said front wall, said upper wall of said containing body and said movement means define a kinematic mechanism of the articulated quadrilateral type, said articulated quadrilateral being suitable to make said mobile lid, starting from said closed position, also assume an open position, in which at least a peripheral part of said mobile lid assumes a position resting on said containing body, said open position being located at least partly lower than the initial position, but around the front or lateral bulk of said packet, said movement means comprising tabs (20, 21), anchored to said mobile lid and to said containing body, and constituting at least two sides of said quadrilateral of said kinematic mechanism, characterized in that said tabs (20, 21) are both hinged on the same wall of said containing body and are parallel to each other or lie on the same plane in said closed position of said mobile lid.
A surface-treated steel sheet for battery cases, comprising a nickel-cobalt alloy layer formed at the outermost surface of a plane to be an inner surface of a battery case, said nickel-cobalt alloy layer being obtained from a plating bath composition which contains boron only in the form of boric acid and contains no phosphorous, wherein a Co/Ni value at the surface of the nickel-cobalt alloy layer is within a range of 0.2 to 0.8 as determined by Auger electron spectroscopy analysis, and an iron-nickel diffusion layer and/or an iron-nickel-cobalt diffusion layer is provided between the nickel-cobalt layer and a steel layer of the steel sheet.
Motor vehicle exhaust circuit comprising: - a turbine which comprises an outer casing produced in sheet metal comprising an exhaust gas inlet orifice and an exhaust gas outlet orifice; - an exhaust gas treatment device comprising at least one sheet metal jacket which encloses exhaust gas treatment members and which comprises an exhaust gas inlet duct coupled to the outlet orifice of the turbine casing; - the coupling between the casing and the jacket being produced by permanent fixing of the sheet metal forming the perimeter of the outlet orifice of the turbine casing directly against the sheet metal forming the inlet duct of the jacket, characterized in that the jacket is entirely borne by the casing of the turbine solely via the coupling with the sheet metal perimeter of the outlet orifice of the turbine casing. - a turbine which comprises an outer casing produced in sheet metal comprising an exhaust gas inlet orifice and an exhaust gas outlet orifice; - an exhaust gas treatment device comprising at least one sheet metal jacket which encloses exhaust gas treatment members and which comprises an exhaust gas inlet duct coupled to the outlet orifice of the turbine casing; - the coupling between the casing and the jacket being produced by permanent fixing of the sheet metal forming the perimeter of the outlet orifice of the turbine casing directly against the sheet metal forming the inlet duct of the jacket,
A machine for packaging products arranged in ordered groups, comprising a packaging station and a feeding line configured and controlled for feeding ordered groups of products to said packaging station; wherein said feeding line comprises a movable unit which is movable with respect to said packaging station by means of an actuator of said machine, to form an access space between the packaging station and the feeding line; and wherein guides are provided to guide the movable unit with respect to the packaging station; characterized in that said access space is sized to allow an operator to pass and easily access the packaging station.
Drinking vessel with a teat and a fastening ring in particular for infants and small children, the teat comprising - a hollow suction part with at least one through-hole for liquid nutrition, - which is connected at the bottom to a substantially annular disc-shaped nipple flange which serves to be fastened to the mouth of the vessel by means of the fastening ring with an annular disc-shaped ring flange overlapping the nipple flange for pressing the bottom side of the nipple flange flat against the front-side edge of the mouth, and - at least one recess (14.1, 14.2) extending in the radial direction of the nipple flange on the top side of the nipple flange, wherein the at least one recess (14.1, 14.2) is designed in such a way that the ring flange pressing against the top side of the nipple flange has a gap from the upper side of the floor (15.1, 15.2) of the recess (14.1, 14.2) during the fastening of the teat on the mouth of the vessel, and the nipple flange has sufficient flexibility at least in the area of the recess (14.1, 14.2) so that the floor (15.1, 15.2) arches up and air from outside flows back into the vessel under the arched floor (15.1, 15.2) of the recess (14.1, 14.2) in the radial direction when the teat is fastened on the mouth of the vessel and a negative pressure is created in the vessel when the suction part is sucked on. characterized in that the floor (15.1, 15.2) of the recess (14.1, 14.2) has a downwards curvature, which is pressed flat when the suction part is mounted on the vessel by means of the fastening ring, so that the floor (15.1, 15.2) of the recess (14.1, 14.2) rests against the edge of the mouth under elastic initial tension. - a hollow suction part with at least one through-hole for liquid nutrition, - which is connected at the bottom to a substantially annular disc-shaped nipple flange which serves to be fastened to the mouth of the vessel by means of the fastening ring with an annular disc-shaped ring flange overlapping the nipple flange for pressing the bottom side of the nipple flange flat against the front-side edge of the mouth, and - at least one recess (14.1, 14.2) extending in the radial direction of the nipple flange on the top side of the nipple flange, wherein the at least one recess (14.1, 14.2) is designed in such a way that the ring flange pressing against the top side of the nipple flange has a gap from the upper side of the floor (15.1, 15.2) of the recess (14.1, 14.2) during the fastening of the teat on the mouth of the vessel, and the nipple flange has sufficient flexibility at least in the area of the recess (14.1, 14.2) so that the floor (15.1, 15.2) arches up and air from outside flows back into the vessel under the arched floor (15.1, 15.2) of the recess (14.1, 14.2) in the radial direction when the teat is fastened on the mouth of the vessel and a negative pressure is created in the vessel when the suction part is sucked on.
A sensor device for an artificial joint, the sensor device comprising: a rotatable member; and a metal material connected to the rotatable member; the sensor device being characterized by: an inductive proximity sensor configured to detect an amount of the metal material in a proximate location to the inductive proximity sensor, and to generate an output corresponding to an angle of the rotatable member based on the amount of the metal material in the proximate location. a rotatable member; and a metal material connected to the rotatable member; the sensor device being an inductive proximity sensor configured to detect an amount of the metal material in a proximate location to the inductive proximity sensor, and to generate an output corresponding to an angle of the rotatable member based on the amount of the metal material in the proximate location.
System for providing electrical power to an aerial vehicle comprising: an aerial vehicle; a plurality of light-emitting diodes, LEDs, carried by the aerial vehicle; a propulsion and control system of the aerial vehicle; at least one electrical circuit carried by the aerial vehicle, wherein the at least one electrical circuit has a DC buck converter electrically in series with at least a portion of the plurality of LEDs; a tether connected between the aerial vehicle and a power source positioned remote from the aerial vehicle, wherein electrical power is transmitted to the aerial vehicle and at least a portion of the plurality of LEDs through the tether; and at least one amperage boost regulator electrically in parallel to the DC buck converter, wherein the amperage boost regulator comprises an additional LED, and wherein when a voltage received through the tether across the DC buck converter approaches a maximum input voltage level of the DC buck converter, the amperage boost regulator is configured to draw greater amperage thereby causing a voltage drop, wherein an input voltage remains below the maximum voltage level of the DC buck converter to allow the DC buck converter to effectively maintain power priority over the amperage boost regulator, thereby ensuring the propulsion and control system of the aerial vehicle are not unduly limited. an aerial vehicle; a plurality of light-emitting diodes, LEDs, carried by the aerial vehicle; a propulsion and control system of the aerial vehicle; at least one electrical circuit carried by the aerial vehicle, wherein the at least one electrical circuit has a DC buck converter electrically in series with at least a portion of the plurality of LEDs; a tether connected between the aerial vehicle and a power source positioned remote from the aerial vehicle, wherein electrical power is transmitted to the aerial vehicle and at least a portion of the plurality of LEDs through the tether; and at least one amperage boost regulator electrically in parallel to the DC buck converter, wherein the amperage boost regulator comprises an additional LED, and wherein when a voltage received through the tether across the DC buck converter approaches a maximum input voltage level of the DC buck converter, the amperage boost regulator is configured to draw greater amperage thereby causing a voltage drop, wherein an input voltage remains below the maximum voltage level of the DC buck converter to allow the DC buck converter to effectively maintain power priority over the amperage boost regulator, thereby ensuring the propulsion and control system of the aerial vehicle are not unduly limited.
A compound which is 2-((4-(benzo[ d]thiazol-5-ylamino)-6-( tert- butylsulfonyl)quinazolin-7-yl)oxy)ethyl dihydrogen phosphate, of formula: or a pharmaceutically acceptable salt thereof, or a hydrate thereof.
An apparatus for providing agitation inside a patient's body cavity filled with a therapeutic fluid, said apparatus comprising: a gas source; a tubing system comprising at least an inlet tube to deliver gas from the gas source into a patient's body cavity; and at least an outlet tube to recover gas from the patient's body cavity; and means for circulating gas through the tubing system; wherein the gas inlet tube further comprises means for releasing gas into the patient's cavity in the form of bubbles such that substantially all the fluid and/or content present in the body cavity is agitated. a gas source; a tubing system comprising at least an inlet tube to deliver gas from the gas source into a patient's body cavity; and at least an outlet tube to recover gas from the patient's body cavity; and means for circulating gas through the tubing system; wherein the gas inlet tube further comprises means for releasing gas into the patient's cavity in the form of bubbles such that substantially all the fluid and/or content present in the body cavity is agitated.
A multi-, preferably, two-part acrylic cold curing composition for metallography moulds to produce a metallography mount comprising a storage stable solid part and a storage stable liquid part, the parts being operable to form a mixture which polymerises to a solid mass upon mixing of the parts together, the solid part comprising polymer powder and initiator and the liquid part comprising acrylic monomer and optionally activator or accelerator, the initiator component being present in an amount effective to polymerize the acrylic monomer component upon being mixed with the liquid part characterized in that the acrylic monomer component comprises a cyclic ester side group containing monofunctional acrylic monomer, wherein the cyclic ester side group containing monofunctional acrylic monomer comprises between 70 and 96 % w/w of the total monomers in the uncured composition.
Method for operating a synchronous reluctance machine, which comprises a rotor made of a soft magnetic material having an even number of distinct poles, and a stator having a multi-strand offset full-pitch winding, wherein the strands of the full-pitch windings are energized using currents that are phase-shifted with respect to one another and the energization states are rapidly changed depending on the rotor angle, wherein a trigonometric current function is selected for the definition of the strand currents, characterized in that the energization angle is sequentially advanced by a defined delta-energization angle, wherein the delta-energization angle is selected in accordance with β=2Π/(2*p*s), wherein p is the number of pole pairs of the rotor/stator and s is the number of strands of the stator.
Device for individualizing small loose objects, in particular of parallelepiped shape, comprising: - a plate for receiving loose objects, the plate comprising a peripheral retaining rim and a receiving surface that is higher at the rim than towards the center of the plate, the receiving surface sloping from the peripheral rim towards the center of the plate, - a drive motor for rotating the receiving plate about a rotational axis of it, - a robotic gripping unit for gripping the objects, - a control unit controlling the drive motor, that is configured to send a power supply signal to the drive motor resulting from the overlaying of a rotation control signal for rotating the plate in a predefined direction in order to apply a centrifugal force to the objects with the aim of conveying them towards the peripheral rim, and a control signal for alternating movements consisting of phases accelerating and decelerating the rotation of the plate in order to reduce the adhesion of the objects to the receiving plate and to facilitate their controlled movement towards the peripheral rim. - a plate for receiving loose objects, the plate comprising a peripheral retaining rim and a receiving surface that is higher at the rim than towards the center of the plate, the receiving surface sloping from the peripheral rim towards the center of the plate, - a drive motor for rotating the receiving plate about a rotational axis of it, - a robotic gripping unit for gripping the objects, - a control unit controlling the drive motor, that is configured to send a power supply signal to the drive motor resulting from the overlaying of a rotation control signal for rotating the plate in a predefined direction in order to apply a centrifugal force to the objects with the aim of conveying them towards the peripheral rim, and a control signal for alternating movements consisting of phases accelerating and decelerating the rotation of the plate in order to reduce the adhesion of the objects to the receiving plate and to facilitate their controlled movement towards the peripheral rim.
Method for evaluating signal data, having the following features: - a bus signal channel provides the signal data, - a reference channel provides reference signal values, on which the signal data are based, - a computer calculates a signal interpretation on the basis of an interpretable portion of the signal data and the reference signal values and reconstructs a signal, - a signal interpretation memory stores the reconstructed signal and the signal interpretation, - the computer determines a portion of the signal data which is in need of interpretation and is not included in the interpretable portion, - the signal interpretation memory also stores the portion of the signal data which is in need of interpretation, characterized by the following features: - a feedback channel provides feedback relating to the reconstructed signal, and - the computer assesses the signal interpretation on the basis of the feedback. - a bus signal channel provides the signal data, - a reference channel provides reference signal values, on which the signal data are based, - a computer calculates a signal interpretation on the basis of an interpretable portion of the signal data and the reference signal values and reconstructs a signal, - a signal interpretation memory stores the reconstructed signal and the signal interpretation, - the computer determines a portion of the signal data which is in need of interpretation and is not included in the interpretable portion, - the signal interpretation memory also stores the portion of the signal data which is in need of interpretation, - a feedback channel provides feedback relating to the reconstructed signal, and - the computer assesses the signal interpretation on the basis of the feedback.
An aircraft light unit comprising: a first light source with a principal beam axis in a first direction; and a second light source with a principal beam axis in a second direction the second direction being different from the first direction; characterized in that the first direction and the second direction are fixed relative to the light unit; and the first light source and second light source are arranged such that they can combine to create a net light beam in a plurality of different directions by variation of the power supplied to the light sources, and wherein the first light source and second light source are LEDs. a first light source with a principal beam axis in a first direction; and a second light source with a principal beam axis in a second direction the second direction being different from the first direction; characterized in that the first direction and the second direction are fixed relative to the light unit; and the first light source and second light source are arranged such that they can combine to create a net light beam in a plurality of different directions by variation of the power supplied to the light sources, and wherein the first light source and second light source are LEDs.