mhurhangee/ep-ind-claims huggingface dataset:
Emergency lighting operating devices for supplying at least one illuminant, in particular an emergency lighting illuminant, comprising an electrically isolated, clocked synchronous converter, in particular a flyback converter, supplied on the primary side with a supply voltage, wherein supply connections for the at least one illuminant are provided on the secondary side of the converter, a switchable battery arranged on the secondary side, for supplying the at least one illuminant in an emergency operating situation in which no supply voltage is present, a control unit arranged on the secondary side, which is configured to detect a secondary-side current or a secondary-side voltage and to supply the at least one illuminant selectively, starting from the battery arranged on the secondary side and chargeable via the converter, wherein a current sensor arranged on the secondary side is provided which is connected to a sensor input of the control unit in order to detect the current on the secondary side, or wherein a switch arranged on the secondary side is provided, which can be actively controlled by the control unit and is connected to a sensor input of the control unit in order to detect the current on the secondary side, characterized in that the control unit is configured to use a body diode of the current sensor or of the switch as a resistance for current measurement. an electrically isolated, clocked synchronous converter, in particular a flyback converter, supplied on the primary side with a supply voltage, wherein supply connections for the at least one illuminant are provided on the secondary side of the converter, a switchable battery arranged on the secondary side, for supplying the at least one illuminant in an emergency operating situation in which no supply voltage is present, a control unit arranged on the secondary side, which is configured to detect a secondary-side current or a secondary-side voltage and to supply the at least one illuminant selectively, starting from the battery arranged on the secondary side and chargeable via the converter, wherein a current sensor arranged on the secondary side is provided which is connected to a sensor input of the control unit in order to detect the current on the secondary side, or wherein a switch arranged on the secondary side is provided, which can be actively controlled by the control unit and is connected to a sensor input of the control unit in order to detect the current on the secondary side, characterized in that the control unit is configured to use a body diode of the current sensor or of the switch as a resistance for current measurement.
Energy production system (1, 100, 110, 130, 150) comprising: - an energy production device comprising an energy production unit for producing energy from a product in the form of particles, and a supply device for supplying the production unit, - a container defining an internal volume for receiving the product in the form of particles, - at least one removable connection unit comprising at least one first connection element connected to the energy production device and at least one complementary second connection element connected to the container, the connection unit having a coupled configuration in which the first connection element cooperates with the complementary second connection element and the internal volume communicates with the supply device so that the particles can be transferred from the internal volume to the supply device, and an uncoupled configuration in which the two connection elements (20, 22) are separated, and when the connection unit is in the uncoupled configuration, the container is movable relative to the energy production device between a close position and a remote position, characterised in that the energy production system (1, 100, 110, 130, 150) comprises a plurality of containers, the supply device being capable of being connected to each container by a connection unit. - an energy production device comprising an energy production unit for producing energy from a product in the form of particles, and a supply device for supplying the production unit, - a container defining an internal volume for receiving the product in the form of particles, - at least one removable connection unit comprising at least one first connection element connected to the energy production device and at least one complementary second connection element connected to the container,
An intrauterine device and more specifically an intracervical device for the local release of drugs in the loco-regional treatment of tumors of the uterine cervix, comprising: an elongated stem configured to be positioned in the cervical canal, this stem consisting of an inner hollow core to allow the passage of menstrual blood when the device is in place and a coating configured for a drug gradual-release; a first element attached to the stem for blocking the stem inside the uterine cavity, and located at the cranial or upper end; wherein the first blocking element is in the shape of an inflatable silicone ball communicating with the cavity of the inner core of the stem, the ball being inflated by means of a connecting tube which passes through the second blocking element and communicates with the cavity; and a second blocking element (7, 71) attached to the stem and configured to be positioned inside the vagina, against the ectocervix, located at the caudal or lower end of the stem. an elongated stem configured to be positioned in the cervical canal, this stem consisting of an inner hollow core to allow the passage of menstrual blood when the device is in place and a coating configured for a drug gradual-release; a first element attached to the stem for blocking the stem inside the uterine cavity, and located at the cranial or upper end; wherein the first blocking element is in the shape of an inflatable silicone ball communicating with the cavity of the inner core of the stem, the ball being inflated by means of a connecting tube which passes through the second blocking element and communicates with the cavity; and a second blocking element (7, 71) attached to the stem and configured to be positioned inside the vagina, against the ectocervix, located at the caudal or lower end of the stem.
Device for influencing the displacement of furniture parts (2, 3, 7, 8, 9, 10) which can be displaced in relation to each other comprising a drive unit (14, 15, 16), by means of which by means of a control unit for controlling the movement of a first furniture part (3, 8, 9, 10) the latter can be driven relative to a second furniture part (2, 7), wherein the control unit is configured such that after a triggering action of the control unit the first furniture part (3, 8, 9, 10) moves into a predefined position and stops there, wherein the predefined position differs from an end position of the first furniture part (3, 8, 9, 10), wherein the control unit is designed such that the first furniture part (3, 8, 9, 10) is driven up to the predefined position and the first furniture part (3, 8, 9, 10) after an adjustable period of time moves out of the predefined position into another position and stops there and the control unit is designed in order to stop the first furniture part (3, 8, 9, 10) when moving into the predefined position before reaching the predefined position, characterised in that adjusting means are provided for varying the adjustment of the predefined position which are designed to perform the adjustment of the predefined position by means of a manually executed movement of the first furniture part (3, 8, 9, 10).
A display device for a timepiece, comprising: - a member for indicating a unit of civil time arranged to indicate said unit of time on a corresponding scale; - a representation of the moon and a moon cache, said representation of the moon and said moon cache being arranged to move relative to each other about a common axis in order to represent the phases of the moon over a cycle of substantially one lunar cycle, - a first of said representation of the moon and said moon cache is rotationally-integrated with said indicating member, and - a second of said representation of the moon and said moon cache is arranged for relative movement with respect to said first, so as to indicate the moon phases, characterised in that said representation of the moon as well as said moon cache are arranged to be driven in revolution about said common axis - a member for indicating a unit of civil time arranged to indicate said unit of time on a corresponding scale; - a representation of the moon and a moon cache, said representation of the moon and said moon cache being arranged to move relative to each other about a common axis in order to represent the phases of the moon over a cycle of substantially one lunar cycle, - a first of said representation of the moon and said moon cache is rotationally-integrated with said indicating member, and - a second of said representation of the moon and said moon cache is arranged for relative movement with respect to said first, so as to indicate the moon phases,
A method for operating a wind turbine comprising several rotor blades, wherein the method comprises several measurements by means of at least one first lidar sensor for obtaining lidar data, wherein the at least one first lidar sensor is a solid-state lidar sensor, the at least one first lidar sensor is arranged on the outside of the wind turbine in such a way that the first lidar sensor rotates together with the rotor blades of the wind turbine, wherein an actual structural state of at least one point of a rotor blade of the wind turbine is observed on the basis of the lidar data, wherein a point whose actual structural state is observed is designated as a point to be observed, wherein the actual structural state of the point to be observed comprises a deflection of the point with respect to a normal position and/or a velocity of the point and/or an acceleration of the point, wherein the method comprises determining an actual shape of the rotor blade, wherein the determining comprises an approximation of the actual shape of the rotor blade based on at least one approximation function, wherein the first and/or second and/or third eigenform of the rotor blade is used as the approximation function, wherein the method comprises defining the at least one point to be observed based on the actual shape. wherein the method comprises several measurements by means of at least one first lidar sensor for obtaining lidar data, wherein the at least one first lidar sensor is a solid-state lidar sensor, the at least one first lidar sensor is arranged on the outside of the wind turbine in such a way that the first lidar sensor rotates together with the rotor blades of the wind turbine, wherein an actual structural state of at least one point of a rotor blade of the wind turbine is observed on the basis of the lidar data, wherein a point whose actual structural state is observed is designated as a point to be observed, wherein the actual structural state of the point to be observed comprises a deflection of the point with respect to a normal position and/or a velocity of the point and/or an acceleration of the point, wherein the method comprises determining an actual shape of the rotor blade, wherein the determining comprises an approximation of the actual shape of the rotor blade based on at least one approximation function, wherein the first and/or second and/or third eigenform of the rotor blade is used as the approximation function, wherein the method comprises defining the at least one point to be observed based on the actual shape.
An electronic component package, comprising: an upper package portion constructed by a first silicon substrate in which a through hole is provided, a first insulating layer formed on upper and lower surface sides of the first silicon substrate and an inner surface of the through hole, and a through electrode filled in the through hole, an upper surface of the through electrode being coplanar with that of an upper surface of the first insulating layer formed on the upper surface side of the first silicon substrate and a lower surface of the through electrode being coplanar with a lower surface of the first insulating layer formed on the lower surface side of the first silicon substrate; and a lower package portion constructed by a second silicon portion, an element formed on an upper surface side of the second silicon portion, a connection electrode formed on the element and connected electrically to the element, and a second insulating layer formed on a periphery of the connection electrode, wherein an upper surface of the connection electrode is coplanar with an upper surface of the second insulating layer; wherein the element is any one of a diode, a semiconductor element, a capacitor, a resistor and an inductor, wherein the upper package portion is stacked and arranged on the lower package portion, and the lower surface of the through electrode of the upper package portion is directly joined to the connection electrode of the lower package portion, and wherein the first insulating layer of the upper package portion directly contacts the second insulating layer of the lower package portion. an upper package portion constructed by a first silicon substrate in which a through hole is provided, a first insulating layer formed on upper and lower surface sides of the first silicon substrate and an inner surface of the through hole, and a through electrode filled in the through hole, an upper surface of the through electrode being coplanar with that of an upper surface of the first insulating layer formed on the upper surface side of the first silicon substrate and a lower surface of the through electrode being coplanar with a lower surface of the first insulating layer formed on the lower surface side of the first silicon substrate; and a lower package portion constructed by a second silicon portion, an element formed on an upper surface side of the second silicon portion, a connection electrode formed on the element and connected electrically to the element, and a second insulating layer formed on a periphery of the connection electrode, wherein an upper surface of the connection electrode is coplanar with an upper surface of the second insulating layer; wherein the element is any one of a diode, a semiconductor element, a capacitor, a resistor and an inductor, wherein the upper package portion is stacked and arranged on the lower package portion, and the lower surface of the through electrode of the upper package portion is directly joined to the connection electrode of the lower package portion, and wherein the first insulating layer of the upper package portion directly contacts the second insulating layer of the lower package portion.
A dual-flow turbine engine including a fan which is rotatably mounted on a fan shaft and a fixed structural element, said fan shaft and said structural element being connected to one another at an upstream bearing and a downstream bearing, respectively by means of an upstream bearing support and a downstream bearing support, and a decoupling device which surrounds said fan shaft and includes: - a set of fixing screws which join the downstream bearing support to said structural element using a fixed connection, and - a set of rupture screws which join the upstream bearing support to said downstream bearing support using a rupturable connection, characterized in that the said rupture screws of the device are inserted between the said fixing screws over a same circumference which surrounds the fan shaft. - a set of fixing screws which join the downstream bearing support to said structural element using a fixed connection, and - a set of rupture screws which join the upstream bearing support to said downstream bearing support using a rupturable connection,
A method for the advanced electronic signature of an electronic document by a user, wherein a signature certificate is held by a third-party Authority(s), provided to sign said electronic document, the electronic document comprising an authentication field adapted to contain a set of data (blob) relating to the transaction/authentication, the method comprising - an authentication step of the user at said Authority(s), by means of a third-party authentication circuit comprising • a bank circuit and • a mobile phone channel, - an acquisition step of a first and a second unique identifiers IDs associated to the user by said third-party authentication circuit wherein said first unique identifier ID comprises an ID of a bank card or associated thereto and said second unique identifier ID comprises a telephone ID uniquely associated to a mobile line of the user, and - an input step of each of said unique identifiers in said set of data (blob) by said third-party Authority(s). - an authentication step of the user at said Authority(s), by means of a third-party authentication circuit comprising • a bank circuit and • a mobile phone channel, • a bank circuit and • a mobile phone channel, - an acquisition step of a first and a second unique identifiers IDs associated to the user by said third-party authentication circuit wherein said first unique identifier ID comprises an ID of a bank card or associated thereto and said second unique identifier ID comprises a telephone ID uniquely associated to a mobile line of the user, and - an input step of each of said unique identifiers in said set of data (blob) by said third-party Authority(s).
A method, comprising: determining an amount of ammonia (NH 3) present at a first exhaust gas conduit position that is downstream of a first selective catalytic reduction catalyst and upstream of a second SCR catalyst; determining an actuator response function (250; 250a; 250b; 250c 250d; 250e) in response to at least one operating condition of the first SCR catalyst, wherein the actuator response function (250; 250a; 250b; 250c 250d; 250e) comprises a reductant injector response as a function of the amount of NH 3, the actuator response function (250; 250a; 250b; 250c 250d; 250e) having a response discontinuity; determining a reductant injection amount in response to the amount of NH 3 and the actuator response function (250; 250a; 250b; 250c 250d; 250e); and injecting an amount of reductant upstream of the first SCR catalyst in response to the reductant injection amount. determining an amount of ammonia (NH 3) present at a first exhaust gas conduit position that is downstream of a first selective catalytic reduction catalyst and upstream of a second SCR catalyst; determining an actuator response function (250; 250a; 250b; 250c 250d; 250e) in response to at least one operating condition of the first SCR catalyst, wherein the actuator response function (250; 250a; 250b; 250c 250d; 250e) comprises a reductant injector response as a function of the amount of NH 3, the actuator response function (250; 250a; 250b; 250c 250d; 250e) having a response discontinuity; determining a reductant injection amount in response to the amount of NH 3 and the actuator response function (250; 250a; 250b; 250c 250d; 250e); and injecting an amount of reductant upstream of the first SCR catalyst in response to the reductant injection amount.
An anaerobic purification device for purification of wastewater, the anaerobic purification device comprising: - a reactor tank configured to, when in operation, have a sludge blanket formed at the bottom part; - a fluid inlet for, in operation, introducing influent into the reactor tank; - at least one gas-collecting system; - at least one gas-liquid separation device; - at least one riser pipe connected to the at least one gas-collecting system and discharging into the gas-liquid separation device; - a downer pipe connected to the gas-liquid separation device and discharging into the bottom of the reactor tank; and - a fluid outlet comprising or connected to fluid level control means for, in operation, varying the height of a fluid level in the reactor tank within a predetermined range; wherein the fluid level control means comprises: a fluid valve configured to control the height of the fluid in the reactor tank within the predetermined range, a fluid level detector, a gas flow meter configured to measure the production rate of gas in the anaerobic purification device, and a controlling unit configured to regulate the fluid valve to vary the height of the fluid level in the reactor tank based on the fluid level detected by the fluid level detector and the gas production rate detected by the gas flow meter. - a reactor tank configured to, when in operation, have a sludge blanket formed at the bottom part; - a fluid inlet for, in operation, introducing influent into the reactor tank; - at least one gas-collecting system; - at least one gas-liquid separation device; - at least one riser pipe connected to the at least one gas-collecting system and discharging into the gas-liquid separation device; - a downer pipe connected to the gas-liquid separation device and discharging into the bottom of the reactor tank; and - a fluid outlet comprising or connected to fluid level control means for, in operation, varying the height of a fluid level in the reactor tank within a predetermined range; a fluid valve configured to control the height of the fluid in the reactor tank within the predetermined range, a fluid level detector, a gas flow meter configured to measure the production rate of gas in the anaerobic purification device, and a controlling unit configured to regulate the fluid valve to vary the height of the fluid level in the reactor tank based on the fluid level detected by the fluid level detector and the gas production rate detected by the gas flow meter.
A method, comprising: at an electronic device with a display, a microphone, and an input device: while the display is off, receiving user input via the input device; determine if the user input is a lifting movement; determine if the display is on as a result of the user input being a lifting movement; in accordance with a determination that the display is on, sampling audio input received via the microphone; determining whether the audio input comprises a spoken trigger; and in accordance with a determination that audio input comprises the spoken trigger, triggering a virtual assistant session. while the display is off, receiving user input via the input device; determine if the user input is a lifting movement; determine if the display is on as a result of the user input being a lifting movement; in accordance with a determination that the display is on, sampling audio input received via the microphone; determining whether the audio input comprises a spoken trigger; and in accordance with a determination that audio input comprises the spoken trigger, triggering a virtual assistant session.
An electrochemical deblocking solution comprising 0.01 to 200 mM lutidine, 0.1 mM to 100 mM benzoquinone, 0.1 M to 2 M hydroquinone, 0.1 M to 5 M tetraethyl ammonium p-toluene sulfonate, and a solvent having 10% to 99% acetonitrile and 1% to 90% methanol.
Printing machine for ink jet printing on containers provided in a container stream, comprising a container carousel, storage tanks arranged thereunder for ink (6, 7) to be processed, at least one printing unit for printing the containers and a filling station assigned to the at least one printing unit and designed for the temporary insertion of a transportable ink container and comprising a fill-in mechanism, wherein the filling station is connected via a supply line to a storage tank and said tank is connected via a further supply line to the printing unit, wherein a monitored machine guard is present for shielding the storage tank during operation outwards against access by the operating personnel, and the fill-in mechanism is accessible to the operating personnel in the periphery of the container carousel in a region outside co-rotating machine components and outside the machine guard, so that ink (6, 7) can be filled in during the running printing operation of the printing machine, without standstill of the printing machine.