mhurhangee/ep-ind-claims huggingface dataset:
A device for operating an aircraft landing gear hatch on the ground, the device comprising: - means (5, 12) for operating the hatch; - hooking means (6, 7, 10) enabling the hatch to be locked when it reaches a closed position, the hooking means (6, 7, 10) including at least one unlocking actuator arranged to act on the hooking means (6, 7, 10) in order to deactivate them; - a control box for selectively delivering orders to receivers (8, 12), the control box comprising: - a shaft mounted to turn about an axis of rotation, while being capable of sliding along said axis between a rest position towards which it is urged by return means, and an active position; - order delivery means (16, 11) co-operating with the shaft to deliver orders as a function of the angular position of the shaft; - rotary drive means for causing the shaft to turn; - safety actuation means for causing the shaft to slide from the rest position in which anti-rotation means (27, 28) prevent the shaft from turning to the active position in which the anti-rotation means (27, 28) leave the shaft free to turn under drive from the rotary drive means; the order delivery means of the control box optionally being connected to the operating means (5, 12) of the hatch and to the unlocking actuator in order to run the following sequences selectively: - an opening sequence during which the unlocking actuator is actuated to deactivate the hooking means (6, 7, 10); and - a closing sequence during which the operating means (5, 12) are actuated to reclose the hatch. - means (5, 12) for operating the hatch; - hooking means (6, 7, 10) enabling the hatch to be locked when it reaches a closed position, the hooking means (6, 7, 10) including at least one unlocking actuator arranged to act on the hooking means (6, 7, 10) in order to deactivate them; - a control box for selectively delivering orders to receivers (8, 12), the control box comprising: - a shaft mounted to turn about an axis of rotation, while being capable of sliding along said axis between a rest position towards which it is urged by return means, and an active position; - order delivery means (16, 11) co-operating with the shaft to deliver orders as a function of the angular position of the shaft; - rotary drive means for causing the shaft to turn; - safety actuation means for causing the shaft to slide from the rest position in which anti-rotation means (27, 28) prevent the shaft from turning to the active position in which the anti-rotation means (27, 28) leave the shaft free to turn under drive from the rotary drive means; - an opening sequence during which the unlocking actuator is actuated to deactivate the hooking means (6, 7, 10); and - a closing sequence during which the operating means (5, 12) are actuated to reclose the hatch.
A power control system having: a server configured to maintain asset models that represent behaviour of power assets connected to a power grid, gild, each asset model being in real-time communication with its power asset to dynamically inform the model of the status of the power asset; means at the server configured to perform a test by issuing a command to a power asset requesting the asset to perform a function; sensors at the asset configured to measure real-time physical parameters at the asset and report these to the server; means at the server configured to establish, from the parameters reported by the asset, whether the asset responded to the command and, if the asset responded, how it responded over time in terms of how much power the asset absorbed from the grid or released to the grid and over what time, as a direct consequence of the command; and means at the server configured to establish and to update an asset model for the asset based on the determined response of the asset, whereby the asset is modelled as an energy storage device, in terms of at least an energy storage capacitance, a time constant, and a recovery time after which the asset has recovered from the test, and whereby the server is adapted to determine, using the asset model, whether the asset can be allocated at a future time to provision of a secondary function beyond a primary function of the asset, wherein the primary function is a local operation of the asset and the secondary function is a grid-level operation to the benefit of the grid. a server configured to maintain asset models that represent behaviour of power assets connected to a power grid, gild, each asset model being in real-time communication with its power asset to dynamically inform the model of the status of the power asset; means at the server configured to perform a test by issuing a command to a power asset requesting the asset to perform a function; sensors at the asset configured to measure real-time physical parameters at the asset and report these to the server; means at the server configured to establish, from the parameters reported by the asset, whether the asset responded to the command and, if the asset responded, how it responded over time in terms of how much power the asset absorbed from the grid or released to the grid and over what time, as a direct consequence of the command; and means at the server configured to establish and to update an asset model for the asset based on the determined response of the asset, whereby the asset is modelled as an energy storage device, in terms of at least an energy storage capacitance, a time constant, and a recovery time after which the asset has recovered from the test, and whereby the server is adapted to determine, using the asset model, whether the asset can be allocated at a future time to provision of a secondary function beyond a primary function of the asset, wherein the primary function is a local operation of the asset and the secondary function is a grid-level operation to the benefit of the grid.
Filling device for vehicle-side internal pressure control of a tyre of a vehicle wheel, with a rotatably mounted flanged shaft, which has at its one end a radially extended flange plate for the flangemounting of a rim, wherein the flanged shaft protrudes through a coaxial opening of an axle funnel fixed for conjoint rotation, with a first pressure channel, which is formed axially in the flanged shaft and with its first end opens out axially outwards at a first pressure outlet on the flange plate, and also with a second pressure channel, which is formed axially in the flanged shaft and with its first end opens out axially outwards at a second pressure outlet on the flange plate, wherein the second end of the first pressure channel and the second end of the second pressure channel, axially offset in relation to one another, open out radially outwards at the running-around lateral surface of the flanged shaft into annular air channels (21, 22) which enclose the flanged shaft, are respectively formed between a pair of air sealing rings (19, 20), arranged for conjoint rotation on the axial funnel and enclosing the flanged shaft, and of which a first pressure connection and a second pressure connection, which are formed in the axle funnel, lead to the radially running-around outer lateral surface of the axle funnel, wherein a ring-like seal carrier, in the radially running-around inner opening of which the pairs of air sealing rings (19, 20) are arranged coaxially to one another, is fitted for conjoint rotation in the coaxial opening of the axle funnel, wherein the seal carrier has in the region between each pair of air sealing rings (19, 20) an inner annular groove (23, 26) on its inner radially running-around lateral surface and an outer annular groove (24, 27) on its outer radially running-around lateral surface, wherein the first inner annular groove is connected to the first outer annular groove radially assigned to it and the second inner annular groove is connected to the second outer annular groove radially assigned to it, and wherein the first outer annular groove is connected to the first pressure connection and the second outer annular groove is connected to the second pressure connection, characterized in that a radial venting channel leads from an annular region between the two pairs of air sealing rings (19, 20) to a radially running-around annular venting channel, which is formed on the outer lateral surface of the seal carrier or of the spacer ring and leads via a ventilating bore formed in the axle funnel to the radially running-around outer lateral surface of the axle funnel, wherein the radial venting channel leads through the seal carrier or through a spacer ring to the annular venting channel, wherein, at the lead-through through the spacer ring, the seal carrier consists of a first seal carrier part and a second seal carrier part coaxial thereto, axially between which the spacer ring is arranged.
A magnetic resonance measurement apparatus comprising: a plurality of signal generators arranged to generate a plurality of transmission signals as a plurality of digital signals; a combiner arranged to combine the plurality of transmission signals to generate a digital combined signal; a digital-to-analog converter arranged to convert the digital combined signal into an analog combined signal; a dynamic variable attenuator arranged to attenuate the analog combined signal and in which an attenuation level can be varied during measurement; and a controller arranged to control operations of the plurality of signal generators and the dynamic variable attenuator. a plurality of signal generators arranged to generate a plurality of transmission signals as a plurality of digital signals; a combiner arranged to combine the plurality of transmission signals to generate a digital combined signal; a digital-to-analog converter arranged to convert the digital combined signal into an analog combined signal; a dynamic variable attenuator arranged to attenuate the analog combined signal and in which an attenuation level can be varied during measurement; and a controller arranged to control operations of the plurality of signal generators and the dynamic variable attenuator.
A knife with automatic blade return, having a housing, a movable operating device, a rotatable blade unit which comprises a blade and a blade carrier, wherein the blade is connected to the blade carrier in such a manner that a rotary motion between blade and blade carrier is prevented in that the blade has two or more openings into which there engage two or more pins of the blade carrier or the blade is connected to the blade carrier by means of an adhesive connection, stamped connection, screw connection or clamped connection, wherein the blade carrier can be brought into engagement with the operating device and wherein the blade unit is movable by means of the operating device from a position in which it is retracted in the housing into a position in which it is extended from the housing, wherein the blade unit is rotatable, through cutting force action in the extended position, from an engagement position in which the blade carrier engages the operating device into a release position in which the blade carrier does not engage the operating device, a return element which always exerts a return force on the blade unit in the direction of the retracted position, and a movable slide on which the blade unit is rotatably mounted.
Textile machine, especially a spinning preparation machine, - with a drafting system for drafting a fiber strand fed to the textile machine, - with a compressor arranged downstream from the drafting system in a transportation direction of the fiber strand for compressing the fiber strand, and - with a draw-off device arranged downstream from the compressor in the above-mentioned transportation direction for drawing off the drafted fiber strand, wherein - the drafting system comprises at least one entrance cylinder that can be powered with the help of a drive and an exit cylinder that can be powered with the help of a drive, wherein - the draw-off device comprises at least one draw-off disk that can be powered with the help of a drive, and wherein the textile machine comprises a control and/or regulation unit and means with the help of which the tension draft, i.e. the ratio of the circumferential speeds of the exit cylinder and the draw-off disk can be changed while the drafting system is being operated, at least during a part of its starting phase and/or stopping phase, characterized in that the control and/or regulation unit is designed to increase the circumferential speed of the draw-off disk faster than the circumferential speed of the exit cylinder, at least during a part of the starting phase of the drafting system, and/or that the control and/or regulation unit is designed to reduce the circumferential speed of the draw-off disk faster than the circumferential speed of the exit cylinder, at least during a part of the stopping phase of the drafting system. - with a drafting system for drafting a fiber strand fed to the textile machine, - with a compressor arranged downstream from the drafting system in a transportation direction of the fiber strand for compressing the fiber strand, and - with a draw-off device arranged downstream from the compressor in the above-mentioned transportation direction for drawing off the drafted fiber strand, wherein - the drafting system comprises at least one entrance cylinder that can be powered with the help of a drive and an exit cylinder that can be powered with the help of a drive, wherein - the draw-off device comprises at least one draw-off disk that can be powered with the help of a drive, and wherein
Use of at least a first and a second single-stranded oligonucleotide in the assembly within a cell of at least two double-stranded nucleic acid molecules into a single double-stranded nucleic acid construct of pre-determined sequence, wherein the first and second single-stranded oligonucleotide are at least 80% complementary to each other over the whole sequence, wherein a first of the at least two double-stranded nucleic acid molecules integrates into a second of the at least two double-stranded nucleic acid molecules to result into a single double-stranded nucleic acid construct, wherein a part of the first single-stranded oligonucleotide has sequence identity with the first of the at least two double-stranded nucleic acid molecules and wherein a part of the first single-stranded oligonucleotide has sequence identity with the second of the at least two double-stranded nucleic acid molecules, wherein the sequence identity is sufficient for assembly of the double-stranded nucleic acid construct.
An interlocking means (10a, 10b) for connecting a first panel, a second panel and a leg of a piece of furniture with each other, comprising an elongated element; and a brace element; and wherein the elongated element comprises a portion configured to be attached to a first upper surface of the first panel and a first upper surface of the second panel, and either a securing means configured to receive an interconnection element protruding from the leg or an interconnection element configured to match a securing means formed in the leg; and the brace element comprises a portion configured to be attached to a second lower surface of the first panel and a second lower surface of the second panel, and a through opening configured to receive the interconnection element. an elongated element; and a brace element; and wherein the elongated element comprises a portion configured to be attached to a first upper surface of the first panel and a first upper surface of the second panel, and either a securing means configured to receive an interconnection element protruding from the leg or an interconnection element configured to match a securing means formed in the leg; and a portion configured to be attached to a first upper surface of the first panel and a first upper surface of the second panel, and either a securing means configured to receive an interconnection element protruding from the leg or an interconnection element configured to match a securing means formed in the leg; and the brace element comprises a portion configured to be attached to a second lower surface of the first panel and a second lower surface of the second panel, and a through opening configured to receive the interconnection element. a portion configured to be attached to a second lower surface of the first panel and a second lower surface of the second panel, and a through opening configured to receive the interconnection element.
An elevator service request system, comprising a wireless signal apparatus (120, 130) configured to broadcast a wireless signal (123, 143) and establish wireless communication with a personal mobile terminal carried by a passenger based on the wireless signal (123, 143), wherein the wireless signal apparatus (120, 130) is configured to be adapted to communicate with a social media application component in the personal mobile terminal; wherein the elevator service request system sends, through an elevator service request component installed in the social media application component, an elevator service request command to the wireless signal apparatus (120, 130) that is already in communication with the social media application component; and wherein the wireless signal apparatus (120, 130) is further configured to receive the elevator service request command; and the wireless signal apparatus (120, 130) is configured with an interface protocol module configured to implement the communication, characterized in that the interface protocol module is implemented based on a device access interface protocol provided by a developer of the social media application component. wherein the elevator service request system sends, through an elevator service request component installed in the social media application component, an elevator service request command to the wireless signal apparatus (120, 130) that is already in communication with the social media application component; and wherein the wireless signal apparatus (120, 130) is further configured to receive the elevator service request command; and the wireless signal apparatus (120, 130) is configured with an interface protocol module configured to implement the communication, characterized in that the interface protocol module is implemented based on a device access interface protocol provided by a developer of the social media application component.
A method for authenticating a device to a mobile network, - once powered on, the device activates a first temporary subscription identifier, the first temporary subscription identifier being firstly active; - the device sends to a first server the first temporary subscription identifier and first data; - the first server sends to the device a first result message including an authentication failure based upon the first data; characterized in that the method further comprises the following steps: - then the device determines a second temporary subscription identifier and at least one secret associated with at least the second temporary subscription identifier, the second temporary subscription identifier being associated with the first temporary subscription identifier; - the device switches from the first to the second temporary subscription identifier, the second temporary subscription identifier being secondly active; - the device generates second data by using the at least one secret; - the device sends to the first server the second temporary subscription identifier and the second data; - the first server determines, based on at least the second temporary subscription identifier, the at least one secret; and - the first server sends to the device a second result message including an authentication success based upon the associated first and second temporary subscription identifiers and the second data. - once powered on, the device activates a first temporary subscription identifier, the first temporary subscription identifier being firstly active; - the device sends to a first server the first temporary subscription identifier and first data; - the first server sends to the device a first result message including an authentication failure based upon the first data; - then the device determines a second temporary subscription identifier and at least one secret associated with at least the second temporary subscription identifier, the second temporary subscription identifier being associated with the first temporary subscription identifier; - the device switches from the first to the second temporary subscription identifier, the second temporary subscription identifier being secondly active; - the device generates second data by using the at least one secret; - the device sends to the first server the second temporary subscription identifier and the second data; - the first server determines, based on at least the second temporary subscription identifier, the at least one secret; and - the first server sends to the device a second result message including an authentication success based upon the associated first and second temporary subscription identifiers and the second data.
Industrial truck having an electrical connection cable set, wherein the industrial truck has a vehicle body and a lifting mast on which a load-bearing means is arranged such that it can be lifted and can be lowered, wherein the connection cable set comprises at least one electrical connection cable which is guided from the vehicle body to at least one electrical component which is arranged on the lifting mast or on the load-bearing means, characterized in that the connection cable set has a length compensation means for compensating for different structural lengths of the lifting mast, wherein the connection cable set has a telescopic protection device within which the connection cable is arranged, wherein the protection device comprises a cable store in which the electrical connection cable is guided and stored so as to form a loop.