mhurhangee/ep-ind-claims huggingface dataset:
A toe piece of a binding for shoes, comprising a support base provided with a pair of jaws arranged on opposite sides of the support base and provided with respective pins, which extend transversely inwards and are adapted to engage respective seats of metal material arranged in the toe of a footwear item, said support base being further provided with actuating means operable for actuating said jaws to close or open for respectively locking or releasing the toe of the footwear item, characterized in that at least one of said pins has at least one portion of magnetized material, in such a way as that, when the toe of the footwear item is brought close to the jaws in open position, at least one of said jaws is urged by magnetic attraction of the respective pin towards the respective seat on the footwear item, without operation of the actuating means.
A jettisonable door system for an aircraft, the jettisonable door system comprising: an upper hinge having a forward portion that is configured to be hingedly coupled to an airframe of the aircraft, the upper hinge having a upper outboard plate, a upper pin and an aft portion that is releasably secured to the upper outboard plate with the upper pin; and a lower hinge having a forward portion that is configured to be hingedly coupled to the airframe of the aircraft, the lower hinge having a lower outboard plate, a lower pin and an aft portion that is releasably secured to the lower outboard plate with the lower pin; wherein a rotation of the upper pin releases the upper hinge from the upper outboard plate and a rotation of the lower pin releases the lower hinge from the lower outboard plate, the jettisonable door system further comprising: a handle operably associated with the upper pin, such that a rotation of the handle causes the upper pin to rotate; and characterized by further comprising an upper wire operably associated with the handle and the lower pin, such that a rotation of the handle causes the lower pin to rotate. an upper hinge having a forward portion that is configured to be hingedly coupled to an airframe of the aircraft, the upper hinge having a upper outboard plate, a upper pin and an aft portion that is releasably secured to the upper outboard plate with the upper pin; and a lower hinge having a forward portion that is configured to be hingedly coupled to the airframe of the aircraft, the lower hinge having a lower outboard plate, a lower pin and an aft portion that is releasably secured to the lower outboard plate with the lower pin; wherein a rotation of the upper pin releases the upper hinge from the upper outboard plate and a rotation of the lower pin releases the lower hinge from the lower outboard plate, the jettisonable door system further comprising: a handle operably associated with the upper pin, such that a rotation of the handle causes the upper pin to rotate; and characterized by further comprising an upper wire operably associated with the handle and the lower pin, such that a rotation of the handle causes the lower pin to rotate.
Method for controlling, in particular navigating, at least one autonomous working device, in particular an autonomous lawn mower, within a working region, wherein in at least one method step working region data, in particular map data of the working region, are captured, wherein in at least one method step sensor data of the autonomous working device are captured, wherein in at least one method step at least one probability characteristic of possible states of the autonomous working device within the working region that describes at least a localization uncertainty, in particular a sensing and/or movement uncertainty, of the autonomous working device is evaluated for determining at least one path of movement of the autonomous working device that covers the working region at least substantially completely, characterized in that in at least one method step at least one collision probability of the autonomous working device with at least one obstacle (36, 38, 40) in the working region that is determined in dependence on a position of the obstacle (36, 38, 40) and the at least one probability characteristic, in particular the localization uncertainty, of the autonomous working device, is taken into consideration for the determination of the path of movement, wherein the collision probability of the autonomous working device is determined at each possible position of the autonomous working device within the working region and is taken into consideration for the determination of the path of movement. in at least one method step at least one collision probability of the autonomous working device with at least one obstacle (36, 38, 40) in the working region that is determined in dependence on a position of the obstacle (36, 38, 40) and the at least one probability characteristic, in particular the localization uncertainty, of the autonomous working device, is taken into consideration for the determination of the path of movement, wherein the collision probability of the autonomous working device is determined at each possible position of the autonomous working device within the working region and is taken into consideration for the determination of the path of movement.
A wood cutter, comprising - a body of substantially cylindrical shape, - one or more cutting inserts or knives, which are inserted in respective seats formed radially in said body in correspondence with a corner identified by at least two staggered horizontal planes which are obtained on said body, - each of said knives having a substantially cylindrical portion, which is inserted in one of said seats, and an elongated portion, which is configured to make different working on wood, - characterized in that, each knife has a central end or wedge which is obtained between said substantially cylindrical portion and said elongated portion, wherein said wood cutter also comprises a dowel, which is inserted in said seat and which houses a screw double-threaded grain where a key is inserted, said dowel abutting on said central wedge for pushing said knife out of said seat during a knife replacement operation. - a body of substantially cylindrical shape, - one or more cutting inserts or knives, which are inserted in respective seats formed radially in said body in correspondence with a corner identified by at least two staggered horizontal planes which are obtained on said body, - each of said knives having a substantially cylindrical portion, which is inserted in one of said seats, and an elongated portion, which is configured to make different working on wood, - characterized in that, each knife has a central end or wedge which is obtained between said substantially cylindrical portion and said elongated portion,
A method, comprising: determining, by a network controller, that a hash correlation exists between a first switch in a network and a second switch in the network, wherein a first egress port is to be selected among a first group of egress ports at the first switch for forwarding packets, a second egress port is to be selected among a second group of egress ports at the second switch for forwarding packets, and the first group having a first group size and the second group having a second group size, wherein determining that the hash correlation exists is based on determining that a first hash function being applied at the first switch is the same as a second hash function being applied at the second switch, and that the second group is reachable by the first group; selecting, by the network controller upon determining that the hash correlation exists, a new second group size coprime to the first group size; mapping, by the network controller, the second group of egress ports to a mapped group having the new second group size; and configuring, by the network controller, the second switch to route packets according to the mapped group, wherein configuring the second switch comprises selecting each egress port of the second switch as a next hop from the mapped group by applying the first hash function to fields of a packet header at the second switch, followed by applying a modulus operation to a resulting value of the first hash function by the new second group size coprime to the first group size. determining, by a network controller, that a hash correlation exists between a first switch in a network and a second switch in the network, wherein a first egress port is to be selected among a first group of egress ports at the first switch for forwarding packets, a second egress port is to be selected among a second group of egress ports at the second switch for forwarding packets, and the first group having a first group size and the second group having a second group size, wherein determining that the hash correlation exists is based on determining that a first hash function being applied at the first switch is the same as a second hash function being applied at the second switch, and that the second group is reachable by the first group; selecting, by the network controller upon determining that the hash correlation exists, a new second group size coprime to the first group size; mapping, by the network controller, the second group of egress ports to a mapped group having the new second group size; and configuring, by the network controller, the second switch to route packets according to the mapped group, wherein configuring the second switch comprises selecting each egress port of the second switch as a next hop from the mapped group by applying the first hash function to fields of a packet header at the second switch, followed by applying a modulus operation to a resulting value of the first hash function by the new second group size coprime to the first group size.
A synchronization device for stabilizing the movement behavior of a drawer in a furniture carcass, with a synchronization rod, wherein the synchronization rod has a longitudinal axis, and two spur gears (11, 21) engaging into two toothed racks (12, 22) of a drawer pull-out guide, wherein a pivoting movement of the two spur gears (11, 12) is coupled to a pivoting movement of the synchronization rod, characterized in that the pivoting axes (A, B) of all spur gears (11, 21) have a spacing in relation to the longitudinal axis of the synchronization rod, wherein on each of the two ends of the synchronization rod, a synchronization rack gear (13, 23) is formed in a torque-proof manner, the pivoting movement of which is coupled to a pivoting movement of the two spur gears (11, 12), and characterized in that either - the synchronization rack gears (13, 23) engage into the spur gears (11, 21) or - for transmitting a pivoting movement from the synchronization rack gears (13, 23) to the spur gears (11, 21), at least one coupled transmission gear wheel (14, 24) is provided on each side, and that the transmission gear wheels (14, 24) are formed axially in relation to the pivoting axes (A, B) of the spur gears (11,21). - the synchronization rack gears (13, 23) engage into the spur gears (11, 21) or - for transmitting a pivoting movement from the synchronization rack gears (13, 23) to the spur gears (11, 21), at least one coupled transmission gear wheel (14, 24) is provided on each side, and that the transmission gear wheels (14, 24) are formed axially in relation to the pivoting axes (A, B) of the spur gears (11,21).
An electronic device comprising: an amplifier which is configured to amplify a sound signal and comprises a vacuum tube comprising a heater configured to emit heat to heat the vacuum tube; a voltage supply which is configured to supply a first voltage and a second voltage which is higher than the first voltage; and a controller which is configured to control the voltage supply to supply the second voltage to the heater in response to supply of a drive voltage to the amplifier being started and control the voltage supply to supply the first voltage to the heater in response to a temperature of the vacuum tube reaching a predetermined temperature. an amplifier which is configured to amplify a sound signal and comprises a vacuum tube comprising a heater configured to emit heat to heat the vacuum tube; a voltage supply which is configured to supply a first voltage and a second voltage which is higher than the first voltage; and a controller which is configured to control the voltage supply to supply the second voltage to the heater in response to supply of a drive voltage to the amplifier being started and control the voltage supply to supply the first voltage to the heater in response to a temperature of the vacuum tube reaching a predetermined temperature.
Printable pastes for the formation of diffusion-impermeable, homogeneous Al 2 O 3 coatings or mixed Al 2 O 3 hybrid layers, comprising at least one precursor for the formation of Al 2 O 3, and, for steric stabilisation, at least one hydrophobic component selected from the group 1,3-cyclohexadione, salicylic acid, at least one hydrophilic compound selected from the group acetylacetone, dihydroxybenzoic acid and trihydroxybenzoic acid, and optionally at least one chelating agent selected from the group ethylenediaminetetraacetic acid (EDTA), diethylenetriaminepentaacetic acid (DETPA), nitrilotriacetic acid, ethylenediaminetetramethylenephosphonic acid (EDTPA) and diethylenetriaminepentamethylenephosphonic acid (DETPPA), where the pastes have an acidic pH in the range 4 - 5 and the latter is set by addition of one or more organic acids according to Claim 4 which dry in a residue-free manner.
An acoustic liner comprising: a face sheet; a back sheet, and a core layer, wherein the core layer is positioned between the face sheet and the back sheet; said core layer comprising a plurality of strips of core material (500, 800, 802, 900, 1102, 1104, 1200, 1300) folded to form an array of oblique polyhedral cellular structures, the array comprising: a plurality of converging polyhedral cells bisected by a polygonal top face and a bottom face; and a plurality of diverging polyhedral cells bisected by a polygonal top face and a bottom face; wherein the top face bisects the plurality of converging polyhedral cells and the plurality of diverging polyhedral cells as a plane. a face sheet; a back sheet, and a core layer, wherein the core layer is positioned between the face sheet and the back sheet; said core layer comprising a plurality of strips of core material (500, 800, 802, 900, 1102, 1104, 1200, 1300) folded to form an array of oblique polyhedral cellular structures, the array comprising: a plurality of converging polyhedral cells bisected by a polygonal top face and a bottom face; and a plurality of diverging polyhedral cells bisected by a polygonal top face and a bottom face; wherein the top face bisects the plurality of converging polyhedral cells and the plurality of diverging polyhedral cells as a plane. a plurality of converging polyhedral cells bisected by a polygonal top face and a bottom face; and a plurality of diverging polyhedral cells bisected by a polygonal top face and a bottom face; wherein the top face bisects the plurality of converging polyhedral cells and the plurality of diverging polyhedral cells as a plane.
A method for performing a touch lock function of a mobile device comprising a touch screen unit configured to detect a user's touch, the method characterized by: displaying, on the touch screen unit, a touch lock screen including a cover layer (41, 52, 82) overlaid on an underlying screen, wherein the cover layer (41, 52, 82) is translucent or transparent; when an input of a touch moving gesture is detected on the cover layer (41, 52, 82), moving the cover layer (41, 52, 82) according to the touch moving gesture; determining whether a distance travelled by the touch moving gesture exceeds a predefined critical touch moving distance; and if the amount of the touch moving gesture exceeds the predefined critical touch moving distance, removing the cover layer (41, 52, 82) from the touch lock screen, and switching a touch lock state of the mobile device from a locked state to an unlocked state; the cover layer (41, 52, 82) includes an indication of an event; and moving the cover layer (41, 52, 82) includes moving the indication of the event currently displayed in accordance with a direction of the touch gesture and a distance of the touch gesture. displaying, on the touch screen unit, a touch lock screen including a cover layer (41, 52, 82) overlaid on an underlying screen, wherein the cover layer (41, 52, 82) is translucent or transparent; when an input of a touch moving gesture is detected on the cover layer (41, 52, 82), moving the cover layer (41, 52, 82) according to the touch moving gesture; determining whether a distance travelled by the touch moving gesture exceeds a predefined critical touch moving distance; and if the amount of the touch moving gesture exceeds the predefined critical touch moving distance, removing the cover layer (41, 52, 82) from the touch lock screen, and switching a touch lock state of the mobile device from a locked state to an unlocked state; the cover layer (41, 52, 82) includes an indication of an event; and moving the cover layer (41, 52, 82) includes moving the indication of the event currently displayed in accordance with a direction of the touch gesture and a distance of the touch gesture.
An antenna system, comprising: a dielectric slab; a clearance zone on one end of the dielectric slab; a low-frequency antenna with a working frequency band of less than 6 GHz arranged in the clearance zone; a millimeter-wave array antenna arranged in the clearance zone; and a multi-layer passive grid structure arranged between the low-frequency antenna and the millimeter-wave array antenna on both sides of the dielectric slab. a dielectric slab; a clearance zone on one end of the dielectric slab; a low-frequency antenna with a working frequency band of less than 6 GHz arranged in the clearance zone; a millimeter-wave array antenna arranged in the clearance zone; and a multi-layer passive grid structure arranged between the low-frequency antenna and the millimeter-wave array antenna on both sides of the dielectric slab.
An implantable medical device, the device comprising: an integrated circuit chip comprising: a plurality of switches; and a plurality of pins; circuitry that is configurable to control delivery of therapy or sense signals in accordance with a plurality of vectors, characterised in that the circuitry is configured to: determine that one or more pins of the plurality of pins, for therapy delivery or sensing in accordance with a first subset of vectors of the plurality of vectors, are in an electrically floating state; selectively close one or more switches of the plurality of switches to couple at least a subset of the one or more pins to one or more set voltage levels; and cause the IMD to deliver therapy in accordance with a vector of a second subset of vectors of the plurality of vectors, wherein the second subset of vectors is different than the first subset of vectors. an integrated circuit chip comprising: a plurality of switches; and a plurality of pins; a plurality of switches; and a plurality of pins; circuitry that is configurable to control delivery of therapy or sense signals in accordance with a plurality of vectors, characterised in that the circuitry is configured to: determine that one or more pins of the plurality of pins, for therapy delivery or sensing in accordance with a first subset of vectors of the plurality of vectors, are in an electrically floating state; selectively close one or more switches of the plurality of switches to couple at least a subset of the one or more pins to one or more set voltage levels; and cause the IMD to deliver therapy in accordance with a vector of a second subset of vectors of the plurality of vectors, wherein the second subset of vectors is different than the first subset of vectors. determine that one or more pins of the plurality of pins, for therapy delivery or sensing in accordance with a first subset of vectors of the plurality of vectors, are in an electrically floating state; selectively close one or more switches of the plurality of switches to couple at least a subset of the one or more pins to one or more set voltage levels; and cause the IMD to deliver therapy in accordance with a vector of a second subset of vectors of the plurality of vectors, wherein the second subset of vectors is different than the first subset of vectors.
Trailer angle determination system for a vehicle, having: - a sensing unit for sensing a trailer connected to the vehicle; and - an evaluation unit, wherein the sensing unit is arranged outside the centre of the vehicle and in the direction of the trailer, and wherein the distance (yc) between the sensing unit and the centre of the vehicle is known, wherein the trailer has symmetrical feature pairs (35, 38; 36, 37) with respect to a longitudinal axis of symmetry of the trailer, wherein the sensing unit is configured to sense at least the symmetrical feature pairs (35, 38; 36, 37) of the trailer, wherein the evaluation unit is configured to determine the angle (α) between the trailer and the vehicle on the basis of the sensed symmetrical feature pairs (35, 38; 36, 37) of the trailer and the known distance (yc) between the sensing unit and the centre of the vehicle, characterized in that the evaluation unit is configured to determine the distance (x) between the vehicle and the trailer by means of an initialization based on an image, in which the centre of the vehicle and the longitudinal axis of symmetry of the trailer are in a line. - a sensing unit for sensing a trailer connected to the vehicle; and - an evaluation unit, wherein the sensing unit is arranged outside the centre of the vehicle and in the direction of the trailer, and wherein the distance (yc) between the sensing unit and the centre of the vehicle is known, wherein the trailer has symmetrical feature pairs (35, 38; 36, 37) with respect to a longitudinal axis of symmetry of the trailer, wherein the sensing unit is configured to sense at least the symmetrical feature pairs (35, 38; 36, 37) of the trailer, wherein the evaluation unit is configured to determine the angle (α) between the trailer and the vehicle on the basis of the sensed symmetrical feature pairs (35, 38; 36, 37) of the trailer and the known distance (yc) between the sensing unit and the centre of the vehicle,
Vehicle seat, in particular a commercial motor vehicle seat (1 A), comprising a seat part, a backrest comprising a lower backrest part and an upper backrest part, and a holding apparatus, by means of which the upper backrest part is held displaceably with respect to the lower backrest part, the holding apparatus having a sliding guide device (26; 126; 526), by means of which the upper backrest part is arranged displaceably with respect to the lower backrest part along a displacement curve so as to displaceably mount the upper backrest part, at least in part, in the direction of the side edge (4A, 4B) of the lower backrest part, characterised in that at least one sliding guide element (36, 37; 336; 436, 536, 537) of the sliding guide device has resilient bearing arm elements (61; 261) or rigid bearing webs, which form a slide bush (64; 264; 487).
Aircraft comprising an apparatus for ground propulsion of the aircraft, comprising; an aircraft electrical bus providing an alternating current and disposed within a body of the aircraft; and a wheel assembly comprising a wheel, a motor that generates a constant mechanical motion and a transmission that receives the constant mechanical motion and generates a variable mechanical motion at the wheel to propel the aircraft, characterised in that: the motor is disposed at a location of the wheel outside of a body of the aircraft; and the motor draws electrical power directly from the aircraft electrical bus. the motor is disposed at a location of the wheel outside of a body of the aircraft; and the motor draws electrical power directly from the aircraft electrical bus.