mhurhangee/ep-ind-claims huggingface dataset:
An electric machine, more particularly an alternating current generator, having a rotor comprising at least two poles (9, 10), and a stator which surrounds the rotor in an annular manner and has a yoke formed from a single stator plate stack, wherein during rotating operation the magnetic flux in the stator is influenced by a manufacturing-induced first magnetic constriction which is arranged at a peripheral position of the stator and this first magnetic constriction is formed as an abutment point, and a second magnetic constriction is arranged offset and spaced apart with respect to the first magnetic constriction in a peripheral direction of the stator, characterised in that the second magnetic constriction is arranged spaced apart with respect to the first magnetic constriction on the stator such that, in order to compensate for the influence of the first constriction with respect to occurring magnetic noises, the second magnetic constriction is arranged at a position which is offset by 1/4 of a pole pitch to half of a pole pitch of the rotor with respect to the first magnetic constriction.
A method for wireless communication, comprising: receiving signaling indicative of a set of physical random access channel, PRACH, procedures for use in accessing a wireless communications network, the set of PRACH procedures including at least a first PRACH procedure, wherein the first PRACH procedure supports access to the wireless communications network with a total of two random access messages and a second PRACH procedure which supports access to the wireless communications network with a total of four random access messages; selecting the first PRACH procedure of the set of PRACH procedures based at least in part on the received signaling; and transmitting a random access message according to the selected PRACH procedure. receiving signaling indicative of a set of physical random access channel, PRACH, procedures for use in accessing a wireless communications network, the set of PRACH procedures including at least a first PRACH procedure, wherein the first PRACH procedure supports access to the wireless communications network with a total of two random access messages and a second PRACH procedure which supports access to the wireless communications network with a total of four random access messages; selecting the first PRACH procedure of the set of PRACH procedures based at least in part on the received signaling; and transmitting a random access message according to the selected PRACH procedure.
Control apparatus for a mobile working machine, in particular an industrial truck, having a movable operator control lever to which a magnet is fastened, and having a magnetic sensor element for detecting the movement and/or position of the operator control lever, characterized in that the region of the operator control lever on which the magnet is arranged and the magnetic sensor element, apart from a region of an opening for routing through the operator control lever, are surrounded by a screen which is composed of highly permeable material.
A control system for a state of a quantum harmonic oscillator, comprising: - a quantum harmonic oscillator configured to carry encoded information in a Schrödinger's cat type state of the oscillator, - a stabilisation device for a predetermined parity of a number of bosons of the state, which device is configured to use first and second frequency combs, the first and second frequency combs each including at least as many rays as a mean number of bosons in the Schrödinger's cat type state of the oscillator, and - a multi-photon dissipation device arranged to remove at least one pair of bosons simultaneously from the oscillator, the multi-photon dissipation device being arranged such that it is activated only over activation periods between two successive time peaks of the first and second frequency combs, the activation period having a duration which is greater than the inverse of the product of the mean number of bosons in the Schrödinger's cat type state of the oscillator and the inverse of the characteristic time separating the removal of at least one pair of bosons simultaneously from the oscillator by multi-photon dissipation, a duration separating two successive activation periods being less than a characteristic loss time of a boson in the harmonic oscillator. - a quantum harmonic oscillator configured to carry encoded information in a Schrödinger's cat type state of the oscillator, - a stabilisation device for a predetermined parity of a number of bosons of the state, which device is configured to use first and second frequency combs, the first and second frequency combs each including at least as many rays as a mean number of bosons in the Schrödinger's cat type state of the oscillator, and - a multi-photon dissipation device arranged to remove at least one pair of bosons simultaneously from the oscillator, the multi-photon dissipation device being arranged such that it is activated only over activation periods between two successive time peaks of the first and second frequency combs, the activation period having a duration which is greater than the inverse of the product of the mean number of bosons in the Schrödinger's cat type state of the oscillator and the inverse of the characteristic time separating the removal of at least one pair of bosons simultaneously from the oscillator by multi-photon dissipation, a duration separating two successive activation periods being less than a characteristic loss time of a boson in the harmonic oscillator.
An oral care composition comprising a local anaesthetic agent, a film-forming polymer and a non-aqueous vehicle comprising 40 weight % to 50 weight % petrolatum, and 5% to 10% mineral oil, wherein the film-forming polymer comprises an alkyl vinyl ether-maleic acid or anhydride copolymer or salt thereof.
A seat-sliding apparatus for a vehicle comprising: a lower rail fixed to the vehicle: an upper rail, which is coupled to a seat and slides along the lower rail; a rail groove portion, which is formed in at least one surface of the lower rail and has therein a plurality of grooves; a tooth portion having teeth positioned between the grooves in the rail groove portion; a sloped portion, which is positioned at at least a portion of the rail groove portion and in which heights of the teeth of the tooth portion decrease toward a center of the rail groove portion from one end of the rail groove portion in a longitudinal direction; and a locking unit, which is positioned at the upper rail and is selectively engaged with the rail groove portion so as to hold the upper rail. an upper rail, which is coupled to a seat and slides along the lower rail; a rail groove portion, which is formed in at least one surface of the lower rail and has therein a plurality of grooves; a tooth portion having teeth positioned between the grooves in the rail groove portion; a sloped portion, which is positioned at at least a portion of the rail groove portion and in which heights of the teeth of the tooth portion decrease toward a center of the rail groove portion from one end of the rail groove portion in a longitudinal direction; and a locking unit, which is positioned at the upper rail and is selectively engaged with the rail groove portion so as to hold the upper rail.
A computer-implemented method for prioritizing mitigation in enterprise networks, the method being executed by one or more processors and comprising: receiving graph data representative of a process-aware analytical attack graph, AAG, (410; 500; 550) that is representative of potential lateral movement of adversaries within a computer network, wherein nodes of the process-aware AAG are associated with process attributes, a process attribute maps a node to at least a portion of a process that is at least partially executed within the computer network, and wherein the nodes indicate facts of the process-aware AAG; receiving risk profile data representative of a risk profile of an enterprise with respect to two or more risk aspects, wherein the risk profile comprises a user-assigned acceptance score to each risk aspect, an acceptance score representing the enterprise's minimal acceptance rate of a risk aspect; generating, by a process-aware risk assessment module, a risk assessment based on the process-aware AAG and the risk profile; generating, by a mitigation simulator module, a mitigation list based on the process-aware AAG, the risk profile, and the risk assessment, the mitigation list comprising a prioritized list of two or more of the facts of the process-aware AAG; providing a set of remediation actions based on the mitigation list; and executing at least one remediation action in the set of remediation actions to mitigate cyber security risk to the computer network. receiving graph data representative of a process-aware analytical attack graph, AAG, (410; 500; 550) that is representative of potential lateral movement of adversaries within a computer network, wherein nodes of the process-aware AAG are associated with process attributes, a process attribute maps a node to at least a portion of a process that is at least partially executed within the computer network, and wherein the nodes indicate facts of the process-aware AAG; receiving risk profile data representative of a risk profile of an enterprise with respect to two or more risk aspects, wherein the risk profile comprises a user-assigned acceptance score to each risk aspect, an acceptance score representing the enterprise's minimal acceptance rate of a risk aspect; generating, by a process-aware risk assessment module, a risk assessment based on the process-aware AAG and the risk profile; generating, by a mitigation simulator module, a mitigation list based on the process-aware AAG, the risk profile, and the risk assessment, the mitigation list comprising a prioritized list of two or more of the facts of the process-aware AAG; providing a set of remediation actions based on the mitigation list; and executing at least one remediation action in the set of remediation actions to mitigate cyber security risk to the computer network.
A toner for electrostatic image development comprising a toner particle that contains at least a binder resin, characterized in that the binder resin is a copolymer containing a structural unit represented by the following general formula and a structural unit derived from a (meth)acrylate ester-based monomer: wherein R 1 represents a hydrogen atom or substituted or unsubstituted C1-C2 alkyl group, A represents an oxygen atom or divalent linking group, B represents a hydrogen atom, substituted or unsubstituted C1-C4 alkyl group, aldehyde group, carboxy group or hydroxy group, and X represents an oxygen atom, nitrogen atom or sulfur atom.
Drill head for the precision machining of workpieces, comprising a tool blade which is held on a solid-body joint and by means of which at least one piezo actuator (18, 20) is adjustable in an advancing direction, characterized in that the effective distance (b) of the piezo actuator (18, 20) from a joint of the solid-body joint is approximately equal to or greater than the distance (a) between the joint and the tool blade.
A roller shutter box having a preferably prismatic housing, wherein a strip is arranged along at least one edge of the housing, which strip is connected via at least one first, non-operationally detachable connection to a first housing plate and via at least one second, operationally detachable connection to a second housing plate, characterised in that the strip consists of a non-integral structure made of at least one first part and one second part and the first connection is formed between the first housing plate and the first part and the second connection is formed between the second housing plate and the second part.
A fitment for a fluid containment system, comprising: a liner fitment, including a liner joining surface, the liner joining surface configured to be joined to a liner, wherein the liner fitment defines a liner fitment aperture; and a retainer, including a container joining surface, the container joining surface configured to be joined to a container, wherein the retainer defines an aperture suitable for receiving the liner fitment and wherein the liner fitment is held in the aperture by a load-bearing feature formed by an outer surface of the liner fitment and surface of the retainer, wherein the load-bearing feature includes an annular surface; on an end of the fitment and wherein the annular surface extends beyond the aperture of the retainer, wherein the load-bearing feature is positioned on a surface of the aperture of the retainer and a corresponding surface of the liner fitment characterized in that the liner fitment includes one or more connection protrusions located on the outer surface of the liner fitment and the retainer includes one or more connection recesses on an inner surface, and the liner fitment and the retainer are joined via interface of the one or more connection protrusions and the one or more second connection recesses. a liner fitment, including a liner joining surface, the liner joining surface configured to be joined to a liner, wherein the liner fitment defines a liner fitment aperture; and a retainer, including a container joining surface, the container joining surface configured to be joined to a container, wherein the retainer defines an aperture suitable for receiving the liner fitment and wherein the liner fitment is held in the aperture by a load-bearing feature formed by an outer surface of the liner fitment and surface of the retainer, wherein the load-bearing feature includes an annular surface; on an end of the fitment and wherein the annular surface extends beyond the aperture of the retainer, wherein the load-bearing feature is positioned on a surface of the aperture of the retainer and a corresponding surface of the liner fitment characterized in that the liner fitment includes one or more connection protrusions located on the outer surface of the liner fitment and the retainer includes one or more connection recesses on an inner surface, and the liner fitment and the retainer are joined via interface of the one or more connection protrusions and the one or more second connection recesses.
A fuel pump, comprising: a case, including: a first section comprising a hub and a hole; a second section, the second section comprising a threading and circumferentially arranged around the first section, wherein a radial space is arranged between the first section and the second section; an inlet in fluid communication with the radial space; a housing chamber arranged adjacent to the first section; and, an outlet in fluid communication with the hole; a filter bowl removably connected to the second section, the filter bowl disposed outside the case and providing a fuel path outside the case, the filter bowl fluidly connecting the radial space with the hole and axially extended from the second section; a filter engaged with the hub, the filter partially arranged in the filter bowl and positioned slidably and circumferentially around the hub; a valve assembly arranged at least partially in the first section and at least partially in the housing chamber; a coil operatively arranged to apply a magnetic field to the valve assembly to selectively displace fluid therethrough; and a circuit connected to the coil, wherein the circuit includes a microcontroller operatively arranged to control current supplied to the coil. a case, including: a first section comprising a hub and a hole; a second section, the second section comprising a threading and circumferentially arranged around the first section, wherein a radial space is arranged between the first section and the second section; an inlet in fluid communication with the radial space; a housing chamber arranged adjacent to the first section; and, an outlet in fluid communication with the hole; a first section comprising a hub and a hole; a second section, the second section comprising a threading and circumferentially arranged around the first section, wherein a radial space is arranged between the first section and the second section; an inlet in fluid communication with the radial space; a housing chamber arranged adjacent to the first section; and, an outlet in fluid communication with the hole; a filter bowl removably connected to the second section, the filter bowl disposed outside the case and providing a fuel path outside the case, the filter bowl fluidly connecting the radial space with the hole and axially extended from the second section; a filter engaged with the hub, the filter partially arranged in the filter bowl and positioned slidably and circumferentially around the hub; a valve assembly arranged at least partially in the first section and at least partially in the housing chamber; a coil operatively arranged to apply a magnetic field to the valve assembly to selectively displace fluid therethrough; and a circuit connected to the coil, wherein the circuit includes a microcontroller operatively arranged to control current supplied to the coil.
An electronic apparatus comprising: a memory configured to store a plurality of frames included in an input image; and a processor configured to: obtain an assembled frame by assembling two frames of the plurality of frames, identify, based on a similarity between the assembled frame and one frame of the plurality of frames, whether the one frame of the plurality of frames is a first interpolated frame generated based on at least two frames from remaining frames of the plurality of frames, select reference frames to be used in frame interpolation of the plurality of frames based on the first interpolated frame being identified, identify a plurality of original frames of the plurality of frames based on the first interpolated frame, and obtain an output image by selecting the plurality of original frames as reference frames and performing frame interpolation. a memory configured to store a plurality of frames included in an input image; and a processor configured to: obtain an assembled frame by assembling two frames of the plurality of frames, identify, based on a similarity between the assembled frame and one frame of the plurality of frames, whether the one frame of the plurality of frames is a first interpolated frame generated based on at least two frames from remaining frames of the plurality of frames, select reference frames to be used in frame interpolation of the plurality of frames based on the first interpolated frame being identified, identify a plurality of original frames of the plurality of frames based on the first interpolated frame, and obtain an output image by selecting the plurality of original frames as reference frames and performing frame interpolation. obtain an assembled frame by assembling two frames of the plurality of frames, identify, based on a similarity between the assembled frame and one frame of the plurality of frames, whether the one frame of the plurality of frames is a first interpolated frame generated based on at least two frames from remaining frames of the plurality of frames, select reference frames to be used in frame interpolation of the plurality of frames based on the first interpolated frame being identified, identify a plurality of original frames of the plurality of frames based on the first interpolated frame, and obtain an output image by selecting the plurality of original frames as reference frames and performing frame interpolation.
A mowing vehicle comprising: a driving wheel unit that is driven by a travel driving mechanism; a traveling state detection portion configured to detect a traveling state including traveling and stopping of the vehicle; a mower unit that is supported by the vehicle; a raising/lowering mechanism configured to change a height of the mower unit with respect to ground; a mowing blade driving mechanism configured to drive a mowing blade of the mower unit; a raising/lowering control portion configured to provide, to the raising/lowering mechanism, a raising/lowering control signal for changing the height of the mower unit with respect to the ground between an operation height and a non-operation height, the operation height being a height with respect to the ground suitable for mowing and including a lowest height, and the non-operation height being a height with respect to the ground unsuitable for mowing and including a highest height; a mowing blade driving control portion configured to control driving of the mowing blade; and a mower unit state detection portion configured to detect a state of the mower unit including the height of the mower unit with respect to the ground and driving or stopping of the mowing blade, characterized in that the mowing vehicle comprises a management portion configured to provide control instructions to the raising/lowering control portion and the mowing blade driving control portion based on the traveling state detected by the traveling state detection portion and the state of the mower unit detected by the mower unit state detection portion. a driving wheel unit that is driven by a travel driving mechanism; a traveling state detection portion configured to detect a traveling state including traveling and stopping of the vehicle; a mower unit that is supported by the vehicle; a raising/lowering mechanism configured to change a height of the mower unit with respect to ground; a mowing blade driving mechanism configured to drive a mowing blade of the mower unit; a raising/lowering control portion configured to provide, to the raising/lowering mechanism, a raising/lowering control signal for changing the height of the mower unit with respect to the ground between an operation height and a non-operation height, the operation height being a height with respect to the ground suitable for mowing and including a lowest height, and the non-operation height being a height with respect to the ground unsuitable for mowing and including a highest height; a mowing blade driving control portion configured to control driving of the mowing blade; and a mower unit state detection portion configured to detect a state of the mower unit including the height of the mower unit with respect to the ground and driving or stopping of the mowing blade, characterized in that the mowing vehicle comprises a management portion configured to provide control instructions to the raising/lowering control portion and the mowing blade driving control portion based on the traveling state detected by the traveling state detection portion and the state of the mower unit detected by the mower unit state detection portion.