mhurhangee/ep-ind-claims huggingface dataset:
A tool path generation method for generating a tool path based on a function defining a curved surface in a three-dimensional space, the method comprising the steps of: inputting a first function derived from a polynomial expression including a plurality of coefficients representing a first curved surface, generating a first tool path based on the first function; inputting the first tool path to an NC device of a machine tool and machining a workpiece by relative movement between a tool and the workpiece along the first tool path; measuring the shape of the workpiece at a plurality of measurement points on a surface of the machined workpiece; calculating, for each of the measurement points, a symmetrical position with respect to the first curved surface in a direction perpendicular to the first curved surface as a correction point; obtaining a second function representing a second curved surface based on a series of position data of the correction points, wherein the second function is defined by changing the plurality of coefficients of the first function; and generating a second tool path based on the second function. inputting a first function derived from a polynomial expression including a plurality of coefficients representing a first curved surface, generating a first tool path based on the first function; inputting the first tool path to an NC device of a machine tool and machining a workpiece by relative movement between a tool and the workpiece along the first tool path; measuring the shape of the workpiece at a plurality of measurement points on a surface of the machined workpiece; calculating, for each of the measurement points, a symmetrical position with respect to the first curved surface in a direction perpendicular to the first curved surface as a correction point; obtaining a second function representing a second curved surface based on a series of position data of the correction points, wherein the second function is defined by changing the plurality of coefficients of the first function; and generating a second tool path based on the second function.
Apparatus for treating wires moving on a conveyance means that can be traversed by a heat flow via orifices, characterized in that the wire treatment apparatus also comprises a heat distribution management device comprising at least one blocking means covering at least some of the orifices of the conveyance means, this blocking means being structurally independent of the conveyance means on which the blocking means is placed.
An in-vehicle communication system authenticating a message with a public key, comprising; processing means arranged to check to see whether a verification result of a public key certificate of a message sender is registered in a memory or not, wherein in the case where the result is registered as verification success in the check, verification of the public key certificate is omitted, the processing means is arranged to verify a signature of a message, wherein in the case where the result is registered as verification failure in the check, and values of a public key and a signature of a public key certificate at the time of registration and values of a public key of a received message and a signature of a public key certificate are the same, the processing means is arranged to process the result while regarding the case as a failure in verification of the signature in the message, wherein in the case where the result is registered as verification failure in the check, and values of a public key and a signature of a public key certificate at the time of registration and values of a public key of a received message and a signature of a public key certificate are different, the processing means is arranged to verify received public key certificate, in the case where the verification of the received public key certificate succeeds, verify the signature of a message, in the case where verification of the received public key certificate fails, and it is regarded that verification of the signature of the message fails, and wherein in the case where a result of verification of a public key certificate of a message sender is not registered in the memory, the processing means is arranged to verify a public key certificate and a signature.
A throttle device which is mounted on a handle bar, and includes a rotor which is rotated in an interlocking manner with the manipulation of an acceleration grip, the throttle device comprising: a casing which surrounds a portion of the rotor and houses a detection means for detecting a rotational angle of the rotor; a housing which houses the rotor and the casing therein and is mounted on the handle bar; and a spiral-shaped return spring for returning the rotated rotor to an original position, and the return spring has one end thereof engaged with an engaging member of the rotor and the other end thereof engaged with the casing, the other end of the return spring engaging a second engaging projection axially projecting from an end surface of the casing, characterized in that the engaging member of the rotor is concentrically fitted on the rotor body and connected thereto by axially fitting a connecting projection portion of the engaging member into an aligned engaging recess portion formed in the rotor body, and the one end of the return spring engages a first columnar engaging portion radially projecting from the engaging member, such that, during assembly of the throttle device, the other end of the spring engages the second engaging projection before the connecting projection portion is pushed into the engaging recess portion. a casing which surrounds a portion of the rotor and houses a detection means for detecting a rotational angle of the rotor; a housing which houses the rotor and the casing therein and is mounted on the handle bar; and a spiral-shaped return spring for returning the rotated rotor to an original position, and the return spring has one end thereof engaged with an engaging member of the rotor and the other end thereof engaged with the casing, the other end of the return spring engaging a second engaging projection axially projecting from an end surface of the casing, characterized in that the engaging member of the rotor is concentrically fitted on the rotor body and connected thereto by axially fitting a connecting projection portion of the engaging member into an aligned engaging recess portion formed in the rotor body, and the one end of the return spring engages a first columnar engaging portion radially projecting from the engaging member, such that, during assembly of the throttle device, the other end of the spring engages the second engaging projection before the connecting projection portion is pushed into the engaging recess portion.
Cover device for a side sill of a passenger vehicle, comprising a sill cover which comprises a first cover element arranged in a length region of the side sill underneath a door opening and a second cover element arranged in the length region underneath the door opening, and comprising a drive unit by means of which the first cover element is pivotable about a first pivot axis and the second cover element is pivotable about a second pivot axis, which is spaced apart from the first pivot axis and extends in parallel with the first pivot axis, relative to the side sill between a cover position and a comfort position, characterized in that the drive unit is designed as a spindle drive which comprises a motor common to the cover elements (22, 24), a spindle which is common to the cover elements (22, 24) and is rotatable by means of the motor, and a driver element which is common to the cover elements (22, 24) and is screwed onto the spindle, which driver element can be moved along the spindle by rotating the spindle relative to the driver element, as a result of which the cover elements (22, 24) can be pivoted.
A receptacle (50, 150, 250, 350, 450, 550, 650, 750) for replaceably mounting a traction cleat on a shoe comprising: a base adapted to be secured in a shoe sole and having a bottom surface and a longitudinally extending receptacle attachment axis; a boss having a distal end and a proximal end proximate said bottom surface, said boss extending generally longitudinally from said base and having a hollow interior cavity extending generally downward about the receptacle attachment axis; a distal end wall on said boss having interior and exterior surfaces and a through aperture configured to permit an attachment flange structure (23a, 23b) of a cleat to be passed axially through the aperture and received in said cavity in an angular insertion orientation relative to said receptacle and such that the flange structure can be angularly rotated in the cavity about the receptacle attachment axis to an angular locking orientation relative to said receptacle, said end wall being further configured to prevent axial removal of said attachment flange structure (23a, 23b) from said cavity in said angular locking orientation; the exterior surface of the distal end wall has at least one arcuate exterior ramp segment (60a, 60b) projecting gradually from the exterior surface as a function of angular location about the receptacle attachment axis to provide an angled interface for contacting the cleat, the boss ramp segment having maximally and minimally projecting angularly displaced ends; characterized in that an angularly extending series of locking teeth is provided on the receptacle for cooperating with a locking structure (30a, 30b) on the cleat and in that the thickness of the receptacle in the dimension parallel to the receptacle attachment axis is five millimeters or less. a base adapted to be secured in a shoe sole and having a bottom surface and a longitudinally extending receptacle attachment axis; a boss having a distal end and a proximal end proximate said bottom surface, said boss extending generally longitudinally from said base and having a hollow interior cavity extending generally downward about the receptacle attachment axis; a distal end wall on said boss having interior and exterior surfaces and a through aperture configured to permit an attachment flange structure (23a, 23b) of a cleat to be passed axially through the aperture and received in said cavity in an angular insertion orientation relative to said receptacle and such that the flange structure can be angularly rotated in the cavity about the receptacle attachment axis to an angular locking orientation relative to said receptacle, said end wall being further configured to prevent axial removal of said attachment flange structure (23a, 23b) from said cavity in said angular locking orientation; the exterior surface of the distal end wall has at least one arcuate exterior ramp segment (60a, 60b) projecting gradually from the exterior surface as a function of angular location about the receptacle attachment axis to provide an angled interface for contacting the cleat, the boss ramp segment having maximally and minimally projecting angularly displaced ends;
A fragmentation munition comprising: a fragmentation canister containing preformed fragments; and an explosive in a central hole in the fragmentation canister; wherein a weight ratio of the preformed fragments to the explosive is from 15:1 to 100:1; wherein the explosive is part of a removable explosive cartridge inserted in the central hole; wherein the explosive cartridge includes: an outer shell; and the explosive within the outer shell; wherein the cartridge includes an integral fuzewell at one end of the cartridge; wherein some of the preformed fragments surround the explosive and the central hole; wherein the fragmentation canister includes a casing surrounding the preformed fragments, with the some of the preformed fragments which surround the explosive and the central hole being between the casing and the central hole; and the fragmentation munition further comprising an airframe that surrounds the canister and the cartridge. a fragmentation canister containing preformed fragments; and an explosive in a central hole in the fragmentation canister; wherein a weight ratio of the preformed fragments to the explosive is from 15:1 to 100:1; wherein the explosive is part of a removable explosive cartridge inserted in the central hole; wherein the explosive cartridge includes: an outer shell; and the explosive within the outer shell; an outer shell; and the explosive within the outer shell; wherein the cartridge includes an integral fuzewell at one end of the cartridge; wherein some of the preformed fragments surround the explosive and the central hole; wherein the fragmentation canister includes a casing surrounding the preformed fragments, with the some of the preformed fragments which surround the explosive and the central hole being between the casing and the central hole; and the fragmentation munition further comprising an airframe that surrounds the canister and the cartridge.
A memory management method, applied to a terminal, comprising: when a target running application is hot started, determining a frequently accessed memory page of the target running application based on a memory page on which a page exception occurs in the target running application; and after the target running application is switched to a background for running, retaining the frequently accessed memory page in a memory, and swapping a rarely accessed memory page from the memory to a swap partition of a storage, wherein the rarely accessed memory page is a memory page other than the frequently accessed memory page. when a target running application is hot started, determining a frequently accessed memory page of the target running application based on a memory page on which a page exception occurs in the target running application; and after the target running application is switched to a background for running, retaining the frequently accessed memory page in a memory, and swapping a rarely accessed memory page from the memory to a swap partition of a storage, wherein the rarely accessed memory page is a memory page other than the frequently accessed memory page.
An electric motor including a substantially cylindrical housing, a rotor assembly including a rotating shaft, a cover, and a cooling fan, the housing having a circumferential wall which terminates at a flat closure wall, the flat closure wall of the housing being provided with a first bearing at its center and defining a plurality of downstream through holes, the circumferential wall of the housing defining a plurality of upstream through holes, the rotor assembly being located in the housing, the cover comprising a circular body that is mounted to the housing, wherein the cover further includes a plurality of axially extending wind-catching projections, wherein each wind-catching projection is configured to be located above one of the upstream through holes of the housing, wherein each wind-catching projection defines an air guiding channel facing towards the cooling fan and communicating with one of the upstream through holes of the housing, so that the airflow induced by the cooling fan can easily pass through the air guiding channels and the upstream through holes to enter the housing, wherein a first end of the rotating shaft of the rotor assembly is mounted to the first bearing at the flat closure wall of the housing, and wherein the second end of the rotating shaft of the rotor assembly is mounted at a second bearing and the cooling fan being mounted at said second end of the rotating shaft of the rotor assembly; characterized in that the housing opens out at an opening opposite to the flat closure wall; wherein the cover is configured to be fitted with the housing for sealing the opening of the housing, wherein the housing and the cover further cooperate with each other to define a receiving space; wherein the second bearing is formed at the center of the circular body of the cover, wherein the cooling fan mounted at the second end of the rotating shaft is arranged near the cover and outside the receiving space defined by the housing and the cover; wherein the plurality of axially extending wind-catching projections are integrally formed on the outer circumference of the circular body of the cover, such that each wind-catching projection is located above one of the upstream through holes of the housing, wherein the airflow induced by the cooling fan easily passes through the air guiding channels and the upstream through holes to enter the housing and can go out of the housing via the downstream through holes.
A method for manufacturing a shaped object from a composite material which comprises thermoset particles, characterised in that the method comprises the following steps: a) providing a dry homogeneous mixture comprising fiber material with an average length of 2 - 40 mm and a granulate of thermoset particles with an average particle size of 2 - 15 mm, whereby the volume percent of the fiber material is 10 - 80% of the dry homogeneous mixture, and whereby the dry homogeneous mixture has a moisture content which is in equilibrium with air having a dew point of at most 25 °C; b) adding at least one polyol and at least one isocyanate to the dry homogenous mixture for forming a viscous mixture, whereby the weight percent of the at least one polyol and the at least one isocyanate together is 4.0 - 25.0% of the dry homogeneous mixture, and mixing the viscous compound mixture, thereby forming a viscous homogeneous mixture; c) forming a shaped object by curing the viscous homogeneous mixture in a mould at a temperature of 15 - 60 °C and under a pressure (p) of at least 50 bar, whereby the pressure (p) is maintained during at least 1 minute. a) providing a dry homogeneous mixture comprising fiber material with an average length of 2 - 40 mm and a granulate of thermoset particles with an average particle size of 2 - 15 mm, whereby the volume percent of the fiber material is 10 - 80% of the dry homogeneous mixture, and whereby the dry homogeneous mixture has a moisture content which is in equilibrium with air having a dew point of at most 25 °C; b) adding at least one polyol and at least one isocyanate to the dry homogenous mixture for forming a viscous mixture, whereby the weight percent of the at least one polyol and the at least one isocyanate together is 4.0 - 25.0% of the dry homogeneous mixture, and mixing the viscous compound mixture, thereby forming a viscous homogeneous mixture; c) forming a shaped object by curing the viscous homogeneous mixture in a mould at a temperature of 15 - 60 °C and under a pressure (p) of at least 50 bar, whereby the pressure (p) is maintained during at least 1 minute.
A system suitable for tissue removal, the system comprising: a laser configured to generate a laser beam; a user interface comprising a user selectable adjustment of pulse parameters, the pulse parameters including pulse amplitude, pulse duration and pulse period; a delivery device coupled to the laser configured to deliver the laser beam to target tissue during an exposure; and a controller coupled to the user interface, characterized in that the controller is configured to control the laser to produce the laser beam with a dynamic pulse sequence during the exposure, the dynamic pulse sequence comprising periodic repetition of a pulsing pattern that intermixes cutting pulses according to a first set of pulse parameters and coagulating pulses according to a second set of pulse parameters. a laser configured to generate a laser beam; a user interface comprising a user selectable adjustment of pulse parameters, the pulse parameters including pulse amplitude, pulse duration and pulse period; a delivery device coupled to the laser configured to deliver the laser beam to target tissue during an exposure; and a controller coupled to the user interface, characterized in that the controller is configured to control the laser to produce the laser beam with a dynamic pulse sequence during the exposure, the dynamic pulse sequence comprising periodic repetition of a pulsing pattern that intermixes cutting pulses according to a first set of pulse parameters and coagulating pulses according to a second set of pulse parameters.
A method comprising causing actions that result in: receiving a spatial audio input; determining a direction of interest from the spatial audio input; receiving a spatial visual input; determining (601,603) positional information related to one or more imaged objects from the spatial visual input; determining if one imaged object is eclipsed by another imaged object based on the positional information; and generating a spatial audio output dependent on: the spatial audio input, the direction of interest, the positional information, and the determination if one imaged object is eclipsed by another imaged object. receiving a spatial audio input; determining a direction of interest from the spatial audio input; receiving a spatial visual input; determining (601,603) positional information related to one or more imaged objects from the spatial visual input; determining if one imaged object is eclipsed by another imaged object based on the positional information; and generating a spatial audio output dependent on: the spatial audio input, the direction of interest, the positional information, and the determination if one imaged object is eclipsed by another imaged object. the spatial audio input, the direction of interest, the positional information, and the determination if one imaged object is eclipsed by another imaged object.
A voltage stability monitoring device which monitors voltage stability of a power system comprising: an assumed change scenario calculation unit which produces a plurality of assumed change scenarios indicating a scenario of a change that is assumed based on at least one of a system configuration of the power system and a change of a tide state; a voltage stability calculation unit which calculates the voltage stability using the assumed change scenario; a voltage stability margin calculation unit which calculates a voltage stability margin indicating margin degree of the voltage stability, based on the voltage stability; an each scenario severity ranking calculation unit which selects an assumed change scenario with high severity of the voltage stability for each assumed change scenario, based on the voltage stability margin; a vulnerable bus calculation unit which calculates which of buses in the power system is a vulnerable bus that decreases voltage stability, based on the assumed change scenario which is selected; and a monitoring location change unit which changes a monitoring target of the voltage stability, based on information of the vulnerable bus. an assumed change scenario calculation unit which produces a plurality of assumed change scenarios indicating a scenario of a change that is assumed based on at least one of a system configuration of the power system and a change of a tide state; a voltage stability calculation unit which calculates the voltage stability using the assumed change scenario; a voltage stability margin calculation unit which calculates a voltage stability margin indicating margin degree of the voltage stability, based on the voltage stability; an each scenario severity ranking calculation unit which selects an assumed change scenario with high severity of the voltage stability for each assumed change scenario, based on the voltage stability margin; a vulnerable bus calculation unit which calculates which of buses in the power system is a vulnerable bus that decreases voltage stability, based on the assumed change scenario which is selected; and a monitoring location change unit which changes a monitoring target of the voltage stability, based on information of the vulnerable bus.