mhurhangee/ep-ind-claims huggingface dataset:
A map processing method, comprising: obtaining (101; 201; 301) map data collected by a vehicle during driving of the vehicle; determining, when a plurality of semantic elements forming a loop is detected in the map data, a plurality of target semantic elements collected for a same environment object from the plurality of semantic elements forming the loop; and de-duplicating the map data based on the plurality of target semantic elements; wherein the plurality of target semantic elements comprises semantic elements for a road node comprising a first semantic element and a second semantic element that match each other, and said de-duplicating the map data based on the plurality of target semantic elements comprises: obtaining (203; 303) a topological relationship among the plurality of semantic elements in the map data; characterized in that the method further comprises: determining (204; 304), based on the topological relationship, a set of first semantic elements comprising one or more semantic elements connected to the first semantic element and a set of second semantic elements comprising one or more semantic elements connected to the second semantic element; and de-duplicating (205; 305) the map data based on the set of first semantic elements and the set of second semantic elements. obtaining (101; 201; 301) map data collected by a vehicle during driving of the vehicle; determining, when a plurality of semantic elements forming a loop is detected in the map data, a plurality of target semantic elements collected for a same environment object from the plurality of semantic elements forming the loop; and de-duplicating the map data based on the plurality of target semantic elements; wherein the plurality of target semantic elements comprises semantic elements for a road node comprising a first semantic element and a second semantic element that match each other, and said de-duplicating the map data based on the plurality of target semantic elements comprises: obtaining (203; 303) a topological relationship among the plurality of semantic elements in the map data; characterized in that the method further comprises: determining (204; 304), based on the topological relationship, a set of first semantic elements comprising one or more semantic elements connected to the first semantic element and a set of second semantic elements comprising one or more semantic elements connected to the second semantic element; and de-duplicating (205; 305) the map data based on the set of first semantic elements and the set of second semantic elements. determining (204; 304), based on the topological relationship, a set of first semantic elements comprising one or more semantic elements connected to the first semantic element and a set of second semantic elements comprising one or more semantic elements connected to the second semantic element; and de-duplicating (205; 305) the map data based on the set of first semantic elements and the set of second semantic elements.
A system for attaching a device to an object, comprising: an attachment device for attaching the device to an object, the attachment device having a trigger for triggering activation of the attachment device; a releasable coupling device for releasably coupling the attachment device to a deployment system, the releasable coupling device comprising: a housing; a trigger system, configured to trigger the attachment device trigger; and a retaining system, configured to releasably retain the attachment device; wherein, the releasable coupling device is configured such that: in a first configuration, the trigger system is in a disarmed state; in a second configuration, the trigger system is in an armed state, such that movement of the attachment device relative to the housing of the releasable coupling device activates the trigger of the attachment device; and in a third configuration, the retaining system releases the attachment device. an attachment device for attaching the device to an object, the attachment device having a trigger for triggering activation of the attachment device; a releasable coupling device for releasably coupling the attachment device to a deployment system, the releasable coupling device comprising: a housing; a trigger system, configured to trigger the attachment device trigger; and a retaining system, configured to releasably retain the attachment device; a housing; a trigger system, configured to trigger the attachment device trigger; and a retaining system, configured to releasably retain the attachment device; wherein, the releasable coupling device is configured such that: in a first configuration, the trigger system is in a disarmed state; in a second configuration, the trigger system is in an armed state, such that movement of the attachment device relative to the housing of the releasable coupling device activates the trigger of the attachment device; and in a third configuration, the retaining system releases the attachment device. in a first configuration, the trigger system is in a disarmed state; in a second configuration, the trigger system is in an armed state, such that movement of the attachment device relative to the housing of the releasable coupling device activates the trigger of the attachment device; and in a third configuration, the retaining system releases the attachment device.
A tone ring cartridge, comprising: an inner piece, comprising: a first leg extending parallel an outer surface of a shaft, said first leg connected to a first elastomeric material, wherein a tone ring is connected to said first leg; a second leg, connected to said first leg, extending radially outward from said outer surface of said shaft, and transverse to said first leg; an outer piece, comprising: a first leg extending parallel an inner surface of a bearing adjuster; and a second leg, connected to said first leg, extending radially inward from said bearing adjuster inner surface, said second leg axially offset from said inner piece second leg; characterized in that the second leg comprises a first portion extending transverse the outer piece first leg, a second portion angled with respect to the first portion and a third portion parallel the first portion and axially offset therefrom. an inner piece, comprising: a first leg extending parallel an outer surface of a shaft, said first leg connected to a first elastomeric material, wherein a tone ring is connected to said first leg; a second leg, connected to said first leg, extending radially outward from said outer surface of said shaft, and transverse to said first leg; a first leg extending parallel an outer surface of a shaft, said first leg connected to a first elastomeric material, wherein a tone ring is connected to said first leg; a second leg, connected to said first leg, extending radially outward from said outer surface of said shaft, and transverse to said first leg; an outer piece, comprising: a first leg extending parallel an inner surface of a bearing adjuster; and a second leg, connected to said first leg, extending radially inward from said bearing adjuster inner surface, said second leg axially offset from said inner piece second leg; a first leg extending parallel an inner surface of a bearing adjuster; and a second leg, connected to said first leg, extending radially inward from said bearing adjuster inner surface, said second leg axially offset from said inner piece second leg; characterized in that the second leg comprises a first portion extending transverse the outer piece first leg, a second portion angled with respect to the first portion and a third portion parallel the first portion and axially offset therefrom.
A method of forming a gate, the method comprising: (a) providing a base of a first base material, said base having a gate area (125, 250); (b) adding a layer of a second material to said base in the gate area (125, 250) by an additive manufacturing process to form a metallurgical bond, wherein said second material has a characteristic that differentiates the second material from the first base material; the method being characterized by: (c) adding an interstitial layer of material between said base and said layer of said second material, wherein the material of the interstitial layer has a coefficient of thermal expansion that is in between the coefficients of thermal expansion of the first base material and the material of the second material layer; and (d) modifying an inner surface in said gate area (50, 125, 250) comprised of said second material to define the gate (44, 244). (a) providing a base of a first base material, said base having a gate area (125, 250); (b) adding a layer of a second material to said base in the gate area (125, 250) by an additive manufacturing process to form a metallurgical bond, wherein said second material has a characteristic that differentiates the second material from the first base material; (c) adding an interstitial layer of material between said base and said layer of said second material, wherein the material of the interstitial layer has a coefficient of thermal expansion that is in between the coefficients of thermal expansion of the first base material and the material of the second material layer; and (d) modifying an inner surface in said gate area (50, 125, 250) comprised of said second material to define the gate (44, 244).
A hollow particle comprising a silicon compound, wherein an average particle size is 5 to 150 nm, a thickness of the shell is 1 to 25 nm, and a ratio (I Q2 /I Q4) of an integrated intensity (I Q2) of a peak (Q 2) attributed to silicon in which the number of bridging oxygen is 2 to an integrated intensity (I Q4) of a peak (Q 4) attributed to silicon: in which the number of bridging oxygen is 4, in solid-state NMR ( 29 Si/MAS) measurement is not less than 0.25 and not more than 1.0.
A power generation control apparatus that is provided in a vehicle including an engine, a generator which is driven by the engine and output voltage of which is variable, and accumulating means connected to the generator, the power generation control apparatus comprising: accumulation amount calculating means that calculates an accumulation amount of the accumulating means; output voltage setting means that sets a first value as the output voltage when the accumulation amount is below an accumulation amount threshold value, and sets a second value, which is smaller than the first value, as the output voltage when the accumulation amount is not less than the accumulation amount threshold value; startup state detecting means that detects a startup state of the engine; and driving state detecting means that detects a driving state of the vehicle, characterized in that: the output voltage setting means sets the first value as the output voltage, regardless of the accumulation amount calculated by the accumulation amount calculating means, until the driving state detecting means detects that the vehicle is driving after the startup state detecting means detects that the engine is starting up by an operation of a user in a parking state. accumulation amount calculating means that calculates an accumulation amount of the accumulating means; output voltage setting means that sets a first value as the output voltage when the accumulation amount is below an accumulation amount threshold value, and sets a second value, which is smaller than the first value, as the output voltage when the accumulation amount is not less than the accumulation amount threshold value; startup state detecting means that detects a startup state of the engine; and driving state detecting means that detects a driving state of the vehicle, characterized in that: the output voltage setting means sets the first value as the output voltage, regardless of the accumulation amount calculated by the accumulation amount calculating means, until the driving state detecting means detects that the vehicle is driving after the startup state detecting means detects that the engine is starting up by an operation of a user in a parking state.
A hand-operated apparatus comprising a hollow housing configured to be worn on a hand and operated by a user in a table game played above a playing surface and adapted to be used to defend a goal from an incoming ball or a puck by bending or pivoting at least two elongated members (305R,305L), the housing comprising: a. a central sheath which branches into finger holder sheaths, b. at least one of said finger holder sheaths for holding the index and middle fingers of the user together as one member, c. at least one of said finger holder sheaths for holding the ring and little fingers of the user together as one member, d. a first elongated member extending from below a bending line located below said finger holder sheath holding said index and middle fingers, e. a second elongated member extending from below a bending line located below said finger holder sheath holding said ring and little fingers, f. wherein the finger holder sheaths holding said index and middle fingers, and the finger holder sheaths holding said ring and little fingers, are adapted to direct the elongated members to angle away from the finger holder sheaths with the use of pressure applied by the user against the playing surface to cover and defend the goal, g. wherein each elongated member comprises means embedded therein proximate to the bending line to create tension allowing the elongated member to bounce back after the act of bending. a. a central sheath which branches into finger holder sheaths, b. at least one of said finger holder sheaths for holding the index and middle fingers of the user together as one member, c. at least one of said finger holder sheaths for holding the ring and little fingers of the user together as one member, d. a first elongated member extending from below a bending line located below said finger holder sheath holding said index and middle fingers, e. a second elongated member extending from below a bending line located below said finger holder sheath holding said ring and little fingers, f. wherein the finger holder sheaths holding said index and middle fingers, and the finger holder sheaths holding said ring and little fingers, are adapted to direct the elongated members to angle away from the finger holder sheaths with the use of pressure applied by the user against the playing surface to cover and defend the goal, g. wherein each elongated member comprises means embedded therein proximate to the bending line to create tension allowing the elongated member to bounce back after the act of bending.
A method for a mobile station configured to communicate with a network, comprising: receiving a first radio block having a block sequence number, the first radio block including an indication instructing the mobile station to enter a dynamic timeslot reduction "DTR" mode wherein the number of time slots monitored by the mobile station is reduced; after receiving the first radio block, receiving a first poll message; and transmitting a response to the first poll message unless all radio blocks having block sequence numbers less than or equal to the block sequence number of the first radio block have been successfully received from the network, in which case ignoring the first poll message and entering the DTR mode. receiving a first radio block having a block sequence number, the first radio block including an indication instructing the mobile station to enter a dynamic timeslot reduction "DTR" mode wherein the number of time slots monitored by the mobile station is reduced; after receiving the first radio block, receiving a first poll message; and transmitting a response to the first poll message unless all radio blocks having block sequence numbers less than or equal to the block sequence number of the first radio block have been successfully received from the network, in which case ignoring the first poll message and entering the DTR mode.
A device for detecting the start and end of injection during determination of cardio-circulatory parameters of a patient, comprising: an injection channel for a blood vessel catheter for injecting an injectate fluid into a blood vessel of the patient for carrying out thermodilution or other dilution measurements or other bolus injections in order to determine hemodynamic parameters of the patient, the injection channel comprising a pressure sensor for sensing the pressure in the injection channel; characterized in that the pressure sensor is configured to sense the central venous pressure of the patient between injection processes, and is also configured to sense a threshold of pressure in the injection channel as instants of begin and end of an injection process; and a computer is connected to the pressure sensor and configured to detect the threshold of pressure in the injection channel as the instants of begin and end of the injection process. an injection channel for a blood vessel catheter for injecting an injectate fluid into a blood vessel of the patient for carrying out thermodilution or other dilution measurements or other bolus injections in order to determine hemodynamic parameters of the patient, the injection channel comprising a pressure sensor for sensing the pressure in the injection channel; characterized in that the pressure sensor is configured to sense the central venous pressure of the patient between injection processes, and is also configured to sense a threshold of pressure in the injection channel as instants of begin and end of an injection process; and a computer is connected to the pressure sensor and configured to detect the threshold of pressure in the injection channel as the instants of begin and end of the injection process.
A monitoring system for a conduit network comprising one or more conduit sections (30, 38) joined at one or more conduit nodes, comprising: one or more sensor devices disposed at selected ones of the one or more conduit nodes, wherein each of the one or more sensor devices is operable for sensing a blockage or breakage in an associated conduit section by transmitting a signal that is affected by the blockage or breakage to another sensor device that measures a transmitted signal after it has passed through or by the blockage or breakage, and/or that is reflected by the blockage or breakage back to itself, wherein both the transmitted signal after it has passed through or by the blockage or breakage and a reflected signal after it has been reflected by the blockage or breakage are measured, wherein the signal is transmitted in a direction that is substantially parallel to an intended fluid flow direction in the associated conduit section, and wherein each of the one or more sensor devices is operable for communicating blockage or breakage information to a central location. one or more sensor devices disposed at selected ones of the one or more conduit nodes, wherein each of the one or more sensor devices is operable for sensing a blockage or breakage in an associated conduit section by transmitting a signal that is affected by the blockage or breakage to another sensor device that measures a transmitted signal after it has passed through or by the blockage or breakage, and/or that is reflected by the blockage or breakage back to itself, wherein both the transmitted signal after it has passed through or by the blockage or breakage and a reflected signal after it has been reflected by the blockage or breakage are measured, wherein the signal is transmitted in a direction that is substantially parallel to an intended fluid flow direction in the associated conduit section, and wherein each of the one or more sensor devices is operable for communicating blockage or breakage information to a central location.
Power-shift multi-speed transmission, having at least one stepped planet gear, which revolves around a first sun gear and in a first ring gear, wherein the first ring gear revolves in a latchable freewheel, and a first planet gear step of the at least one stepped planet gear revolves in the first ring gear, while a second planet gear step revolves in a second ring gear, with which at least one brake (34, 40) is associated, characterized in that a second brake is associated with a second sun gear with which the second planet gear step meshes.
An assembly of a motor vehicle dashboard, a column strand, and an air duct for attachment to the dashboard, the air duct comprising a body elongated along a longitudinal axis (Y-Y) and forming an air duct, the air duct comprises a retaining tab on which is provided a notch, the notch comprising an inlet open at a longitudinal edge 2) free of the retaining tab allowing the insertion of the steering column strand into the notch and forming a passage towards a retaining zone, the retaining zone being delimited by a retaining tab elongated in a direction substantially parallel to the longitudinal axis (Y-Y) of the body, characterized in that the retaining tab forms a return allowing the retention of a steering column strand inserted into the notch, so as to enable the steering column strand to be retained when the dashboard is mounted, and comprises, at its free end, a bulge, shaped so as to generate a hard point when a steering column strand passes from the inlet to the retaining zone and vice versa.
A saddle-riding vehicle comprising: an engine being in the form of a multi-cylinder engine, the engine including a cylinder structural body (30, 32) configured to define a combustion chamber thereof; and a knock sensor configured to detect the occurrence of a knocking in the engine, the knock sensor being fitted to one side end surface of the cylinder structural body (30, 32) in a vehicle widthwise direction, characterized in that: the knock sensor is disposed in a rear end portion of the cylinder structural body (30, 32) in a longitudinal direction of the vehicle perpendicular to both of the vehicle widthwise direction and a direction of a bore axial line; the knock sensor includes a disc shaped sensor main body; a bolt, inserted into a hollow of the sensor main body, is threaded into a screw hole defined in the cylinder structural body, whereby the knock sensor is supported by the cylinder structural body (30, 32); and the knock sensor includes a lead extending rearwardly in the longitudinal direction from the sensor main body. an engine being in the form of a multi-cylinder engine, the engine including a cylinder structural body (30, 32) configured to define a combustion chamber thereof; and a knock sensor configured to detect the occurrence of a knocking in the engine, the knock sensor being fitted to one side end surface of the cylinder structural body (30, 32) in a vehicle widthwise direction, characterized in that: the knock sensor is disposed in a rear end portion of the cylinder structural body (30, 32) in a longitudinal direction of the vehicle perpendicular to both of the vehicle widthwise direction and a direction of a bore axial line; the knock sensor includes a disc shaped sensor main body; a bolt, inserted into a hollow of the sensor main body, is threaded into a screw hole defined in the cylinder structural body, whereby the knock sensor is supported by the cylinder structural body (30, 32); and the knock sensor includes a lead extending rearwardly in the longitudinal direction from the sensor main body. the knock sensor is disposed in a rear end portion of the cylinder structural body (30, 32) in a longitudinal direction of the vehicle perpendicular to both of the vehicle widthwise direction and a direction of a bore axial line; the knock sensor includes a disc shaped sensor main body; a bolt, inserted into a hollow of the sensor main body, is threaded into a screw hole defined in the cylinder structural body, whereby the knock sensor is supported by the cylinder structural body (30, 32); and the knock sensor includes a lead extending rearwardly in the longitudinal direction from the sensor main body.