mhurhangee/ep-ind-claims huggingface dataset:
Vehicle, in particular rail vehicle, having - a wagon body, - a first running gear, and - a second running gear arranged at a distance from the first running gear in the direction of a vehicle longitudinal axis, wherein - the wagon body is supported by a first spring device in the direction of a vehicle vertical axis on the first running gear, - the wagon body is supported by a second spring device in the direction of the vehicle vertical axis on the second running gear, - the wagon body is coupled to the first running gear via a first rolling compensation device (105; 205; 305), - the wagon body is coupled to the second running gear via a second rolling compensation device (115; 15 215; 315), - the first rolling compensation device (105; 205; 305) and the second rolling compensation device (115; 215; 315) counteract rolling movements of the wagon body in an outward arcuate direction about a rolling axis parallel to the longitudinal axis of the vehicle during curved travel, characterized in that - the first rolling compensation device (105; 205; 305) is designed and/or the first rolling compensation device (105; 205; 305) and the second rolling compensation device (115; 215; 315) are coupled to one another in such a way that a torsional load on the wagon body about the longitudinal axis of the vehicle, which is caused in particular by wind loads acting on the wagon body, is counteracted. - a wagon body, - a first running gear, and - a second running gear arranged at a distance from the first running gear in the direction of a vehicle longitudinal axis, wherein - the wagon body is supported by a first spring device in the direction of a vehicle vertical axis on the first running gear, - the wagon body is supported by a second spring device in the direction of the vehicle vertical axis on the second running gear, - the wagon body is coupled to the first running gear via a first rolling compensation device (105; 205; 305), - the wagon body is coupled to the second running gear via a second rolling compensation device (115; 15 215; 315), - the first rolling compensation device (105; 205; 305) and the second rolling compensation device (115; 215; 315) counteract rolling movements of the wagon body in an outward arcuate direction about a rolling axis parallel to the longitudinal axis of the vehicle during curved travel, - the first rolling compensation device (105; 205; 305) is designed and/or the first rolling compensation device (105; 205; 305) and the second rolling compensation device (115; 215; 315) are coupled to one another in such a way that a torsional load on the wagon body about the longitudinal axis of the vehicle, which is caused in particular by wind loads acting on the wagon body, is counteracted.
A method for scheduling optical bursts from a plurality of optical network units in a passive optical network, comprising: measuring signal strength of optical bursts from the plurality of optical network units; and scheduling transmission of optical bursts from the plurality of optical network units based on the measured signal strengths, wherein scheduling transmission of optical bursts from the plurality of optical network units based on the measured signal strengths comprises: scheduling transmission of the optical network units in a first scheduling cycle such that optical bursts have an ascending and descending signal strength level; and scheduling transmission of the optical network units in a second scheduling cycle in a same order. measuring signal strength of optical bursts from the plurality of optical network units; and scheduling transmission of optical bursts from the plurality of optical network units based on the measured signal strengths, wherein scheduling transmission of optical bursts from the plurality of optical network units based on the measured signal strengths comprises: scheduling transmission of the optical network units in a first scheduling cycle such that optical bursts have an ascending and descending signal strength level; and scheduling transmission of the optical network units in a second scheduling cycle in a same order. scheduling transmission of the optical network units in a first scheduling cycle such that optical bursts have an ascending and descending signal strength level; and scheduling transmission of the optical network units in a second scheduling cycle in a same order.
A railway brake shoe comprising: a base plate in which a lining is molded on a surface facing a wheel; an attachment portion joined to an opposite side surface opposite to a lining molded surface of the base plate; and an anti-vibration portion that is loosely fitted in a groove of a brake shoe head and that is attached to the base plate so as to suppress a vibration in the base plate in a width direction intersecting a braking force applying direction, wherein the anti-vibration portion includes: an engagement protrusion portion that is inserted into a through hole formed in the base plate from a side of the lining molded surface and that has a distal end protruding from the opposite side surface, characterized in that the anti-vibration portion further includes: a fixed base portion that abuts against the lining molded surface to be positioned in an insertion direction, and that is crimped to an inner wall surface of the through hole. a base plate in which a lining is molded on a surface facing a wheel; an attachment portion joined to an opposite side surface opposite to a lining molded surface of the base plate; and an anti-vibration portion that is loosely fitted in a groove of a brake shoe head and that is attached to the base plate so as to suppress a vibration in the base plate in a width direction intersecting a braking force applying direction, wherein the anti-vibration portion includes: an engagement protrusion portion that is inserted into a through hole formed in the base plate from a side of the lining molded surface and that has a distal end protruding from the opposite side surface, characterized in that the anti-vibration portion further includes: a fixed base portion that abuts against the lining molded surface to be positioned in an insertion direction, and that is crimped to an inner wall surface of the through hole.
A thermal management system for a sensor module, comprising: a) a housing configured to enclose the sensor module and having a bottom wall with a reception port formed therein; and b) a thermal isolation puck installed within the reception port formed in the bottom wall of the housing configured for reducing the rate at which thermal energy from a heater located within an adjacent flush static plate is lost to the housing; wherein the thermal isolation puck includes an upper body portion having an interior bore extending therethrough, configured to provide a pneumatic pathway between the housing and the flush static plate and characterised in that: the thermal isolation puck includes a lower flange portion having means for sealing against a peripheral sealing surface of the reception port formed in the housing; wherein the thermal isolation puck is formed with a thermal impedance region that extends at least partially about the upper body portion radially inward of the lower flange portion to further reduce the rate at which thermal energy is lost to the housing; and wherein the thermal impedance region is defined by a plurality of evenly spaced channels (56a-56c) that extend through a bottom surface of the lower flange portion of the thermal isolation puck. a) a housing configured to enclose the sensor module and having a bottom wall with a reception port formed therein; and b) a thermal isolation puck installed within the reception port formed in the bottom wall of the housing configured for reducing the rate at which thermal energy from a heater located within an adjacent flush static plate is lost to the housing; wherein the thermal isolation puck includes an upper body portion having an interior bore extending therethrough, configured to provide a pneumatic pathway between the housing and the flush static plate and characterised in that: the thermal isolation puck includes a lower flange portion having means for sealing against a peripheral sealing surface of the reception port formed in the housing; wherein the thermal isolation puck is formed with a thermal impedance region that extends at least partially about the upper body portion radially inward of the lower flange portion to further reduce the rate at which thermal energy is lost to the housing; and wherein the thermal impedance region is defined by a plurality of evenly spaced channels (56a-56c) that extend through a bottom surface of the lower flange portion of the thermal isolation puck. wherein the thermal isolation puck is formed with a thermal impedance region that extends at least partially about the upper body portion radially inward of the lower flange portion to further reduce the rate at which thermal energy is lost to the housing; and wherein the thermal impedance region is defined by a plurality of evenly spaced channels (56a-56c) that extend through a bottom surface of the lower flange portion of the thermal isolation puck.
A power storage device comprising: two or more battery units (51, 52), each of the battery units (51, 52) including: a battery casing formed with a top casing having one or more first holes formed in a bottom surface portion thereof and a bottom casing having one or more second holes formed in a bottom surface portion thereof; a battery block group housed in the battery casing, a plurality of battery lines (L1-L16) each formed with a plurality of battery cells arranged in a line are arranged in parallel in a direction substantially perpendicular to an extending direction of the battery lines (L1-L16), and are arranged like stacked straw bags; characterized in that the power storage device further comprises: an outer casing; wherein the two or more battery units (51, 52) are vertically housed in the outer casing and are stacked in two or more stages in a horizontal direction, the bottom surface portions facing in the horizontal direction. two or more battery units (51, 52), each of the battery units (51, 52) including: a battery casing formed with a top casing having one or more first holes formed in a bottom surface portion thereof and a bottom casing having one or more second holes formed in a bottom surface portion thereof; a battery block group housed in the battery casing, a plurality of battery lines (L1-L16) each formed with a plurality of battery cells arranged in a line are arranged in parallel in a direction substantially perpendicular to an extending direction of the battery lines (L1-L16), and are arranged like stacked straw bags; characterized in that the power storage device further comprises: an outer casing; wherein the two or more battery units (51, 52) are vertically housed in the outer casing and are stacked in two or more stages in a horizontal direction, the bottom surface portions facing in the horizontal direction. a battery casing formed with a top casing having one or more first holes formed in a bottom surface portion thereof and a bottom casing having one or more second holes formed in a bottom surface portion thereof; a battery block group housed in the battery casing, a plurality of battery lines (L1-L16) each formed with a plurality of battery cells arranged in a line are arranged in parallel in a direction substantially perpendicular to an extending direction of the battery lines (L1-L16), and are arranged like stacked straw bags; characterized in that the power storage device further comprises: an outer casing; wherein the two or more battery units (51, 52) are vertically housed in the outer casing and are stacked in two or more stages in a horizontal direction, the bottom surface portions facing in the horizontal direction.
Receiving part of a bone anchoring device, the receiving part comprising a first end corresponding to a top end of the receiving part, a second end corresponding to a bottom end of the receiving part opposite to the first end, a central axis extending through the first end and the second end, a channel adjacent to the first end for receiving a bone fixation element, wherein the channel forms two free legs (56a, 56b), an outer surface portion, which faces away from the central axis, wherein at least one projection is formed on the outer surface portion, the projection being configured to be engaged by a mating engagement recess of an instrument to provide a form-fit engagement between the instrument and the receiving part, characterized in that the at least one projection includes a shape which tapers in a direction towards the top or first end of the receiving part and parallel to the central axis. a first end corresponding to a top end of the receiving part, a second end corresponding to a bottom end of the receiving part opposite to the first end, a central axis extending through the first end and the second end, a channel adjacent to the first end for receiving a bone fixation element, wherein the channel forms two free legs (56a, 56b), an outer surface portion, which faces away from the central axis, wherein at least one projection is formed on the outer surface portion, the projection being configured to be engaged by a mating engagement recess of an instrument to provide a form-fit engagement between the instrument and the receiving part, characterized in that the at least one projection includes a shape which tapers in a direction towards the top or first end of the receiving part and parallel to the central axis.
A method for a first managed forwarding element that implements a logical network, the method comprising: receiving a packet from a first machine operating on a same physical host machine as the first managed forwarding element; performing (i) layer 2, 'L2', processing for a first logical switch, to which the first machine logically couples, to logically forward the packet to a logical router, (ii) layer 3, 'L3', processing for the logical router to logically forward the packet to a second logical switch to which a second machine associated with a destination address of the packet logically couples, and (iii) L2 processing for the second logical switch; and based on the L2 processing for the second logical switch, forwarding the packet to a second managed forwarding element operating on a same physical host machine as the second machine. receiving a packet from a first machine operating on a same physical host machine as the first managed forwarding element; performing (i) layer 2, 'L2', processing for a first logical switch, to which the first machine logically couples, to logically forward the packet to a logical router, (ii) layer 3, 'L3', processing for the logical router to logically forward the packet to a second logical switch to which a second machine associated with a destination address of the packet logically couples, and (iii) L2 processing for the second logical switch; and based on the L2 processing for the second logical switch, forwarding the packet to a second managed forwarding element operating on a same physical host machine as the second machine.
A cutting tool comprising: a first blade; a second blade pivotally coupled to the first blade at a pivot point, wherein the first blade and the second blade together perform a cutting action on an object placed therebetween; a first handle operatively coupled to the first blade; a second handle operatively coupled to the second blade, characterized in that: the first handle is pivotally coupled to the second handle at the pivot point; the first handle and the second handle are pivotally coupled together; wherein a removable fastener pivotally couples the first blade and the second blade at the pivot point and pivotally couples the first handle and the second handle at the pivot point, wherein removal of the fastener decouples the first blade from the second blade and wherein removal of the fastener not decouples the first handle from the second handle. a first blade; a second blade pivotally coupled to the first blade at a pivot point, wherein the first blade and the second blade together perform a cutting action on an object placed therebetween; a first handle operatively coupled to the first blade; a second handle operatively coupled to the second blade, characterized in that: the first handle is pivotally coupled to the second handle at the pivot point; the first handle and the second handle are pivotally coupled together; wherein a removable fastener pivotally couples the first blade and the second blade at the pivot point and pivotally couples the first handle and the second handle at the pivot point, wherein removal of the fastener decouples the first blade from the second blade and wherein removal of the fastener not decouples the first handle from the second handle. the first handle is pivotally coupled to the second handle at the pivot point; the first handle and the second handle are pivotally coupled together; wherein a removable fastener pivotally couples the first blade and the second blade at the pivot point and pivotally couples the first handle and the second handle at the pivot point, wherein removal of the fastener decouples the first blade from the second blade and wherein removal of the fastener not decouples the first handle from the second handle.
Operating device (B1-B5) for a domestic appliance, having: - a carrier plate, - a housing (2; 14) disposed in a fixed location with a magnet accommodated therein, movable for a restricted distance, - a movable control part (1; 13; 15) disposed above the housing (2; 14) which is configured to magnetically couple with the magnet and, during its operation, to bring about a movement of the magnet in the housing (2; 14), and - at least one sensor disposed below the carrier plate, by means of which a position of the magnet is able to be determined, characterised in that - the housing (2; 14) is disposed above the carrier plate and that - the operating part has a number of coupling elements (6, 6a, 6b; 16) spaced apart from one another, which are each configured to couple magnetically with the magnet and which can slide over the housing (2; 14) during operation of the operating part (1; 13; 15). - a carrier plate, - a housing (2; 14) disposed in a fixed location with a magnet accommodated therein, movable for a restricted distance, - a movable control part (1; 13; 15) disposed above the housing (2; 14) which is configured to magnetically couple with the magnet and, during its operation, to bring about a movement of the magnet in the housing (2; 14), and - at least one sensor disposed below the carrier plate, by means of which a position of the magnet is able to be determined, characterised in that - the housing (2; 14) is disposed above the carrier plate and that - the operating part has a number of coupling elements (6, 6a, 6b; 16) spaced apart from one another, which are each configured to couple magnetically with the magnet and which can slide over the housing (2; 14) during operation of the operating part (1; 13; 15).
Contacting device for bringing an electric conductor into contact with an electric conductor path, which projects out of a body of an electric component, the contacting device comprising: - a housing with a first opening for inserting the electric conductor into a cavity of the housing and a second opening for inserting the electric conductor path into the cavity of the housing; - a bow collector with a first portion, which is arranged in the cavity in the housing, and a second portion, - wherein the bow collector is configured such that the electric conductor is pressed against the electric conductor path by means of the first portion of the bow collector after the electric conductor and electric conductor path have been inserted into the cavity of the housing, as a result of which the electric conductor is retained on the electric conductor path in a clamped position so as to be in contact with the electric conductor path, - wherein the bow collector is configured such that, using the second portion of the bow collector, the contacting device is configured to be fixed to a structure of a body of an electric component, which structure is different from the electric conductor path, in order to provide the electric conductor path. - a housing with a first opening for inserting the electric conductor into a cavity of the housing and a second opening for inserting the electric conductor path into the cavity of the housing; - a bow collector with a first portion, which is arranged in the cavity in the housing, and a second portion, - wherein the bow collector is configured such that the electric conductor is pressed against the electric conductor path by means of the first portion of the bow collector after the electric conductor and electric conductor path have been inserted into the cavity of the housing, as a result of which the electric conductor is retained on the electric conductor path in a clamped position so as to be in contact with the electric conductor path, - wherein the bow collector is configured such that, using the second portion of the bow collector, the contacting device is configured to be fixed to a structure of a body of an electric component, which structure is different from the electric conductor path, in order to provide the electric conductor path.
Applicator device for a cosmetic product, comprising a support (7, 8) suitable for being held in a user's hand and an applicator head carried by the support (7, 8), the applicator head being flexible and suitable for applying the cosmetic product onto part of the body of a user, said applicator head comprising a convergent body and an applicator body, the convergent body extending for a first length while converging from a first end fixed to the support (7, 8) to a second end, and the applicator body extending the second end of the convergent body for a second length extending from the second end of the convergent body to a distal end, the applicator body having a uniform cross-section from the second end of the convergent body to the distal end of said applicator body, and the second length being greater than the first length, said cross-section of the applicator body being chosen in the group consisting in a substantially circular, square or triangular and wherein said cross-section of said applicator body has a circumscribed diameter comprised between 0.5 mm and 5 mm, advantageously between 0.5 mm and 1 mm.
Seat for a vehicle, comprising a bucket and a base, the bucket comprising a seat portion and a backrest, said base being intended to attach said bucket to a floor of said vehicle, wherein said base comprises two first legs (110, 120) of fixed length and mechanical connections (11, 12, 13, 14), each first leg (110, 120) having two ends (111, 121, 112, 122) and being, on the one hand, mechanically connected by one of said ends (111, 121, 112, 122) to said bucket by a first mechanical connection which has no degree of freedom in translation and, on the other hand, intended to be mechanically connected by another one of said ends (111, 121, 112, 122) to said floor by a second mechanical connection which has at least two degrees of freedom and only degrees of freedom in rotation, two first directions (113, 123) coupling said two ends (111, 121, 112, 122) of each first leg (110, 120), said two ends not being mutually parallel, two third mechanical connections which have in each case at least two degrees of freedom in rotation being intended to mechanically connect said bucket to said floor so that said base is capable of absorbing deformations of said floor while limiting the mechanical stresses that are transmitted to said bucket and while preventing twisting of said bucket.