mhurhangee/ep-ind-claims huggingface dataset:
A shock absorbing structure comprising: a structural beam extending in a longitudinal direction, wherein the structural beam has a π-type cross section perpendicular to the longitudinal direction with a first flange and a pair of second flanges (22-1,22-2) respectively connected to the first flange by a pair of webs (20-1,20-2), wherein the flanges (18,22-1,22-2) and webs (20-1,20-2) extend in the longitudinal direction, wherein the first and second flanges (18,22-1,22-2) are parallel to each other, and wherein a lower side surface of the first flange and an inner surface of the webs (20-1,20-2) form a concave section; and a shock absorbing member which is a stick-shaped member, wherein the longitudinal direction of the shock absorbing member is a crush direction in which the shock absorbing member is to be crushed and compressed when an impact is imposed, and wherein one end of which is arranged in said concave section to abut to the lower side surface of the first flange and to contact the inner surface (24-1,24-2) of the webs (20-1,20-2) of said structural beam and the other end of the shock absorbing member is arranged outside said concave section. a structural beam extending in a longitudinal direction, wherein the structural beam has a π-type cross section perpendicular to the longitudinal direction with a first flange and a pair of second flanges (22-1,22-2) respectively connected to the first flange by a pair of webs (20-1,20-2), wherein the flanges (18,22-1,22-2) and webs (20-1,20-2) extend in the longitudinal direction, wherein the first and second flanges (18,22-1,22-2) are parallel to each other, and wherein a lower side surface of the first flange and an inner surface of the webs (20-1,20-2) form a concave section; and wherein the flanges (18,22-1,22-2) and webs (20-1,20-2) extend in the longitudinal direction, wherein the first and second flanges (18,22-1,22-2) are parallel to each other, and wherein a lower side surface of the first flange and an inner surface of the webs (20-1,20-2) form a concave section; and a shock absorbing member which is a stick-shaped member, wherein the longitudinal direction of the shock absorbing member is a crush direction in which the shock absorbing member is to be crushed and compressed when an impact is imposed, and wherein one end of which is arranged in said concave section to abut to the lower side surface of the first flange and to contact the inner surface (24-1,24-2) of the webs (20-1,20-2) of said structural beam and the other end of the shock absorbing member is arranged outside said concave section.
A caster wheel assembly, comprising: a caster housing provided with an axial channel, a spindle shaft configured to be received by the channel of the caster housing, which spindle shaft is inclined relative to a vertical plane when mounted in the caster housing and the caster wheel assembly is in use resting on a horizontal support, the caster housing and the spindle shaft being configured to rotate freely relative to each other, bearings configured to be mounted around the spindle shaft to facilitate relative rotation between the caster housing and the spindle shaft, a caster wheel fork having a wheel axle configured to be arranged offset relative to a central axis of the spindle shaft, to provide a trail functionality, and a height adjustment mechanism configured to adjust an axial position of the spindle shaft relative to the caster housing based on a rotational position of the spindle shaft in relation to the caster housing, wherein the height adjustment mechanism comprises a guide structure provided with an inclined guide surface configured to extend circumferentially around the spindle shaft, and a guide protrusion extending radially from a main body of the spindle shaft, wherein the guide protrusion and the inclined guide surface are configured to cooperate when the spindle shaft is rotated, to adjust the axial position of the spindle shaft inside the caster housing. a caster housing provided with an axial channel, a spindle shaft configured to be received by the channel of the caster housing, which spindle shaft is inclined relative to a vertical plane when mounted in the caster housing and the caster wheel assembly is in use resting on a horizontal support, the caster housing and the spindle shaft being configured to rotate freely relative to each other, bearings configured to be mounted around the spindle shaft to facilitate relative rotation between the caster housing and the spindle shaft, a caster wheel fork having a wheel axle configured to be arranged offset relative to a central axis of the spindle shaft, to provide a trail functionality, and a height adjustment mechanism configured to adjust an axial position of the spindle shaft relative to the caster housing based on a rotational position of the spindle shaft in relation to the caster housing, wherein the height adjustment mechanism comprises a guide structure provided with an inclined guide surface configured to extend circumferentially around the spindle shaft, and a guide protrusion extending radially from a main body of the spindle shaft, wherein the guide protrusion and the inclined guide surface are configured to cooperate when the spindle shaft is rotated, to adjust the axial position of the spindle shaft inside the caster housing.
A method for generating a forwarding table, comprising: a control entity generating forwarding entries and setting the forwarding entries having an association attribute in the same associated forwarding entry group; characterized by, when a forwarding entity queries forwarding entries, after corresponding forwarding entries are found, the control entity further judging whether the found forwarding entries belong to an associated forwarding entry group, and if yes, the control entity transmitting to the forwarding entity which queries the forwarding entries all the forwarding entries in the associated forwarding entry group which the found forwarding entries belong to; wherein, setting the forwarding entries having an association attribute in the same associated forwarding entry group comprises: the control entity setting the forwarding entries of hosts belonging to the same server cluster in the same associated forwarding entry group, or setting the forwarding entries of hosts running associated services in the same associated forwarding entry group. a control entity generating forwarding entries and setting the forwarding entries having an association attribute in the same associated forwarding entry group; characterized by, when a forwarding entity queries forwarding entries, after corresponding forwarding entries are found, the control entity further judging whether the found forwarding entries belong to an associated forwarding entry group, and if yes, the control entity transmitting to the forwarding entity which queries the forwarding entries all the forwarding entries in the associated forwarding entry group which the found forwarding entries belong to; wherein, setting the forwarding entries having an association attribute in the same associated forwarding entry group comprises: the control entity setting the forwarding entries of hosts belonging to the same server cluster in the same associated forwarding entry group, or setting the forwarding entries of hosts running associated services in the same associated forwarding entry group. the control entity setting the forwarding entries of hosts belonging to the same server cluster in the same associated forwarding entry group, or setting the forwarding entries of hosts running associated services in the same associated forwarding entry group.
A twin-roll cast magnesium-based alloy sheet for wrought applications consisting of: 0.5 to 4.0% by weight zinc, 0.1 to 0.65% by weight gadolinium, optionally further containing 0.2 to 1.0% by weight of a grain refiner; and the remainder being magnesium except for incidental impurities; wherein the total weight of the incidental impurities is less than 0.5% by total weight of the alloy. 0.5 to 4.0% by weight zinc, 0.1 to 0.65% by weight gadolinium,
A method, comprising: transmitting a request, the request including a query for information; and in response, receiving an identifier, and characterized by that the identifier indicates one or more authentication mechanisms for obtaining access to emergency services, and using said identifier for authentication to gain network access for emergency services. transmitting a request, the request including a query for information; and in response, receiving an identifier, and characterized by that the identifier indicates one or more authentication mechanisms for obtaining access to emergency services, and using said identifier for authentication to gain network access for emergency services.
An electronic apparatus comprising: a light-emitting device (10, 120) comprising: a first electrode;; a second electrode facing the first electrode; and an intermediate layer (13, 17) between the first electrode and the second electrode and comprising an emission layer,, wherein the emission layer comprises a perovskite compound represented by one of Formulae 1 to 4: <Formula 1> [B 1 n1 B 2 (1-n)] 3 <Formula 2> 2 [B 1 n2 B 2 (1-n2)] 4 <Formula 3> 3 [B 1 n2 B 2 (1-n2)] 2 7 <Formula 4> 4 [B 1 n2 B 2 (1-n2)] 3 10, wherein, in Formulae 1 to 4, A is at least one monovalent organic-cation, a monovalent inorganic cation, or any combination thereof, B 1 is a Sm 2+ ion, B 2 is at least one divalent inorganic cation and does not include a Sm 2+ ion, n1 is a real number satisfying 0 < n1 ≤ 1, n2 is a real number satisfying 0 < n2 ≤ 1, and X is at least one monovalent anion. a first electrode;; a second electrode facing the first electrode; and an intermediate layer (13, 17) between the first electrode and the second electrode and comprising an emission layer,, wherein the emission layer comprises a perovskite compound represented by one of Formulae 1 to 4: <Formula 1> [B 1 n1 B 2 (1-n)] 3 <Formula 2> 2 [B 1 n2 B 2 (1-n2)] 4 <Formula 3> 3 [B 1 n2 B 2 (1-n2)] 2 7 <Formula 4> 4 [B 1 n2 B 2 (1-n2)] 3 10, wherein, in Formulae 1 to 4, A is at least one monovalent organic-cation, a monovalent inorganic cation, or any combination thereof, B 1 is a Sm 2+ ion, B 2 is at least one divalent inorganic cation and does not include a Sm 2+ ion, n1 is a real number satisfying 0 < n1 ≤ 1, n2 is a real number satisfying 0 < n2 ≤ 1, and X is at least one monovalent anion.
A bicycle, comprising: a seat being moveable between a first position and second position and having a seating portion; an accessory shelf; and a rear seat accessory having a seating surface and configured to be coupled to the accessory shelf, wherein, when the rear seat accessory is coupled to the accessory shelf and the seat is in the first position, the seating portion of the seat is not aligned with the seating surface of the rear seat accessory, wherein, when the rear seat accessory is coupled to the accessory shelf and the seat is in the second position, the seating portion of the seat is substantially aligned with the seating surface of the rear seat accessory, wherein the bicycle is an electric bicycle and operable in one or more of a manual mode, an assisted mode and/or a self-propelled mode, characterized in that a change of the seat position causes the bicycle to change from the manual mode or the assisted mode to operate in the self-propelled mode. a seat being moveable between a first position and second position and having a seating portion; an accessory shelf; and a rear seat accessory having a seating surface and configured to be coupled to the accessory shelf, wherein, when the rear seat accessory is coupled to the accessory shelf and the seat is in the first position, the seating portion of the seat is not aligned with the seating surface of the rear seat accessory, wherein, when the rear seat accessory is coupled to the accessory shelf and the seat is in the second position, the seating portion of the seat is substantially aligned with the seating surface of the rear seat accessory, wherein the bicycle is an electric bicycle and operable in one or more of a manual mode, an assisted mode and/or a self-propelled mode, characterized in that a change of the seat position causes the bicycle to change from the manual mode or the assisted mode to operate in the self-propelled mode.
Blade for an impeller of an externally driven turbo-machine, in particular for a fan, wherein the blade, operatively connected to a hub of the impeller, can be driven with variable speed and the blade is configured to be resiliently deformable in dependence on the rotational speed of the impeller, wherein the blade has in a first rotational speed range a first blade geometry and in a second rotational speed range a second blade geometry, wherein the blade assumes a predetermined fluidic form that is dependent on the rotational speed, wherein the blade comprises a first blade region and a second blade region, and the first blade region comprises a first material with first material properties and the second blade region comprises a second material with material properties differing from those of the first material, in particular as regards resilience, and wherein the first blade region is provided radially outwards, forming at least a predominant region of an outer limit of the blade, and the second blade region is provided radially inwards, forming at least a predominant region of an inner shoulder region, characterised in that the blade is a hollow blade which has a first hollow blade side and a second hollow blade side by which a cavity is enclosed, wherein the first blade region forms predominantly the first hollow blade side and the second blade region forms predominantly the second hollow blade side.
An arrangement for in situ remediation of a bearing assembly rotatively coupling a vessel to a turret about a longitudinal axis of the turret, the arrangement comprising: an inner ring assembly structurally coupled to the turret defining a circular path about the longitudinal axis; an outer ring assembly structurally coupled to the vessel in concentric alignment with the inner ring assembly; a support row assembly disposed between the inner and outer ring assemblies (30, 50) so as to allow rotation of the outer ring assembly with respect to the inner ring assembly and to axially transfer the weight of the turret to the vessel; a radial row assembly coaxially disposed about the longitudinal axis between the inner and outer ring assemblies (30, 50); and a centralizer disposed between the inner and outer ring assemblies (30, 50), characterized in that during normal operation the radial row assembly transfers any radial load from the vessel to the turret and the centralizer has a radial clearance with the outer ring assembly, and during in situ repair of the radial row assembly or the support row assembly the centralizer transfers any radial load from the vessel to the turret and maintains the outer ring assembly substantially concentric with the inner ring assembly. an inner ring assembly structurally coupled to the turret defining a circular path about the longitudinal axis; an outer ring assembly structurally coupled to the vessel in concentric alignment with the inner ring assembly; a support row assembly disposed between the inner and outer ring assemblies (30, 50) so as to allow rotation of the outer ring assembly with respect to the inner ring assembly and to axially transfer the weight of the turret to the vessel; a radial row assembly coaxially disposed about the longitudinal axis between the inner and outer ring assemblies (30, 50); and a centralizer disposed between the inner and outer ring assemblies (30, 50), characterized in that during normal operation the radial row assembly transfers any radial load from the vessel to the turret and the centralizer has a radial clearance with the outer ring assembly, and during in situ repair of the radial row assembly or the support row assembly the centralizer transfers any radial load from the vessel to the turret and maintains the outer ring assembly substantially concentric with the inner ring assembly.
A modular glass door assembly comprising: a door having a glass door leaf and a doorframe mounted to an outer periphery of the glass door leaf; an inner frame attached to an outer periphery of the doorframe and hinged to one side of the doorframe, the inner frame having four convex portions arranged around an outer periphery of the inner frame and located at top, bottom, right, and left sides of the door; and an outer frame having four frame strips attached to an outer periphery of the inner frame and located at top, bottom, right, and left sides of the door, the frame strips each have a concave portion engaged with one respective convex portion of the inner frame; characterized in that the frame strips each have a flange at a front surface thereof and a wing portion at an outer surface thereof provided with a plurality of counterbored holes spaced from each other and a rib groove adjacent to the counterbored holes; the outer frame further includes four covers concealing the counterbored holes of the frame strips and having one ends abutted against the flanges of the frame strips and the other ends with ribs detachably engaged with the rib grooves of the frame strips; wherein each of the frame strips is fixed to a lateral wall of a building by a bolt received in one of the respective counterbored holes. a door having a glass door leaf and a doorframe mounted to an outer periphery of the glass door leaf; an inner frame attached to an outer periphery of the doorframe and hinged to one side of the doorframe, the inner frame having four convex portions arranged around an outer periphery of the inner frame and located at top, bottom, right, and left sides of the door; and an outer frame having four frame strips attached to an outer periphery of the inner frame and located at top, bottom, right, and left sides of the door, the frame strips each have a concave portion engaged with one respective convex portion of the inner frame; characterized in that the frame strips each have a flange at a front surface thereof and a wing portion at an outer surface thereof provided with a plurality of counterbored holes spaced from each other and a rib groove adjacent to the counterbored holes; the outer frame further includes four covers concealing the counterbored holes of the frame strips and having one ends abutted against the flanges of the frame strips and the other ends with ribs detachably engaged with the rib grooves of the frame strips; wherein each of the frame strips is fixed to a lateral wall of a building by a bolt received in one of the respective counterbored holes.
Medium voltage switchgear comprising per phase, two switches, each switch comprising means for performing the disconnection function and means for performing the breaking function, wherein it comprises per phase, one single breaking system, said breaking system being adapted to be operated, independently relative to each other, by either one or the other of two mechanisms M,N, said mechanisms being operated respectively by said two switches (A,B),(C,D),(E,F), said switches belonging respectively to two independent medium voltage power electrical circuits C1,C2, wherein each mechanism M,N comprises pivot links (3,18,4,19) pivoted on a bracket of the switchgear, connecting links (5,16,6,17) being hinged by one of their ends, with pivot links (3,18,4,19) at one end of said pivot links, said pivot links comprising another end operating in conjunction with the movable contact, (22,23) of the corresponding switch, and said connecting links operating in conjunction, by another of their ends, with the movable contact of the vacuum bottle by means of intermediary means allowing said two mechanisms to work independently one with respect to the other, characterized in that said intermediary means comprise sliders (9, 10, 11, 12) mounted sliding with respect to the vacuum bottle, said sliders comprising at least one internal sliders (11,12) drivable by one of said two mechanisms M,N, and at least one external sliders (9,10) drivable by the other of the two mechanisms, said sliders bearing on a plate which itself bears on the movable contact of the vacuum bottle.
A vehicle notification device comprising: a vibrator disposed in a seat in a vehicle interior; a measurement unit configured to measure a vibration in the vehicle interior; characterized by a signal generator configured to generate a first sweep signal by changing a frequency in a predetermined frequency range; a frequency analyzer configured to calculate vehicle-stop-time frequency characteristics and vehicle-travel-time frequency characteristics by measuring a vibration using the measurement unit in the vehicle interior during a vehicle stop and during vehicle travel while inputting the first sweep signal to the vibrator and to detect a frequency range in which a signal level of the vehicle-travel-time frequency characteristics is higher than a signal level of the vehicle-stop-time frequency characteristics by a predetermined level amount or more; and a frequency variable unit configured to generate a second sweep signal by changing a frequency in a new frequency range obtained by excluding the frequency range detected by the frequency analyzer from the predetermined frequency range in which the frequency of the first sweep signal is changed, wherein the vibrator is configured to generate a notification vibration on the basis of the second sweep signal generated by the frequency variable unit. a vibrator disposed in a seat in a vehicle interior; a measurement unit configured to measure a vibration in the vehicle interior; characterized by a signal generator configured to generate a first sweep signal by changing a frequency in a predetermined frequency range; a frequency analyzer configured to calculate vehicle-stop-time frequency characteristics and vehicle-travel-time frequency characteristics by measuring a vibration using the measurement unit in the vehicle interior during a vehicle stop and during vehicle travel while inputting the first sweep signal to the vibrator and to detect a frequency range in which a signal level of the vehicle-travel-time frequency characteristics is higher than a signal level of the vehicle-stop-time frequency characteristics by a predetermined level amount or more; and a frequency variable unit configured to generate a second sweep signal by changing a frequency in a new frequency range obtained by excluding the frequency range detected by the frequency analyzer from the predetermined frequency range in which the frequency of the first sweep signal is changed, wherein the vibrator is configured to generate a notification vibration on the basis of the second sweep signal generated by the frequency variable unit.
A method for synchronizing writing an uplink forwarding table and a downlink packaging table, comprising: pre-configuring a time period to wait previous to determining whether to postpone the writing of an uplink forwarding table; determining whether a downlink packaging table has been written when the pre-configured time period is elapsed; and directly writing the uplink forwarding table if the downlink packaging table has been written; wherein the uplink forwarding table and the downlink packaging table are located in one network node equipment. pre-configuring a time period to wait previous to determining whether to postpone the writing of an uplink forwarding table; determining whether a downlink packaging table has been written when the pre-configured time period is elapsed; and directly writing the uplink forwarding table if the downlink packaging table has been written; wherein the uplink forwarding table and the downlink packaging table are located in one network node equipment.