mhurhangee/ep-ind-claims huggingface dataset:
Rectifier device having a cooling device for an electrical machine, in particular an AC generator, having a first heat sink which has at least one arcuate body region with a central mid-point, and wherein the heat sink has at least one receptacle on which a current rectifier is held, having openings (69, 72) in the heat sink, the said openings being suitable for a coolant to flow through, wherein first openings are arranged around the receptacle in a manner lined up in an arc, wherein the first openings are arranged on both sides of a receptacle in the circumferential direction, and wherein, at least one elongate second opening is arranged between the receptacle and the central mid-point in the direction of the central mid-point, wherein the second opening, by way of its elongate shape, is oriented at least substantially toward the central mid-point, characterized in that a tubular guide stub and a connection contact (180, 183, 186, 189, 192, 195) of an interconnection unit are located next to a receptacle in the circumferential direction, and a hook element which is located on the heat sink engages behind the guide stub and as a result guides the guide stub of the interconnection unit.
Method for producing a component element, in particular for a fuel injection system, wherein at least one zone of the component element is modified by virtue of this zone being selectively exposed to radiation in order to obtain a structural change of the zone, wherein the process state of the zone is detected in metrological fashion by virtue of the zone being irradiated with modulated radiation and the thermal radiation subsequently emitted by the zone being detected in phase-sensitive fashion, wherein a phase relationship between modulated radiation radiated-in and detected thermal radiation is ascertained as a measure for the process state of the zone, wherein the modulated radiation is altered in a predetermined modulation frequency range and wherein the intensity of the radiation is successively modulated with a modulation frequency in each case in order to ascertain, for each modulation frequency, a phase difference between the incident modulated radiation and the thermal radiation emitted by the zone as a function of the respective modulation frequency.
A bearing part composed of a steel, the bearing part comprising a quench-hardened layer (15, 16, 24) in a surface of the bearing part, wherein the bearing part is a rolling element (13, 22) used for a rocker arm bearing, a shaft used for the rocker arm bearing, or a shaft used for a planetary gear mechanism bearing, the quench-hardened layer (15, 16, 24) includes a plurality of martensite crystal grains, a ratio of a total area of the plurality of martensite crystal grains in the quench-hardened layer (15, 16, 24) is more than or equal to 70%, the plurality of martensite crystal grains are classified into a first group and a second group, a minimum value of crystal grain sizes of the martensite crystal grains belonging to the first group is larger than a maximum value of crystal grain sizes of the martensite crystal grains belonging to the second group, a value obtained by dividing a total area of the martensite crystal grains belonging to the first group by the total area of the plurality of martensite crystal grains is more than or equal to 0.5, a value obtained by dividing, by the total area of the plurality of martensite crystal grains, a total area of the martensite crystal grains belonging to the first group except for a martensite crystal grain that has a minimum crystal grain size and that belongs to the first group is less than 0.5, an average grain size of the martensite crystal grains belonging to the first group is less than or equal to 0.97 μm, and the steel is high-carbon chromium bearing steel SUJ2 defined in JIS G 4805: 2008. the bearing part is a rolling element (13, 22) used for a rocker arm bearing, a shaft used for the rocker arm bearing, or a shaft used for a planetary gear mechanism bearing, the quench-hardened layer (15, 16, 24) includes a plurality of martensite crystal grains, a ratio of a total area of the plurality of martensite crystal grains in the quench-hardened layer (15, 16, 24) is more than or equal to 70%, the plurality of martensite crystal grains are classified into a first group and a second group, a minimum value of crystal grain sizes of the martensite crystal grains belonging to the first group is larger than a maximum value of crystal grain sizes of the martensite crystal grains belonging to the second group, a value obtained by dividing a total area of the martensite crystal grains belonging to the first group by the total area of the plurality of martensite crystal grains is more than or equal to 0.5, a value obtained by dividing, by the total area of the plurality of martensite crystal grains, a total area of the martensite crystal grains belonging to the first group except for a martensite crystal grain that has a minimum crystal grain size and that belongs to the first group is less than 0.5, an average grain size of the martensite crystal grains belonging to the first group is less than or equal to 0.97 μm, and the steel is high-carbon chromium bearing steel SUJ2 defined in JIS G 4805: 2008.
An electromagnetic relay comprising: a movable contact arranged at a first end of a drive shaft reciprocating in an axis center direction based on excitation and demagnetization of an electromagnet block; and a pair of adjacently arranged fixed contacts (52,53) which the movable contact is operable to contact and to move away from, wherein the movable contact, into which the drive shaft is inserted, is sandwiched between a first electromagnetic iron piece fixed at the first end of the drive shaft and a second electromagnetic iron piece inserted into the drive shaft, wherein the second electromagnetic iron piece is biased towards the first end of the drive shaft by a single coil spring wound around the drive shaft, and wherein, when the movable contact contacts the pair of fixed contacts (52, 53), the second electromagnetic iron piece forming a magnetic circuit with the first electromagnetic iron piece is arranged to push the movable contact towards the pair of fixed contacts (52,53). a movable contact arranged at a first end of a drive shaft reciprocating in an axis center direction based on excitation and demagnetization of an electromagnet block; and a pair of adjacently arranged fixed contacts (52,53) which the movable contact is operable to contact and to move away from,
A centrifugal brake cartridge (20; 60) being a rewind speed control means for spring motor hose and electrical cable reels, characterized by said brake cartridge (20; 60) being mountable to a hub shaft associated with the reel such that the brake cartridge (20; 60) controls the reel rotation speed, the brake cartridge (20; 60) having a drum which provides a stator by which a rotor disc is couplable in line with the reel hub shaft and is contained within the drum, the rotor disc is provided on at least one face thereof with a plurality of pairs of weighted shoes diagonally opposed to one and other and adapted to move radially upon rotation of the rotor disc, wherein the shoes have an outer circumference provided with a friction material, upon applying a rotational force to the rotor disc via the rotation of the reel spool, the shoes are adapted to move radially outward along sliding locators on the rotor disc face from the centre of the rotor disc to apply an ever increasing force upon an inner surface of the drum to slow the reel to a more acceptable rewind speed, the centrifugal brake cartridge (20; 60) has a hub adapted to engage with subsequent braking cartridges (20; 60) such that a plurality of brake cartridges (20; 60) may be used in association with a spring cartridge of the spring motor hose and cable reel.
A server comprising: a memory; one or more processors operatively coupled to the memory; a session broker module in the memory, that monitors status and connection of remote clients; and an extensible application program interface, API, in the memory, that identifies sessions available to the remote clients, wherein the session broker module includes a function calling module that generates function calls to determine and collect session information for the remote clients, and wherein API initiates the function calling module to identify one of multiple servers to one of the remote clients, to provide a session to the one remote client. a memory; one or more processors operatively coupled to the memory; a session broker module in the memory, that monitors status and connection of remote clients; and an extensible application program interface, API, in the memory, that identifies sessions available to the remote clients, wherein the session broker module includes a function calling module that generates function calls to determine and collect session information for the remote clients, and wherein API initiates the function calling module to identify one of multiple servers to one of the remote clients, to provide a session to the one remote client.
An arrangement in the hoisting apparatus of a work machine, which hoisting apparatus includes - a rotation device equipped with connectors for connecting pressure-medium lines to the rotation device, - a boom, from which the pressure-medium lines are arranged to be led to the rotation device, - a pivoted joint for suspending the rotation device on the boom, which pivoted joint includes two consecutive pivots (22, 23) in the longitudinal direction of the rotation device, rotational axes of which pivots (22, 23) are arranged at right-angles to each other, and in which the pressure-medium lines are arranged to route between lugs of the pivot on the boom side of the pivoted joint, characterized in that the pressure-medium lines are arranged - to route past the connectors of the rotation device in the longitudinal direction of the rotation device and to turn towards the connectors in order to form a hose loop, - to route to the connectors of the rotation device, which are arranged on both sides (A, B) of the rotation device related to a plane defined in the longitudinal direction of the boom and the longitudinal direction of the rotation device. - a rotation device equipped with connectors for connecting pressure-medium lines to the rotation device, - a boom, from which the pressure-medium lines are arranged to be led to the rotation device, - a pivoted joint for suspending the rotation device on the boom, which pivoted joint includes two consecutive pivots (22, 23) in the longitudinal direction of the rotation device, rotational axes of which pivots (22, 23) are arranged at right-angles to each other, and in which the pressure-medium lines are arranged to route between lugs of the pivot on the boom side of the pivoted joint, characterized in that the pressure-medium lines are arranged - to route past the connectors of the rotation device in the longitudinal direction of the rotation device and to turn towards the connectors in order to form a hose loop, - to route to the connectors of the rotation device, which are arranged on both sides (A, B) of the rotation device related to a plane defined in the longitudinal direction of the boom and the longitudinal direction of the rotation device.
A method in a network node comprising: determining, based on a predetermined parameter, an expiration period of a first timer used to determine a transition from a CONNECTED state to an IDLE state of a mobile terminal connected to a mobile core network through a radio access network, characterised by: the predetermined parameter comprises a first parameter regarding a frequency of connection of the mobile terminal to the mobile core network and a second parameter regarding a frequency of movement of the mobile terminal between base stations, and the determining comprises decreasing the expiration period when the frequency of movement is higher than the frequency of connection compared to a case in which the frequency of movement is lower than the frequency of connection. the predetermined parameter comprises a first parameter regarding a frequency of connection of the mobile terminal to the mobile core network and a second parameter regarding a frequency of movement of the mobile terminal between base stations, and the determining comprises decreasing the expiration period when the frequency of movement is higher than the frequency of connection compared to a case in which the frequency of movement is lower than the frequency of connection.
Method for determining the weight of a load picked up by a loading machine, in which operating fluid pressures (EP1 to EP4) of individual support elements (4a to 4d) which hydraulically support the loading machine in an operating state on a substrate are determined by means of measuring elements (8a to 8d), the operating fluid pressures (EP1 to EP4) being added up in a control unit and converted into a total weight of the loading machine by means of a known or previously determined load constant, and the weight of a load picked up by a loading machine being determined from the total weight with knowledge of a dead weight of the loading machine, characterised in that the determined weight of the load picked up by the loading machine is related to a handling cycle of the loading machine in the control unit, the handling cycle begins with the closing of a load-carrying means of the loading machine begins and ends with the opening of the load-carrying means, and the weight determined in each case for a handling cycle is added to a total handling weight resulting for a predetermined number of handling cycles in the control unit.
A secondary packaging for containing primary packages, the secondary packaging comprising a tray and an insert, wherein the insert is formed from cutout material of the tray, the primary packages comprising a shoulder portion, a neck, an opening device and a body portion, wherein the tray is configured to localize a lower end of the body portion of the primary packages, characterised in that the insert is configured to localize an upper end of the primary packages, the upper end comprising the shoulder portion, the neck and the opening device.
An organ container for accommodating an organ, comprising: an opening that allows passage of the organ; and a pouch-shaped insulating sheet configured to hold the organ inserted through said opening, wherein said insulating sheet has an inner surface of an uneven shape which includes a plurality of linear projections parallel to an edge of said opening and projecting toward an internal space of said pouch-shaped insulating sheet, said plurality of linear projections have a square shape in section, and square corners of said plurality of linear projections in cross section further have a taper surface. an opening that allows passage of the organ; and a pouch-shaped insulating sheet configured to hold the organ inserted through said opening, wherein said insulating sheet has an inner surface of an uneven shape which includes a plurality of linear projections parallel to an edge of said opening and projecting toward an internal space of said pouch-shaped insulating sheet, said plurality of linear projections have a square shape in section, and square corners of said plurality of linear projections in cross section further have a taper surface.
An information dissemination system, comprising: at least one node acting as a data source; at least one node acting as a data recipient; at least one node acting as a relay node; and an information layer residing on all of the nodes in a system, the information layer to: receive a generic utility function from an application on the node acting as a data source wanting to propagate information; use the generic utility function at the node acting as data source to produce a microutility for each individual data sample of the information assigning a dynamically changing priority to each individual data sample of the information, wherein the microutility captures a small aspect of the generic utility function and specifies how far each individual data sample should be propagated and how the data sample should be handled in transit; use the microutility on relay nodes of the system to propagate the information through the system to any recipients based upon the microutility. at least one node acting as a data source; at least one node acting as a data recipient; at least one node acting as a relay node; and an information layer residing on all of the nodes in a system, the information layer to: receive a generic utility function from an application on the node acting as a data source wanting to propagate information; use the generic utility function at the node acting as data source to produce a microutility for each individual data sample of the information assigning a dynamically changing priority to each individual data sample of the information, wherein the microutility captures a small aspect of the generic utility function and specifies how far each individual data sample should be propagated and how the data sample should be handled in transit; use the microutility on relay nodes of the system to propagate the information through the system to any recipients based upon the microutility. receive a generic utility function from an application on the node acting as a data source wanting to propagate information; use the generic utility function at the node acting as data source to produce a microutility for each individual data sample of the information assigning a dynamically changing priority to each individual data sample of the information, wherein the microutility captures a small aspect of the generic utility function and specifies how far each individual data sample should be propagated and how the data sample should be handled in transit; use the microutility on relay nodes of the system to propagate the information through the system to any recipients based upon the microutility.
A staple cartridge, comprising: (a) a cartridge body, wherein the cartridge body is substantially cylindraceous, wherein the cartridge body is configured to removably couple with a stapling instrument; (b) a staple deck, wherein the staple deck includes an annular array of openings; (c) a staple driver, wherein the staple driver is operable to drive staples through the annular array of openings; and (d) a first rotary drive member (250, 260) in communication with the staple driver, wherein rotation of the first rotary drive member (250, 260) relative to the cartridge body drives the staple driver, to thereby drive staples through the annular array of openings; (e) a trocar, wherein the trocar is operable to couple with an anvil; and (f) a second rotary drive member, wherein rotation of the second rotary drive member relative to the cartridge body retracts the trocar relative to the staple deck, characterised in that the first rotary drive member (250, 260) and the second rotary drive member are coaxially aligned with each other. (a) a cartridge body, wherein the cartridge body is substantially cylindraceous, wherein the cartridge body is configured to removably couple with a stapling instrument; (b) a staple deck, wherein the staple deck includes an annular array of openings; (c) a staple driver, wherein the staple driver is operable to drive staples through the annular array of openings; and (d) a first rotary drive member (250, 260) in communication with the staple driver, wherein rotation of the first rotary drive member (250, 260) relative to the cartridge body drives the staple driver, to thereby drive staples through the annular array of openings; (e) a trocar, wherein the trocar is operable to couple with an anvil; and (f) a second rotary drive member, wherein rotation of the second rotary drive member relative to the cartridge body retracts the trocar relative to the staple deck, characterised in that the first rotary drive member (250, 260) and the second rotary drive member are coaxially aligned with each other.
A cleaner comprising: a suction inlet configured to guide air into the cleaner; a dust separation unit comprising: a first cyclone unit configured to separate dust from air that is suctioned into the cleaner through the suction inlet; and a second cyclone unit configured to separate dust from air that is discharged from the first cyclone unit; a suction motor configured to drive a rotary impeller via an impeller shaft to generate a suction force that suctions air into the cleaner through the suction inlet; a motor housing (26, 27) that is configured to house the suction motor and that is disposed to surround the rotary impeller; a pre-filter configured to be separated from the cleaner, wherein the pre-filter is configured to, in a state of being inserted into the cleaner, filter air that is discharged from the second cyclone unit of the dust separation unit and before the air flows to at least one opening of the motor housing (26, 27) through which the air flows into the motor housing (26, 27); and a filter unit that is configured to be removable from the cleaner and that is configured to filter air that has passed the suction motor, characterized in that removing the filter unit from the cleaner exposes at least part of the pre-filter to an outside of the cleaner. a suction inlet configured to guide air into the cleaner; a dust separation unit comprising: a first cyclone unit configured to separate dust from air that is suctioned into the cleaner through the suction inlet; and a second cyclone unit configured to separate dust from air that is discharged from the first cyclone unit; a first cyclone unit configured to separate dust from air that is suctioned into the cleaner through the suction inlet; and a second cyclone unit configured to separate dust from air that is discharged from the first cyclone unit; a suction motor configured to drive a rotary impeller via an impeller shaft to generate a suction force that suctions air into the cleaner through the suction inlet; a motor housing (26, 27) that is configured to house the suction motor and that is disposed to surround the rotary impeller; a pre-filter configured to be separated from the cleaner, wherein the pre-filter is configured to, in a state of being inserted into the cleaner, filter air that is discharged from the second cyclone unit of the dust separation unit and before the air flows to at least one opening of the motor housing (26, 27) through which the air flows into the motor housing (26, 27); and a filter unit that is configured to be removable from the cleaner and that is configured to filter air that has passed the suction motor, characterized in that removing the filter unit from the cleaner exposes at least part of the pre-filter to an outside of the cleaner.