mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: pre-loading session configuration information in a session configuration file; pre-establishing a disaster recovery intervention rule base including disaster recovery intervention rules; pre-establishing a storage medium switching sequence; in the event that a check trigger condition is satisfied for a disaster recovery intervention rule in the disaster recovery intervention rule base, automatically checking whether an intervention is to be performed for a session storage medium determined by the session configuration information already loaded in the session configuration file, the checking being performed based on the disaster recovery intervention rule; in the event that the intervention is determined to be performed, determining, based on the storage medium switching sequence, a next session storage medium corresponding to the session storage medium requiring intervention; and loading configuration information corresponding to the next session storage medium into the session configuration file to switch the configuration information corresponding to the session storage medium requiring intervention to the configuration information corresponding to the next session storage medium. pre-loading session configuration information in a session configuration file; pre-establishing a disaster recovery intervention rule base including disaster recovery intervention rules; pre-establishing a storage medium switching sequence; in the event that a check trigger condition is satisfied for a disaster recovery intervention rule in the disaster recovery intervention rule base, automatically checking whether an intervention is to be performed for a session storage medium determined by the session configuration information already loaded in the session configuration file, the checking being performed based on the disaster recovery intervention rule; in the event that the intervention is determined to be performed, determining, based on the storage medium switching sequence, a next session storage medium corresponding to the session storage medium requiring intervention; and loading configuration information corresponding to the next session storage medium into the session configuration file to switch the configuration information corresponding to the session storage medium requiring intervention to the configuration information corresponding to the next session storage medium.
A method to be performed at a first wireless communication station, STA, the method comprising: transmitting a first trigger frame (210; 310; 510; 610; 710) to configure resource allocations (212; 312; 512; 612; 712) for a plurality of second STAs, the plurality of second STAs comprising an unassociated STA and an associated STA, the first trigger frame (210; 310; 510; 610; 710) comprising an unassociated identifier, ID, to address the unassociated STA and an Association ID, AID, to address the associated STA; processing requests from two or more STAs of the plurality of second STAs to request to perform a range measurement procedure, the requests from the two or more STAs according to the resource allocations (212; 312; 512; 612; 712) for the plurality of second STAs, the requests from the two or more STAs comprising a request from the unassociated STA and a request from the associated STA; transmitting a second trigger frame to trigger the range measurement with the two or more STAs, the second trigger frame comprising the unassociated ID to address the unassociated STA and the AID to address the associated STA; processing two or more Uplink, UL, Non-Data Packet, NDP, transmissions from the two or more STAs, respectively; transmitting a Downlink, DL, NDP transmission to the two or more STAs; and transmitting two or more Location Measurement Reports, LMRs, to the two or more STAs, respectively, an LMR of the two or more LMRs comprising measurement information based on the DL NDP transmission and on an UL NDP transmission of the two or more UL NDP transmissions. transmitting a first trigger frame (210; 310; 510; 610; 710) to configure resource allocations (212; 312; 512; 612; 712) for a plurality of second STAs, the plurality of second STAs comprising an unassociated STA and an associated STA, the first trigger frame (210; 310; 510; 610; 710) comprising an unassociated identifier, ID, to address the unassociated STA and an Association ID, AID, to address the associated STA; processing requests from two or more STAs of the plurality of second STAs to request to perform a range measurement procedure, the requests from the two or more STAs according to the resource allocations (212; 312; 512; 612; 712) for the plurality of second STAs, the requests from the two or more STAs comprising a request from the unassociated STA and a request from the associated STA; transmitting a second trigger frame to trigger the range measurement with the two or more STAs, the second trigger frame comprising the unassociated ID to address the unassociated STA and the AID to address the associated STA; processing two or more Uplink, UL, Non-Data Packet, NDP, transmissions from the two or more STAs, respectively; transmitting a Downlink, DL, NDP transmission to the two or more STAs; and transmitting two or more Location Measurement Reports, LMRs, to the two or more STAs, respectively, an LMR of the two or more LMRs comprising measurement information based on the DL NDP transmission and on an UL NDP transmission of the two or more UL NDP transmissions.
Retaining device for a vehicle bed and preferably for assembly to a vehicle wall, wherein the retaining device has a retaining member for securing an individual to prevent them from falling out of the vehicle bed, wherein the retaining member is pivotable and/or displaceable from an initial position into at least one operating position to secure the individual to prevent them from falling out of the vehicle bed, characterized in that die retaining device has a pivotable, plate-shaped mechanism (6.1) that can be locked in a horizontal orientation, which mechanism is used in the horizontal orientation as a climbing aid and/or as a table top.
A guitar-securing device comprising: - an attachment member, provided with an arm, for attachment to a surface, - a structural member connected to that arm and configured to pass along the back part of a guitar, the structural member comprising a first plate located on the back face of the guitar whose contour matches that of the guitar which has to be supported, the structural member further comprising a first connecting member for connecting the first plate to a first support stud for the belting of the guitar, wherein the structural member further comprises a second plate connected to the first plate by means which permit the relative position between the two plates (4, 6) to be varied, and the structural member further comprising a second connecting member connected to the second plate and configured to be connected to a second support stud for the belting of the guitar at the shoulder of the guitar, characterised in that the means which permit the relative position to be varied comprise at least one elongated opening in one of the plates (4, 6), a set of smaller openings (46, 46') corresponding to the elongated opening and located at different longitudinal and axial positions in the plate (4, 6) which does not contain the aforesaid elongated opening, and at least one pin capable of passing through the elongated opening and one of the corresponding smaller openings (46, 46'). - an attachment member, provided with an arm, for attachment to a surface, - a structural member connected to that arm and configured to pass along the back part of a guitar, the structural member comprising a first plate located on the back face of the guitar whose contour matches that of the guitar which has to be supported, the structural member further comprising a first connecting member for connecting the first plate to a first support stud for the belting of the guitar,
Closure system on a fuel tank comprising an opening in the wall of the fuel tank and a closure cover which covers the opening and clamps at least one elastomer seal between itself and a border of the tank wall enclosing the opening, wherein the elastomer seal is formed as a multilobed sealing cord or multilobed sealing ring surrounding the opening, in such a way that it forms a number of sealing lips that are spaced apart from one another, at least two spaced-apart sealing lips of the elastomer seal consisting of different materials, characterized in that a first material is substantially impermeable to hydrocarbons and a second material is substantially impermeable to alcohol-containing media or alcohol-containing additives.
A method for selecting stereo pairs of satellite or aerial images to generate elevation data of a zone of interest, said method being implemented by computer and comprising a phase of selecting eligible stereo pairs from an initial set of images representing the zone of interest, followed by a phase of ranking the stereo pairs selected as a function of their quality, said method being characterised in that it further comprises a phase of defining N image clusters, with N an integer greater than or equal to 2, each gathering images from the initial set according to a resemblance criterion, and a phase of selecting the best stereo pairs per cluster on the basis of the ranking established during the ranking phase and on the fact that a pair belongs to a cluster if both images of said pair belong to said cluster.
A permanent magnet motor, comprising a case, a stator and a rotor; the stator and the rotor are installed in the case, and axially separate an inner cavity of the case into a first inner cavity and a second inner cavity; the stator comprises a stator core, axial ventilation holes in communication with the first inner cavity and with the second inner cavity are disposed in teeth of the stator core; wherein, each axial ventilation hole is a taper hole extending in a height direction of each tooth; width of one end of the axial ventilation hole, which is close to a head of the tooth, is greater than width of the other end of the axial ventilation hole, which is close to a root of the tooth; characterized in that contour lines of a cross-section of the axial ventilation hole comprises a first contour line, which is arc-shaped and close to the head of the tooth, and a second contour line, which is arc-shaped and close to the root of the tooth, and third contour lines, which are straight line-shaped and each of which is connected with the first contour line at one end and connected with the second contour line at the other end; and in that a radius of the first contour line is no greater than one third of width of the tooth.
An aircraft wing comprising a trailing edge flap mechanism, the trailing edge flap mechanism comprising: a support beam having a aft portion with a first rotation axis (18, 72) and a fourth rotation axis aft of the first rotation axis; a flap carrier beam supporting a flap, said flap carrier beam having a second rotation axis at a forward end and a third rotation axis; a first link interconnecting the first rotation axis and second rotation axis; a second link interconnecting the third rotation axis and fourth rotation axis; said support beam having a forward portion extending forward from the aft portion and having a fifth rotation axis (36, 38) at a forward end for connection on a first fixed hinge axis; a connection link having a sixth rotation axis for connection on a second fixed hinge axis and a seventh rotation axis connected to the first link intermediate the first and second rotation axes; and an actuation system operably connected between a fixed portion of a wing to the first link characterized in that the sixth rotation axis is at a forward end of the connection link and in that the third rotation axis is within a nose contour of the flap aft of the second rotation axis. a support beam having a aft portion with a first rotation axis (18, 72) and a fourth rotation axis aft of the first rotation axis; a flap carrier beam supporting a flap, said flap carrier beam having a second rotation axis at a forward end and a third rotation axis; a first link interconnecting the first rotation axis and second rotation axis; a second link interconnecting the third rotation axis and fourth rotation axis; said support beam having a forward portion extending forward from the aft portion and having a fifth rotation axis (36, 38) at a forward end for connection on a first fixed hinge axis; a connection link having a sixth rotation axis for connection on a second fixed hinge axis and a seventh rotation axis connected to the first link intermediate the first and second rotation axes; and an actuation system operably connected between a fixed portion of a wing to the first link
A blade protection for a cable knife with a housing as a handle, a hook blade fixedly attached to the housing at a front side of the housing, and a protective sheath which is retractable into and protractable from the housing and which is slidable into the housing against a spring force and substantially completely covers the hook blade in the protracted state, as well as a securing slider as a latch which can be held locked in a securing position, wherein, in the securing position of the securing slider, the protective sheath is held securing over the hook blade, characterised in that the securing slider can be held locked in a working position, and when the protective sheath jumps out of the housing, the securing slider is self-actingly pushed back from the working position into the securing position via a securing spring. characterised in that the securing slider can be held locked in a working position, and when the protective sheath jumps out of the housing, the securing slider is self-actingly pushed back from the working position into the securing position via a securing spring.
Electronic component module with at least one ceramic circuit carrier (2, 3) and a cooling device with at least one heat sink, characterized in that formed between the ceramic circuit carrier (2, 3) and the cooling device is a bonding region (5, 7; 6, 8) for bonding the circuit carrier (2, 3) to the cooling device, characterized in that the bonding region (5, 7; 6, 8) comprises a bonding layer (5, 6) formed at least in part from metal and a eutectic region (7, 8) wherein the eutectic region (7, 8) is arranged between the bonding layer (5, 6) and the metallic cooling device, and the eutectic region (7, 8) thus in each case forms a partial region consisting of the metallic bonding layer (5, 6) and the heat sink.
Filling element of a filling system for the filling of containers, particularly in the form of cans with a liquid fill content, including a liquid port formed in a filling element housing, which port forms at least one discharge opening on the underside of said filling element for discharging the fill content into the container concerned, having a liquid valve in the liquid port, having an open return gas tube on the underside of said filling element, which tube encloses at a distance a flushing tube arranged axially coincidentally with a filling element axis, with at least one first gas channel, said channel formed between an inner surface of the return gas tube and an outer surface of the flushing tube and open on the underside of the return gas tube, with at least one second gas channel formed in the interior of the flushing tube and open at the lower end of the flushing tube, and with a gas chamber formed in the filling element housing, into which the first gas channel opens, wherein the flushing tube is movable in the filling element axis by a first stroke movement between a raised starting position and a lowered flushing position, and, by means of at least one controlled gas path, can be subjected to at least one flushing gas under flushing pressure, wherein the second gas channel likewise opens into the gas chamber, and the flushing tube is configured in such a way that in the lowered flushing position it blocks the connection of the first gas channel with the gas chamber, or chokes it in such a way that the flow cross-section of this connection in the flushing position of the flushing tube is smaller than in the raised position of the flushing tube, characterised in that the flushing tube is configured with a valve body and/or choke body, which in the flushing position of the flushing tube at least partially closes the connection between the first gas channel and the gas chamber, and wherein, in order to form the valve body or choke body, the flushing tube is provided with a thickening, which, in the flushing position of the flushing tube, is accommodated in the return gas tube, and thereby closes or chokes the connection of the first gas channel with the gas chamber.
A computer program product embodied on a non-transitory computer readable medium, said computer readable medium having instructions stored thereon that, when executed by a computer, which implements or operates in conjunction with at least one classification and/or segmentation processor, causes the computer to perform: receiving modelled seismic data including modelled aliased data and modelled unaliased data that is to be recognized by the at least one processor; training the at least one classification and/or segmentation processor to identify characteristics of the modelled aliased data in the modelled seismic data by analysing the aliased data and unaliased data; receiving actual seismic data acquired in a seismic survey after training the at least one classification and/or segmentation processor, wherein the actual seismic data includes aliasing, and wherein the actual seismic data is represented within a transform domain; and identifying, using the trained at least one classification and/or segmentation processor, aliased data in the actual seismic data. receiving modelled seismic data including modelled aliased data and modelled unaliased data that is to be recognized by the at least one processor; training the at least one classification and/or segmentation processor to identify characteristics of the modelled aliased data in the modelled seismic data by analysing the aliased data and unaliased data; receiving actual seismic data acquired in a seismic survey after training the at least one classification and/or segmentation processor, wherein the actual seismic data includes aliasing, and wherein the actual seismic data is represented within a transform domain; and identifying, using the trained at least one classification and/or segmentation processor, aliased data in the actual seismic data.
An oral dosage form which comprises 1) pomalidomide at an amount of about 0.1 to about 3 weight percent of total weight of the composition; 2) a carrier, diluent, binder or filler at an amount of about 90 to about 99 weight percent of total weight of the composition, wherein the carrier, diluent, binder or filler is starch, mannitol or a mixture thereof, wherein the term "about" denotes that weight percentages within 30% of the specified weight percentage are encompassed.
Stereolithography apparatus for producing a three-dimensional object by layer-by-layer or continuous curing of a photosensitive substance by exposure to specific radiation that triggers the curing, the apparatus comprising: - a carrier device; - a radiation source for generating the radiation that triggers the curing; - at least one cartridge device (5, 6) which can be positioned on the carrier device and removed and which has an interior space enclosed by a shell, with at least a portion of the shell being permeable to the radiation that triggers the curing; the shell (14, 141, 142, 143, 144, 24, 34, 44) of the cartridge device (5, 6, 10, 20, 30, 40) having a base, an upper part and a jacket connecting the base and the upper part, the jacket being deformable and the interior space (140, 240, 340, 440) enclosed by the shell having a volume which is at least partially formed by a receiving space in which, for at least a duration of an irradiation and curing process, an amount of the photosensitive substance can be received and is accessible to the radiation, characterised in that the upper part of the cartridge device is formed by a closure part (100, 200, 300, 400, 500, 11, 21) which delimits and closes off the interior space at the top, the closure part being exchangeable and preferably rigid overall. - a carrier device; - a radiation source for generating the radiation that triggers the curing; - at least one cartridge device (5, 6) which can be positioned on the carrier device and removed and which has an interior space enclosed by a shell, with at least a portion of the shell being permeable to the radiation that triggers the curing; the shell (14, 141, 142, 143, 144, 24, 34, 44) of the cartridge device (5, 6, 10, 20, 30, 40) having a base, an upper part and a jacket connecting the base and the upper part, the jacket being deformable and the interior space (140, 240, 340, 440) enclosed by the shell having a volume which is at least partially formed by a receiving space in which, for at least a duration of an irradiation and curing process, an amount of the photosensitive substance can be received and is accessible to the radiation, characterised in that the upper part of the cartridge device is formed by a closure part (100, 200, 300, 400, 500, 11, 21) which delimits and closes off the interior space at the top, the closure part being exchangeable and preferably rigid overall.
An acoustic roller shutter slat, articulated to at least one adjacent slat to constitute a roller shutter apron capable of closing an opening made in a wall, each slat having large sides (2, 3) and small sides (4, 5) provided with fastening means (7, 8) for fastening to at least one adjacent slat, said sides (2, 3, 4, 5) delimiting an inner volume of the slat, characterized in that at least one of the large sides (2, 3) is provided with at least one longitudinal fold (10, 11) extending, inside the volume, towards the other large side (3, 2), said longitudinal fold (10, 11) consists of a part folded back on itself and forming a double thickness.
Holographic display device incorporated in a timepiece device comprising at least one movable hand (1, 2, 101), having a light source (3, 4, 103) at its peripheral end, and a watch glass, characterised in that said watch glass comprises at least one hologram (8, 9, 108, 209) at its periphery, said light source (3, 4, 103) being arranged on the hand (1, 2, 101) so that it illuminates from the rear said at least one hologram (8, 9, 108, 209) disposed on an internal face of said watch glass so as to reconstruct said hologram (8, 9, 108) when the hand moves into a predetermined angular sector of the glass.
A powder dispersion comprising a powder of a first polymer having units based on tetrafluoroethylene and an oxygen-containing polar group, a powder of a second polymer containing units based on a fluoroolefin, wherein the second polymer is a polymer having no oxygen-containing polar group, a dispersing agent, and a liquid dispersion medium, wherein the ratio of the mass content of the first polymer to the mass content of the second polymer is at most 0.7.