mhurhangee/ep-ind-claims huggingface dataset:
Intervertebral implant for mutual situating of adjacent vertebrae, said implant comprising: a cover a driving mechanism fixed in the cover; provided with a cover wall and at least one manipulative hole in the cover wall, said cover being further provided with at least one open seat, said driving mechanism including at least one rotational element with an axis said rotational element being located in the seat and rotatable about the axis, said rotational element being equipped with anchoring latches or groups of anchoring latches projecting over the height of the cover wall where the anchoring latches or the groups of anchoring latches extend parallel to the axis of the rotational element and where anchoring latches project over the height of the cover wall in each rotational position of the rotational element, said rotational element cooperating with at least one connecting element situated within the diameter of the a manipulative hole of the cover wall, and at least one blockade for blocking the rotation of the driving mechanism. said cover being a cover a driving mechanism fixed in the cover; provided with a cover wall and at least one manipulative hole in the cover wall, said cover being further provided with at least one open seat, said driving mechanism including at least one rotational element with an axis said rotational element being located in the seat and rotatable about the axis, said rotational element being equipped with anchoring latches or groups of anchoring latches projecting over the height of the cover wall where the anchoring latches or the groups of anchoring latches extend parallel to the axis of the rotational element and where anchoring latches project over the height of the cover wall in each rotational position of the rotational element, said rotational element cooperating with at least one connecting element situated within the diameter of the a manipulative hole of the cover wall, and at least one blockade for blocking the rotation of the driving mechanism.
A method of increasing the yield of cold adapted reassortant influenza B virus particles, the method comprising: (a) introducing a plurality of cold adapted reassortant influenza B viruses into SPF embryonated hen eggs; (b) incubating the host eggs at a temperature of 31±0.5°C; and, (c) recovering influenza virus particles from the host eggs, whereby the yield quantified by determining a logarithmic median tissue culture infectious per milliliter dose (log 10 TCID 50 /mL) titer of allantoic fluid of the host eggs is at least 1.01 times the yield obtainable by culturing eggs at 33°C. (a) introducing a plurality of cold adapted reassortant influenza B viruses into SPF embryonated hen eggs; (b) incubating the host eggs at a temperature of 31±0.5°C; and, (c) recovering influenza virus particles from the host eggs, whereby the yield quantified by determining a logarithmic median tissue culture infectious per milliliter dose (log 10 TCID 50 /mL) titer of allantoic fluid of the host eggs is at least 1.01 times the yield obtainable by culturing eggs at 33°C.
A two-shaft gas turbine having a steam injection mechanism, comprising: a compressor having an inlet guide vane to control a flow rate of air to be introduced, a combustor to mix the air compressed by the compressor with fuel and combust the air with the fuel to generate a combustion gas, a turbine having a high pressure turbine driven by the combustion gas generated in the combustor and a low pressure turbine disposed on a downstream side of the high pressure turbine, a heat recovery steam generator to generate steam using an exhaust gas discharged from the low pressure turbine as a heat source, a steam system to supply the combustor with the steam generated by the heat recovery steam generator, a fuel valve provided to a fuel system to supply the combustor with the fuel and control a flow rate of the fuel to be supplied to the combustor, a steam valve provided to the steam system and control a flow rate of the steam to be supplied from the heat recovery steam generator to the combustor through the steam system, a load to be driven by the turbine, a compressor shaft to connect the high pressure turbine with the compressor to each other, and a low pressure turbine shaft to connect the low pressure turbine with the load to each other, wherein the high pressure turbine is configured to drive the compressor, and the low pressure turbine is configured to drive the load, characterized in that the two-shaft gas turbine having the steam injection mechanism further comprising: at least one of a rotational frequency meter to measure a rotational frequency of the compressor; an inlet guide vane position gauge to measure opening of the inlet guide vane provided to the compressor; a steam valve position gauge to measure opening of the steam valve provided to the steam system; and a flow rate meter to measure the flow rate of the steam generated by the heat recovery steam generator and to be supplied to the combustor; and a control system configured to calculate and output command signals to operate openings of the fuel valve, the steam valve, and the inlet guide vane, respectively, based on measurement signals obtained by one of the rotational frequency meter, the inlet guide vane position gauge, the steam valve position gauge and the flow rate meter, and based on an output increase command value to the gas turbine. at least one of a rotational frequency meter to measure a rotational frequency of the compressor; an inlet guide vane position gauge to measure opening of the inlet guide vane provided to the compressor; a steam valve position gauge to measure opening of the steam valve provided to the steam system; and a flow rate meter to measure the flow rate of the steam generated by the heat recovery steam generator and to be supplied to the combustor; and a control system configured to calculate and output command signals to operate openings of the fuel valve, the steam valve, and the inlet guide vane, respectively, based on measurement signals obtained by one of the rotational frequency meter, the inlet guide vane position gauge, the steam valve position gauge and the flow rate meter, and based on an output increase command value to the gas turbine.
A method comprising: collecting respective observations of end-to-end bandwidth experienced over different respective observed paths, each path comprising a respective plurality of network components; modelling each of the respective network components with a bandwidth probability function characterized by one or more parameters; estimating a component bandwidth or component bandwidth probability density for each of the network components based on said modelling; and characterised in that: the different observed paths are different respective ones of multiple past user communications conducted between user terminals of multiple different users, identified on different occasions when the communications are performed, wherein said component bandwidth or component bandwidth probability density is estimated by determining respective values for said parameters such that a combination of the component bandwidths or bandwidth probability densities for the network components in the observed paths approximately matches, according to an optimization process, the observations of the end-to-end bandwidth experienced by the past communications over the observed paths. collecting respective observations of end-to-end bandwidth experienced over different respective observed paths, each path comprising a respective plurality of network components; modelling each of the respective network components with a bandwidth probability function characterized by one or more parameters; estimating a component bandwidth or component bandwidth probability density for each of the network components based on said modelling; and characterised in that: the different observed paths are different respective ones of multiple past user communications conducted between user terminals of multiple different users, identified on different occasions when the communications are performed, wherein said component bandwidth or component bandwidth probability density is estimated by determining respective values for said parameters such that a combination of the component bandwidths or bandwidth probability densities for the network components in the observed paths approximately matches, according to an optimization process, the observations of the end-to-end bandwidth experienced by the past communications over the observed paths. the different observed paths are different respective ones of multiple past user communications conducted between user terminals of multiple different users, identified on different occasions when the communications are performed, wherein said component bandwidth or component bandwidth probability density is estimated by determining respective values for said parameters such that a combination of the component bandwidths or bandwidth probability densities for the network components in the observed paths approximately matches, according to an optimization process, the observations of the end-to-end bandwidth experienced by the past communications over the observed paths.
A lidar system, comprising: a first laser configured to operate at a first wavelength; a second laser configured to operate at a second wavelength, wherein the second wavelength differs from the first wavelength; a single optical resonator that is optically coupled to both the first laser and the second laser, the single optical resonator being formed of an electrooptic material, wherein the first laser and the second laser are optically injection locked to the single optical resonator; a single modulator configured to apply a time-varying voltage to the single optical resonator, the time-varying voltage controls modulation of an optical property of the electrooptic material to cause the first laser to generate a first frequency modulated optical signal comprising a first series of optical chirps and the second laser to generate a second frequency modulated optical signal comprising a second series of optical chirps; a beam combiner configured to combine the first frequency modulated optical signal and the second frequency modulated optical signal to form a combined frequency modulated optical signal; and front end optics configured to transmit at least a portion of the combined frequency modulated optical signal into an environment from the lidar system. a first laser configured to operate at a first wavelength; a second laser configured to operate at a second wavelength, wherein the second wavelength differs from the first wavelength; a single optical resonator that is optically coupled to both the first laser and the second laser, the single optical resonator being formed of an electrooptic material, wherein the first laser and the second laser are optically injection locked to the single optical resonator; a single modulator configured to apply a time-varying voltage to the single optical resonator, the time-varying voltage controls modulation of an optical property of the electrooptic material to cause the first laser to generate a first frequency modulated optical signal comprising a first series of optical chirps and the second laser to generate a second frequency modulated optical signal comprising a second series of optical chirps; a beam combiner configured to combine the first frequency modulated optical signal and the second frequency modulated optical signal to form a combined frequency modulated optical signal; and front end optics configured to transmit at least a portion of the combined frequency modulated optical signal into an environment from the lidar system.
A support vest having a semi-flexible exoskeletal structure configured to conform to a wearer's natural movements, allowing forces to be applied to selected areas, and permitting varying attachment points for a supported load; the support vest further comprising: a semi-rigid waistband; a ventral spar member extending upward from the waistband; a dorsal spar member extending upward from the waistband; load attachment components (10, 12) located ventrally and dorsally; wherein the ventral spar member and the dorsal spar member attach inferiorly to the waistband through an inferior ventral pivot system and an inferior dorsal pivot system, respectively; characterized in that the ventral spar member superior end is attached to a ventral plate; the dorsal spar superior end is attached to a rigid dorsal plate; the ventral plate and the dorsal plate are connected to one another by adjustable, semi-rigid shoulder straps configured to be disposed over a wearer's shoulders; wherein the ventral spar member and the dorsal spar member attach superiorly to the ventral plate and dorsal plate respectively, through a superior ventral pivot system and a superior dorsal pivot system, respectively. a semi-rigid waistband; a ventral spar member extending upward from the waistband; a dorsal spar member extending upward from the waistband; load attachment components (10, 12) located ventrally and dorsally; wherein the ventral spar member and the dorsal spar member attach inferiorly to the waistband through an inferior ventral pivot system and an inferior dorsal pivot system, respectively; characterized in that the ventral spar member superior end is attached to a ventral plate; the dorsal spar superior end is attached to a rigid dorsal plate; the ventral plate and the dorsal plate are connected to one another by adjustable, semi-rigid shoulder straps configured to be disposed over a wearer's shoulders; wherein the ventral spar member and the dorsal spar member attach superiorly to the ventral plate and dorsal plate respectively, through a superior ventral pivot system and a superior dorsal pivot system, respectively.
A printed circuit board retention band (100, 200, 300) comprising: an elongated closed loop, defining a first opening and a second opening, forming: a first distal end to contact a first locking handle (230, 330) of a socket (222, 322) included in a PCB; and a second distal end to contact a second locking handle (231, 331) of the socket (222, 322); a retention portion (112, 212) disposed between the first distal end and the second distal end and disposed between the first opening and the second opening, wherein the retention portion (112, 212) is to contact a top surface of a PCB card (234, 334) to retain the PCB card (234, 334) in the socket (222, 322), wherein the elongated closed loop is formed of a flexible material, wherein the flexible material includes rubber, silicone rubber, or combinations thereof; characterised in that the retention portion (112, 212) includes a groove (113, 213) having a volume sized to receive a portion of the top surface of the PCB card (234, 334) in the volume of the groove (113, 213). an elongated closed loop, defining a first opening and a second opening, forming: a first distal end to contact a first locking handle (230, 330) of a socket (222, 322) included in a PCB; and a second distal end to contact a second locking handle (231, 331) of the socket (222, 322); a first distal end to contact a first locking handle (230, 330) of a socket (222, 322) included in a PCB; and a second distal end to contact a second locking handle (231, 331) of the socket (222, 322); a retention portion (112, 212) disposed between the first distal end and the second distal end and disposed between the first opening and the second opening, wherein the retention portion (112, 212) is to contact a top surface of a PCB card (234, 334) to retain the PCB card (234, 334) in the socket (222, 322), wherein the elongated closed loop is formed of a flexible material, wherein the flexible material includes rubber, silicone rubber, or combinations thereof; characterised in that the retention portion (112, 212) includes a groove (113, 213) having a volume sized to receive a portion of the top surface of the PCB card (234, 334) in the volume of the groove (113, 213).
Mouldboard for ploughs, configured as a solid body or as a slatted body, with a mouldboard upper edge, a mouldboard lower edge and a mouldboard rear part which has a mouldboard front edge and a recess which merges into the mouldboard lower edge and into the mouldboard front edge and into which a mouldboard front part, which is of substantially congruent design, is insertable as a replacement part which, in the mounted state, continues the mouldboard front edge and the mouldboard lower edge of the mouldboard rear part, characterized in that the length of the maximum orthogonal distance between the apex, which faces away from the mouldboard front edge, of the mouldboard front part, which is inserted into the recess, to the connecting line between the transition of the recess into the mouldboard lower edge and the transition of the recess into the mouldboard front edge is 40% to 100% of the length of the connecting line, in that the angle between a straight line placed in the front half of the upper region, which runs obliquely forwards and rectilinearly downwards, of the blade plate front part in the region of the separating line (9.1) between recess in the mouldboard rear part and mouldboard front part, and a straight line placed in the lower half of the rear region, which runs obliquely forwards and rectilinearly downwards of the blade plate front part in the region of the separating line (9.1) between recess in the mouldboard rear part and mouldboard front part, is smaller than 90°, but greater than 60°.
A piston ring formed from a copper-containing alloy that comprises: 8.0 wt% to 22 wt% nickel; 4.0 wt% to 10 wt% tin; and balance copper. 8.0 wt% to 22 wt% nickel; 4.0 wt% to 10 wt% tin; and balance copper.
A tire building drum comprising a rotatable drum having a center section and a first and second shoulder section, wherein the center section is radially expandable in a range of from 20 mm to 50 mm and has a first and second shoulder (29a, 29b), the first and the second shoulder being sloped, and wherein the first and second sloped shoulders each create a pocket for apex, ply and inner liner components such that, after applying an inner liner and a layer of ply to the drum and then a bead, locking the bead into position, applying an apex to each of the sloped shoulders (29a, 29b) and turning up the ply over the bead and the apex, a flat application surface is created for the application of a down ply.
A method of switching from a first command and control communication link between an unmanned aerial vehicle and a UAV controller (UAV-C) to a second C2 communication link for C2 communications, implemented by a wireless transmit/receive unit (WTRU), the method comprising: determining to switch C2 communications from the first C2 communication link to the second C2 communication link based on meeting a C2 switching condition on the first C2 communication link, wherein the C2 switching condition is determined in accordance with C2 communication link criteria, wherein the C2 communication link criteria are based on one or more quality of service (QoS) threshold parameters indicating any of: a distance limit, a delay, a packet loss, and a signal strength; sending, to a C2 control entity, a notification indicating link information used to determine switching from the first C2 communication link to the second C2 communication link; receiving, from the C2 control entity, information indicating a switch to the second communication link; switching C2 communications from the first C2 communication link to the second C2 communication link; and wherein the first C2 communication link is a direct C2 communication link and the second C2 communication link is a network-assisted C2 communication link or wherein the second C2 communication link is a direct C2 communication link and the first C2 communication link is a network-assisted C2 communication link, wherein the direct C2 communication link comprises using a PC5 link, and wherein the network-assisted C2 communication link comprises using a Uu link. determining to switch C2 communications from the first C2 communication link to the second C2 communication link based on meeting a C2 switching condition on the first C2 communication link, wherein the C2 switching condition is determined in accordance with C2 communication link criteria, wherein the C2 communication link criteria are based on one or more quality of service (QoS) threshold parameters indicating any of: a distance limit, a delay, a packet loss, and a signal strength; sending, to a C2 control entity, a notification indicating link information used to determine switching from the first C2 communication link to the second C2 communication link; receiving, from the C2 control entity, information indicating a switch to the second communication link; switching C2 communications from the first C2 communication link to the second C2 communication link; and wherein the first C2 communication link is a direct C2 communication link and the second C2 communication link is a network-assisted C2 communication link or wherein the second C2 communication link is a direct C2 communication link and the first C2 communication link is a network-assisted C2 communication link, wherein the direct C2 communication link comprises using a PC5 link, and wherein the network-assisted C2 communication link comprises using a Uu link.
An exhaust casing for an aircraft turbine engine comprising a shroud, a hub forming a cavity, hollow arms connecting said shroud to said hub, and at least one mouth situated on the shroud and which is suitable to be connected to an outlet tube of a transient-operation valve of the turbine engine, said at least one mouth is attached to the shroud in the extension of a hollow arm, so that an air flow exiting the outlet tube of the transient-operation valve penetrates into the hollow arm and circulates in the cavity of the hub, characterized in that the exhaust casing comprises at least one yoke arm, and that a hollow arm adjoining said yoke arm comprises a deflector so as to deflect the air flow exiting said hollow arm toward a stiffener of the yoke arm.
A heavy-load tire comprising a tread portion, a pair of sidewall portions, a pair of bead portions each with a bead core therein, a carcass comprising a carcass ply of cords including a main portion extending between the bead cores through the tread portion and the sidewall portions, and a pair of turnup portions each turned up around the bead core from the axially inside to the outside of the tire, and an inner liner made from air-impermeable rubber and disposed on the tire internal cavity surface (i), wherein each bead portion includes a bead reinforcing layer with an L-shaped cross section, the bead reinforcing layer comprising an axially outer piece portion disposed axially along the outside of and in contact with the turnup portion and a bottom piece portion integral with the outer piece portion and terminating in a sub-core area between a first radial line extending inwards along the radial direction of the tire from an innermost axial point (Pi) of the bead core, and a second radial line extending inwards along the radial direction of the tire from an outermost axial point (Po) of the bead core, the inner liner includes a radially inner portion that terminates radially inside of a lateral reference line (x) passing through the innermost axial point (Pi) and outermost axial point (Po) of the bead core, characterized in that a rubber thickness (ta) is in a range of from 2.5 to 5.0 mm ranging from the tire internal cavity surface (i) to the cord of the carcass ply on the lateral reference line (x), and an inner liner thickness (tb) is smaller than the rubber thickness (ta) and is in a range of from 0.5 to 3.0 mm on the lateral reference line (x).