mhurhangee/ep-ind-claims huggingface dataset:
A combustor wall comprising: a hot side panel (96") having a first face defining at least in-part a combustion chamber (64"); a second face defining at least in-part a cooling air plenum (68"); and a vascular lattice structure (108") located between the first and second faces for distributing cooling air from the plenum (68") and to the chamber (64"), wherein the combustor wall further comprises a cold side panel (94") spaced from the vascular lattice structure (108") and having the second face, wherein a plurality of inlet holes (110") are in the second face and a plurality of outlet holes (114") are in the first face for flowing cooling air from the plenum (68"), through the lattice structure (108") and into the combustion chamber (64"), wherein the plurality of outlet holes (114") are film cooling holes, characterized in that the plurality of film cooling holes are multi-lobed cooling holes. a hot side panel (96") having a first face defining at least in-part a combustion chamber (64"); a second face defining at least in-part a cooling air plenum (68"); and a vascular lattice structure (108") located between the first and second faces for distributing cooling air from the plenum (68") and to the chamber (64"), wherein the combustor wall further comprises a cold side panel (94") spaced from the vascular lattice structure (108") and having the second face, wherein a plurality of inlet holes (110") are in the second face and a plurality of outlet holes (114") are in the first face for flowing cooling air from the plenum (68"), through the lattice structure (108") and into the combustion chamber (64"), wherein the plurality of outlet holes (114") are film cooling holes, characterized in that the plurality of film cooling holes are multi-lobed cooling holes.
A cap-locking assembly, comprising: an inner cap having a ribbed outer surface; and a locking cap including opposing first and second engagement mechanisms (102, 104) disposed on an interior surface of the locking cap, the locking cap further including a plurality of ramped tabs disposed on the interior surface of the locking cap, wherein the ramped tabs engage a lower edge of the inner cap to retain the inner cap inside the locking cap, and wherein the opposing first and second engagement mechanisms (102, 104) engage with the ribbed outer surface of the inner cap upon application of an inward force to the locking cap, characterized in that the locking cap further including opposing first and second stabilizing ridges (106, 108) disposed on the interior surface of the locking cap, wherein the opposing first and second stabilizing ridges (106, 108) coaxially align the inner cap and the locking cap. an inner cap having a ribbed outer surface; and a locking cap including opposing first and second engagement mechanisms (102, 104) disposed on an interior surface of the locking cap, the locking cap further including a plurality of ramped tabs disposed on the interior surface of the locking cap, wherein the ramped tabs engage a lower edge of the inner cap to retain the inner cap inside the locking cap, and wherein the opposing first and second engagement mechanisms (102, 104) engage with the ribbed outer surface of the inner cap upon application of an inward force to the locking cap, characterized in that the locking cap further including opposing first and second stabilizing ridges (106, 108) disposed on the interior surface of the locking cap, wherein the opposing first and second stabilizing ridges (106, 108) coaxially align the inner cap and the locking cap.
A method of operating a computerised system in which a first containerised instantiation of an application is monitored for abnormal activity and characterised in that, if such abnormal activity is detected, one or more duplicate containerised instantiations (91, 92) of the application are initialised, the duplicate containerised instantiations being isolated from, and running the same service as, the first containerised instantiations, in which traffic is directed to each containerised instantiation in accordance with its source network address, in which network traffic is analysed for patterns indicative of a suspected denial of service attack, and traffic having characteristics associated with such patterns is directed to one or more of the containerised instantiations of the application equipped with an additional analysis function for assessing the suspected attack.
A wind turbine comprising a tower having a wall, a cooling device which has at least one air inlet unit and at least one air outlet unit which are provided in the lower region of the tower, wherein the air inlet unit and the air outlet unit each have an outer portion (510, 610), a central portion (520, 620) and a shutter unit (530, 630), wherein the outer portions (510, 610) are provided outside the wall of the tower, and the central portions (520, 520) are provided in the region of the wall of the tower, wherein the air inlet unit and the air outlet unit have fixing units, characterized in that the shutter units (530, 630) are provided within the tower, wherein the central portions (520, 620) can be fixed to the wall of the tower from the interior of the tower by means of the fixing units.
A body structure for an electrically operated vehicle, having an assembly space for an electric vehicle battery which is open toward the bottom of the vehicle in the vehicle vertical direction (z), is delimited toward the top of the vehicle by a floor panel forming the vehicle floor, and is delimited on both sides in the vehicle transverse direction (y) by a sill which delimits a side door opening toward the bottom of the vehicle, a front body longitudinal member extending on each side of the vehicle in the front-end region which merges into the corresponding sill toward the rear of the vehicle in the vehicle longitudinal direction (x), wherein each of the front battery corners of the electric vehicle battery is surrounded by an inner corner region which spans between the sill and a front battery cross member, the sill is offset with respect to the front body longitudinal member on either side of the vehicle by a transverse offset (Δy) toward the outside of the vehicle in the vehicle transverse direction (y), a corner node formed as a hollow profile adjoins the front body longitudinal member toward the rear of the vehicle in the vehicle longitudinal direction (x), which node widens in the vehicle longitudinal direction (x) toward the rear of the vehicle using up the transverse offset (Δy) and which is connected to the sill at a sill connection point so as to transmit force, characterized in that the front longitudinal member is a hollow profile part comprising a closed cross section and having a longitudinal member base, a longitudinal member top wall and inner and outer flanks (31, 33) which connect the longitudinal member base to the longitudinal member top wall, and in that the hollow profile corner node is a hollow profile part with a closed cross section, the corner node base of which extends the longitudinal member base toward the rear of the vehicle, the corner node lateral flanks (37, 39) of which extend the longitudinal member lateral flanks (31, 33) toward the rear of the vehicle, and whose corner node top wall extends the longitudinal member top wall toward the rear of the vehicle.
A smearing subsystem for use in an automated slide preparation apparatus, the smearing subsystem comprising: an input reel; a take-up reel; a smearing tape having a plurality of cut-outs formed therein, wherein the smearing tape is initially wound within the input reel and coupled to the take-up reel such that the smearing tape can be drawn from the input reel into the take-up reel, and a deflection component configured to deflect each of the plurality of smearing tape cut-outs, wherein the cut-outs in the tape are such that the change in direction of the smearing tape around the deflection component as the smearing tape is drawn into the take-up reel causes a blade to project from the smearing tape to create a smear surface, the smearing subsystem being characterised in that the input reel, the take-up reel, the smearing tape and the deflection component are included in a smear cartridge and in that the smearing subsystem comprises a slide transport surface configured to move a slide across the exposed smear surface. an input reel; a take-up reel; a smearing tape having a plurality of cut-outs formed therein, wherein the smearing tape is initially wound within the input reel and coupled to the take-up reel such that the smearing tape can be drawn from the input reel into the take-up reel, and a deflection component configured to deflect each of the plurality of smearing tape cut-outs, wherein the cut-outs in the tape are such that the change in direction of the smearing tape around the deflection component as the smearing tape is drawn into the take-up reel causes a blade to project from the smearing tape to create a smear surface, the smearing subsystem being characterised in that the input reel, the take-up reel, the smearing tape and the deflection component are included in a smear cartridge and in that the smearing subsystem comprises a slide transport surface configured to move a slide across the exposed smear surface.
Conveying apparatus for separated products, in particular for tablet products manufactured by means of a tabletting apparatus, having a sliding bottom and a conveying member running over the sliding bottom, with a plurality of receiving pockets open to the sliding bottom below for the separated products which can be moved by the conveying member in a conveying direction along a conveying track over the sliding floor, comprising an ejection device having a recess provided in the sliding floor and comprising an ejection portion of the conveying track, and comprising a movable ejection floor, assigned to the recess, with at least one closed bottom area for closing the ejection portion and at least one open passage region for opening the ejection portion, wherein the direction of movement of the ejection floor for optionally closing or opening the ejection portion is substantially identical to the conveying direction of the conveyor, characterized in that the ejection floor is formed by a rotatably driven circular disc with at least one floor window forming the passage region.
A rear vehicle body structure comprising a rear outer panel provided on a rear section of a vehicle body and a tailgate pivotably supported on a hinge mounting section of the rear outer panel via a hinge member, the rear outer panel having an opening section openable and closable by the tailgate, wherein the hinge member includes a vehicle-body-side hinge section fixed to the hinge mounting section, and a door-side hinge section pivotably connected at one end portion thereof to the vehicle-body-side hinge section and fixed at another end portion to the tailgate, a lighting member covering the vehicle-body-side hinge section from outside of the vehicle body being provided on the rear outer panel, wherein the lighting member includes a surface section provided on an outer surface of the vehicle body, characterized in that the lighting member includes a housing section provided inside the surface section; that the surface section has a transparent section for transmitting therethrough light from a light source provided inside the housing section, and an opaque section for reflecting external light; that the housing section has an accommodating portion of a recessed shape opposed to the transparent section, and the light source is provided in the accommodating portion; and the vehicle-body-side hinge section is covered with the opaque section.
A tire pressure monitoring system for monitoring the pressure in at least one tire supporting a vehicle, the system comprising: at least one sensor mounted on the at least one tire for measuring a pressure and a temperature of the at least one tire; means for transmitting the measured pressure data and temperature data to a processor (38, 48); characterized in that a tire pressure model being executed on the processor (38, 48), the tire pressure model including: a driving event extractor to extract cold pressure data from the measured pressure data; a temperature compensator to generate a compensated cold tire pressure from the cold pressure data; a noise filter to filter sensor noise and generate a filtered cold tire pressure from the compensated cold tire pressure; a detection module receiving the filtered cold tire pressure and determining an air pressure leak rate of the at least one tire; and a leak notification corresponding to the air pressure leak rate generated by the tire pressure model. at least one sensor mounted on the at least one tire for measuring a pressure and a temperature of the at least one tire; means for transmitting the measured pressure data and temperature data to a processor (38, 48); characterized in that a tire pressure model being executed on the processor (38, 48), the tire pressure model including: a driving event extractor to extract cold pressure data from the measured pressure data; a temperature compensator to generate a compensated cold tire pressure from the cold pressure data; a noise filter to filter sensor noise and generate a filtered cold tire pressure from the compensated cold tire pressure; a detection module receiving the filtered cold tire pressure and determining an air pressure leak rate of the at least one tire; and a leak notification corresponding to the air pressure leak rate generated by the tire pressure model. a driving event extractor to extract cold pressure data from the measured pressure data; a temperature compensator to generate a compensated cold tire pressure from the cold pressure data; a noise filter to filter sensor noise and generate a filtered cold tire pressure from the compensated cold tire pressure; a detection module receiving the filtered cold tire pressure and determining an air pressure leak rate of the at least one tire; and a leak notification corresponding to the air pressure leak rate generated by the tire pressure model.
A drying device for a wheel washing machine comprising: - A first blowing element which can be fed by a drying fluid fed by a source and facing a first surface of a wheel to be dried; - A second blowing element which can be fed by a drying fluid and facing a second surface of a wheel to be dried, opposing said first surface; characterized in that - A first blowing nozzles group is mounted on said first blowing element; - A second blowing nozzles group is mounted on said second blowing element, said first and second nozzles groups (50, 61) being aligned respectively on a first common aligning plane and on a second common aligning plane contained in a circular sector defined between two radii (K1, K2) of a wheel to be dried having maximum diameter, wherein said two radii comprise: - a first radius connecting the centre of a wheel having maximum diameter to a first resting roller of said wheel in a washing and drying chamber of a wheels washing machine; and - a second radius connecting a centred axis of said wheel having maximum diameter to a second resting and driving roll of said wheel in said washing and drying chamber. - A first blowing element which can be fed by a drying fluid fed by a source and facing a first surface of a wheel to be dried; - A second blowing element which can be fed by a drying fluid and facing a second surface of a wheel to be dried, opposing said first surface; - A first blowing nozzles group is mounted on said first blowing element; - A second blowing nozzles group is mounted on said second blowing element, said first and second nozzles groups (50, 61) being aligned respectively on a first common aligning plane and on a second common aligning plane contained in a circular sector defined between two radii (K1, K2) of a wheel to be dried having maximum diameter, wherein said two radii comprise: - a first radius connecting the centre of a wheel having maximum diameter to a first resting roller of said wheel in a washing and drying chamber of a wheels washing machine; and - a second radius connecting a centred axis of said wheel having maximum diameter to a second resting and driving roll of said wheel in said washing and drying chamber.
Method for improving the performances of a power cable comprising at least one core, comprising an electric conductor having a cross section area S, and an armour surrounding said at least one core along a circumference, the power cable having overall cable losses when transporting an alternate current I at a maximum allowable working conductor temperature T, the overall cable losses including conductor losses and armour losses, the method being characterized in comprising: - reducing the armour losses to a value not higher than 40% of the overall cable losses by having said armour made with a layer of a plurality of metal wires having an elongated cross section with major axis A', said major axis A' being oriented tangentially with respect to the circumference; - building the power cable with a reduced value of the cross section area S of the electric conductor, this reduced value being determined and made possible by the value of the reduced armour losses not higher than 40% of the overall cable losses, and/or - operating the power cable at said maximum allowable working conductor temperature T by transporting in the electric conductor said alternate current I with an increased value, this increased value being determined and made possible by the value of the reduced armour losses not higher than 40% of the overall cable losses. - reducing the armour losses to a value not higher than 40% of the overall cable losses by having said armour made with a layer of a plurality of metal wires having an elongated cross section with major axis A', said major axis A' being oriented tangentially with respect to the circumference; - building the power cable with a reduced value of the cross section area S of the electric conductor, this reduced value being determined and made possible by the value of the reduced armour losses not higher than 40% of the overall cable losses, and/or - operating the power cable at said maximum allowable working conductor temperature T by transporting in the electric conductor said alternate current I with an increased value, this increased value being determined and made possible by the value of the reduced armour losses not higher than 40% of the overall cable losses.
A laundry treatment apparatus including a main washing device and an auxiliary washing device, for treating laundry, wherein the auxiliary washing device comprises: a tub accommodating wash water; a drum rotatably provided in the tub; a pulsator rotatably provided in the drum so as to be rotated due to friction with at least one of the wash water and the laundry accommodated in the drum, wherein: the auxiliary washing device further comprises a motor for rotating the drum; and a pulsator connector is installed between a shaft of the motor and the pulsator such that driving force of the motor is transferred only to the drum. a tub accommodating wash water; a drum rotatably provided in the tub; a pulsator rotatably provided in the drum so as to be rotated due to friction with at least one of the wash water and the laundry accommodated in the drum, wherein: the auxiliary washing device further comprises a motor for rotating the drum; and a pulsator connector is installed between a shaft of the motor and the pulsator such that driving force of the motor is transferred only to the drum. the auxiliary washing device further comprises a motor for rotating the drum; and a pulsator connector is installed between a shaft of the motor and the pulsator such that driving force of the motor is transferred only to the drum.
Post-bolt connection with a vertical post and a horizontal bolt, wherein a connection part is provided on the post and a bolt part on a longitudinal-side end of the bolt and a horizontally running web is provided on the connection part or the bolt part and a groove receiving the web on the bolt part or the connection part, wherein on a free end of the web, a thickening is arranged which is formed for undercutting positive engagement in a corresponding recess arranged in the base of the groove and a gap is formed between a vertical bearing surface of the thickening and a vertical bearing surface of the recess, wherein the bolt part comprises at least one separate supporting device against the bolt and wherein the supporting device is arranged in a mounting in the bolt part with two supporting elements (27; 28) acting respectively in opposite direction against the bolt, characterised in that the supporting elements (27; 28) pointing in opposite direction act against the bolt in these directions.
An apparatus comprising: physical layer, PHY, circuitry configured to alternatively support a plurality of different power control settings; a PHY Interface for the PCI Express, PIPE, - based interface configured to couple the PHY circuitry to a media access control, MAC, layer, wherein the PIPE-based interface comprises a plurality of pins (815, 825, 820, 830, 835a, 835b) configured to receive a power control signal on power control pins being a subset of the plurality of pins (815, 825, 820, 830, 835a, 835b), wherein the power control signal identifies a selection of one of the plurality of different power control settings to apply during operation; wherein the physical layer, PHY, circuitry is configured to apply parameters of the selected one of the plurality of different power control settings based on the power control signal; characterized in that the apparatus is further configured to activate, through the power control signal and depending on channel loss on a short reach multi-chip link, power optimizations including reducing receiver equalization activity by turning off decision feedback equalization, DFE, and supporting clocks or reducing receiver equalization activity by bypassing some continuous time linear equalization, CTLE, stages and reducing CTLE gain. physical layer, PHY, circuitry configured to alternatively support a plurality of different power control settings; a PHY Interface for the PCI Express, PIPE, - based interface configured to couple the PHY circuitry to a media access control, MAC, layer, wherein the PIPE-based interface comprises a plurality of pins (815, 825, 820, 830, 835a, 835b) configured to receive a power control signal on power control pins being a subset of the plurality of pins (815, 825, 820, 830, 835a, 835b), wherein the power control signal identifies a selection of one of the plurality of different power control settings to apply during operation; wherein the physical layer, PHY, circuitry is configured to apply parameters of the selected one of the plurality of different power control settings based on the power control signal; characterized in that the apparatus is further configured to activate, through the power control signal and depending on channel loss on a short reach multi-chip link, power optimizations including reducing receiver equalization activity by turning off decision feedback equalization, DFE, and supporting clocks or reducing receiver equalization activity by bypassing some continuous time linear equalization, CTLE, stages and reducing CTLE gain.