mhurhangee/ep-ind-claims huggingface dataset:
A device that is a first node of a trusted circle that comprises a plurality of user nodes (210, 220) owned by a same owner and including the first node and a second node; comprising: means for receiving a sensitive user data item; the sensitive user data item being associated with an information handling system accessible by the first node over a public network; characterized in that the device further comprises: means for publishing the sensitive user data item as a transaction to the second node via a distributed consensus system comprised of the plurality of user nodes; means for recording the transaction to a private blockchain of the trusted circle in response to the transaction being confirmed by the second node according to the distributed consensus system; and means for sharing the private blockchain within the trusted circle. means for receiving a sensitive user data item; the sensitive user data item being associated with an information handling system accessible by the first node over a public network; characterized in that the device further comprises: means for publishing the sensitive user data item as a transaction to the second node via a distributed consensus system comprised of the plurality of user nodes; means for recording the transaction to a private blockchain of the trusted circle in response to the transaction being confirmed by the second node according to the distributed consensus system; and means for sharing the private blockchain within the trusted circle. means for publishing the sensitive user data item as a transaction to the second node via a distributed consensus system comprised of the plurality of user nodes; means for recording the transaction to a private blockchain of the trusted circle in response to the transaction being confirmed by the second node according to the distributed consensus system; and means for sharing the private blockchain within the trusted circle.
A sorter apparatus having a conveying surface that is adapted to transport articles in a direction of conveyance and a mechanism adapted to displace articles on the conveying surface, the sorter apparatus having a frame, an endless web made up of a plurality of interconnected bodies, said endless web moveably supported by said frame and travelling in an endless loop defining the conveying surface, the sorter apparatus comprising: a distributed drive system having a plurality of drives that are adapted to produce a force with the bodies to propel the endless web wherein the distributed drive system comprises a linear motor system and wherein each drive comprises at least one stationary linear motor primary that is adapted to produce a magnetic field to provide force in a linear motor secondary with one of the bodies to propel the endless web, a diagnostic device adapted to monitor operation of the sorter apparatus, the diagnostic device comprising a controller and at least one sensor in communication with said controller and adapted to detect at least one parameter of one of said drives that is proximate to the at least one sensor and said controller adapted to receive the at least one parameter from the at least one sensor, characterised in that the diagnostic device traveling with the endless web and positioned at said one of the bodies of the endless web. a distributed drive system having a plurality of drives that are adapted to produce a force with the bodies to propel the endless web wherein the distributed drive system comprises a linear motor system and wherein each drive comprises at least one stationary linear motor primary that is adapted to produce a magnetic field to provide force in a linear motor secondary with one of the bodies to propel the endless web, a diagnostic device adapted to monitor operation of the sorter apparatus, the diagnostic device comprising a controller and at least one sensor in communication with said controller and adapted to detect at least one parameter of one of said drives that is proximate to the at least one sensor and said controller adapted to receive the at least one parameter from the at least one sensor, characterised in that the diagnostic device traveling with the endless web and positioned at said one of the bodies of the endless web.
A tray table for an aircraft passenger seat, comprising: a planar body having a top surface for supporting one or more items; a support formed by an elongated cavity in the planar body for receiving a planar portable electronic device, the elongated cavity comprising: a front wall; a back wall; two side walls; and a bottom; wherein at least the back wall is angled toward a back end of the tray table; and one or more mounting structures configured to secure the tray table to the aircraft passenger seat. a planar body having a top surface for supporting one or more items; a support formed by an elongated cavity in the planar body for receiving a planar portable electronic device, the elongated cavity comprising: a front wall; a back wall; two side walls; and a bottom; wherein at least the back wall is angled toward a back end of the tray table; and one or more mounting structures configured to secure the tray table to the aircraft passenger seat. a front wall; a back wall; two side walls; and a bottom; wherein at least the back wall is angled toward a back end of the tray table; and one or more mounting structures configured to secure the tray table to the aircraft passenger seat.
An ion exchanging apparatus, comprising: an outer vessel that has an inner space; and an ion exchanger support (4; 34; 53) that separates at least a part of the inner space into an upper space and a lower space and that can support ion exchangers to be loaded in the upper space, wherein at least a part of an upper surface of the ion exchanger support (4; 34; 53) supports the ion exchangers, the ion exchanger support (4; 34; 53) having a flow path allowing water treated by the ion exchangers to flow into the lower space, the ion exchanger support (4;34; 53) having at least one screen (5; 35) that supports the ion exchangers and a screen support plate that supports the at least one screen (5; 35), characterized in that the screen (5; 35) includes wire members (5b, 35b) that are positioned apart from each other and that extend in one direction and support rods (5c, 35c) that extend to cross the wire members (5b, 35b) and that support the wire members (5b, 35b), the ion exchanging apparatus further comprising air supply means that supplies an upward airflow to a plurality of points on the at least one screen (5; 35), wherein the air supply means includes an air supply nozzle that is provided on a side surface of the outer vessel and that is open at the lower space and a plurality of pipes that extend from the screen support plate to the lower space, wherein each of the pipes is connected to the screen (5; 35) and has an opening that is provided on a part of a side surface of the pipe, and lower ends of the pipes are located below lower end of the air supply nozzle. an outer vessel that has an inner space; and an ion exchanger support (4; 34; 53) that separates at least a part of the inner space into an upper space and a lower space and that can support ion exchangers to be loaded in the upper space, wherein at least a part of an upper surface of the ion exchanger support (4; 34; 53) supports the ion exchangers, the ion exchanger support (4; 34; 53) having a flow path allowing water treated by the ion exchangers to flow into the lower space, the ion exchanger support (4;34; 53) having at least one screen (5; 35) that supports the ion exchangers and a screen support plate that supports the at least one screen (5; 35), characterized in that the screen (5; 35) includes wire members (5b, 35b) that are positioned apart from each other and that extend in one direction and support rods (5c, 35c) that extend to cross the wire members (5b, 35b) and that support the wire members (5b, 35b), the ion exchanging apparatus further comprising air supply means that supplies an upward airflow to a plurality of points on the at least one screen (5; 35), wherein the air supply means includes an air supply nozzle that is provided on a side surface of the outer vessel and that is open at the lower space and a plurality of pipes that extend from the screen support plate to the lower space, wherein each of the pipes is connected to the screen (5; 35) and has an opening that is provided on a part of a side surface of the pipe, and lower ends of the pipes are located below lower end of the air supply nozzle.
System for renting equipment or vehicles formed by: - an authorising box which is fastened to said equipment or vehicle and which is connected to an arrangement for preventing the operation of the equipment or vehicle, which arrangement is adapted to be capable of preventing use of said equipment or vehicle, the authorising box being adapted to transmit a preventing signal to the preventing arrangement in the event of an intrusion being detected, - at least one console which is separate from the equipment or vehicle and which is adapted to give access to a rental management server, - at least one security memory carrier, the security memory carrier being adapted to be connected alternatively to said authorising box to allow the equipment or vehicle to be used or to the console for the updating of the use of said equipment or vehicle, characterised in that the authorising box is provided with at least one first intrusion detecting device which is adapted to detect an intrusion into said authorising box and which is connected to at least one second intrusion detecting device which is adapted to detect an intrusion into the equipment or vehicle. - an authorising box which is fastened to said equipment or vehicle and which is connected to an arrangement for preventing the operation of the equipment or vehicle, which arrangement is adapted to be capable of preventing use of said equipment or vehicle, the authorising box being adapted to transmit a preventing signal to the preventing arrangement in the event of an intrusion being detected, - at least one console which is separate from the equipment or vehicle and which is adapted to give access to a rental management server, - at least one security memory carrier,
A method for selecting data from a set of data comprising: associating locations of a display screen with data from said set of data; displaying on said display screen a graphic object (310, 15, 510, 610) comprising an associated reference datum (320, 630) and an associated display area (315, 420, 520,, wherein said graphic object (310, 610) is movable on said display screen in more than one dimension; displaying in said display area (315, 420, 520, 620) information identifying data of said set of data associated with a first location of said display screen corresponding to a first position of said reference datum (320, 630); moving said graphical object (310, 415, 510, 610) such that said reference datum (320, 630) is moved from said first position to a second position; and displaying a visible representation of said reference datum (320; 630) on said display screen. associating locations of a display screen with data from said set of data; displaying on said display screen a graphic object (310, 15, 510, 610) comprising an associated reference datum (320, 630) and an associated display area (315, 420, 520,, wherein said graphic object (310, 610) is movable on said display screen in more than one dimension; displaying in said display area (315, 420, 520, 620) information identifying data of said set of data associated with a first location of said display screen corresponding to a first position of said reference datum (320, 630); moving said graphical object (310, 415, 510, 610) such that said reference datum (320, 630) is moved from said first position to a second position; and displaying a visible representation of said reference datum (320; 630) on said display screen.
A bandpass filter (300, 600, 800a) comprising: a plurality of rectangular waveguide cavities (200, 220, 250) defining waveguide resonators, each resonant cavity configured to define the same fundamental resonant frequency, the plurality of resonant cavities (200, 220, 250) including an input resonant cavity, at least one intermediate resonant cavity, and an output resonant cavity that are arranged into a sequence of adjacent resonant cavities from the input resonant cavity to the output resonant cavity with the at least one intermediate resonant cavity positioned between the input resonant cavity and the output resonant cavity, wherein the input resonant cavity and the outer resonant cavity are outer resonators and the at least one intermediate resonant cavity is an inner resonator; and a plurality of coupling irises (315ab, 615ab), with one of the coupling irises positioned between each pair of adjacent resonant cavities; wherein each resonant cavity includes a plurality of cavity sections (222b, 224a); wherein each resonant cavity includes a capacitive iris positioned coupling the cavity sections to one another; wherein the bandpass filter is configured such that the frequency of secondary resonance modes varies amongst the resonant cavities in the plurality of resonant cavities; and wherein each resonator comprises a waveguide section of length d and cross-sectional area a × b, wherein the dimensions a and b of the resonant cavities and the height g of the capacitive irises (230a, 315a, 615ab) taper from the outer resonators to the inner resonators. a plurality of rectangular waveguide cavities (200, 220, 250) defining waveguide resonators, each resonant cavity configured to define the same fundamental resonant frequency, the plurality of resonant cavities (200, 220, 250) including an input resonant cavity, at least one intermediate resonant cavity, and an output resonant cavity that are arranged into a sequence of adjacent resonant cavities from the input resonant cavity to the output resonant cavity with the at least one intermediate resonant cavity positioned between the input resonant cavity and the output resonant cavity, wherein the input resonant cavity and the outer resonant cavity are outer resonators and the at least one intermediate resonant cavity is an inner resonator; and a plurality of coupling irises (315ab, 615ab), with one of the coupling irises positioned between each pair of adjacent resonant cavities; wherein each resonant cavity includes a plurality of cavity sections (222b, 224a); wherein each resonant cavity includes a capacitive iris positioned coupling the cavity sections to one another; wherein the bandpass filter is configured such that the frequency of secondary resonance modes varies amongst the resonant cavities in the plurality of resonant cavities; and wherein each resonator comprises a waveguide section of length d and cross-sectional area a × b, wherein the dimensions a and b of the resonant cavities and the height g of the capacitive irises (230a, 315a, 615ab) taper from the outer resonators to the inner resonators.
Blind rivet setting device comprising a setting tool and a handling device, wherein the setting tool has a pulling device driven by an electric motor and is arranged on a movable arm of the handling device, and an electrical supply arrangement which is connected to the electric motor and which has a power supply unit, wherein the electric motor is controlled by a control device, wherein a buffer storage arrangement is provided, wherein the control device switches the electric motor between motor operation and generator operation and, in generator operation, feeds electrical energy generated by the electric motor into the buffer storage device, characterized in that the buffer storage arrangement has at least one supercapacitor, in that the buffer storage arrangement is arranged between the power supply unit and the electric motor and in that a blocking device is provided which prevents a return flow of electrical energy from the electric motor to the power supply unit, wherein the setting tool is arranged on a member of the movable arm of the handling device and the power supply unit is arranged on another member of the handling device.
A pre-passivation process for a continuous reforming apparatus, comprising loading a reforming catalyst into the continuous reforming apparatus, starting the gas circulation and raising the temperature of a reactor, injecting sulfide into the gas at a reactor temperature ranging from 100-650°C, controlling the sulfur amount in the recycle gas within a range of 3 - 20 × 10 -6 L/L so as to passivate the apparatus.
A ceramic thermal barrier coating comprising: a layer of MCrAlY bond coat disposed over a substrate, where M is iron, nickel, cobalt or a combination thereof; a layer of thermally grown oxide disposed on and contacting the MCrAlY bond coat; a layer of ceramic oxide insulating material disposed over the thermally grown oxide layer, said ceramic oxide insulating material comprising yttria stabilized zirconia; and a region of nano-sized features comprising a mixed oxide layer formed of mixed oxide particles comprising zirconium and yttrium dispersed in an alumina matrix and having a size range of less than 100 nm, the mixed oxide layer being disposed between and contacting the thermally grown oxide layer and the layer of ceramic oxide insulating material, wherein a ratio of average thickness of the mixed oxide layer to average thickness of the thermally grown oxide layer is between 0.333 and 0.1667. a layer of MCrAlY bond coat disposed over a substrate, where M is iron, nickel, cobalt or a combination thereof; a layer of thermally grown oxide disposed on and contacting the MCrAlY bond coat; a layer of ceramic oxide insulating material disposed over the thermally grown oxide layer, said ceramic oxide insulating material comprising yttria stabilized zirconia; and a region of nano-sized features comprising a mixed oxide layer formed of mixed oxide particles comprising zirconium and yttrium dispersed in an alumina matrix and having a size range of less than 100 nm, the mixed oxide layer being disposed between and contacting the thermally grown oxide layer and the layer of ceramic oxide insulating material, wherein a ratio of average thickness of the mixed oxide layer to average thickness of the thermally grown oxide layer is between 0.333 and 0.1667.
A drain apparatus for use in a subsea gas pipeline to remove liquid from a multiphase flow in the subsea gas pipeline, the drain apparatus comprising: a first channel for carrying a multiphase flow comprising liquid and gas phases, the first channel comprising open ends configured to be connected to open ends of the subsea gas pipeline so as to install the drain apparatus inline with the subsea gas pipeline; liquid extraction means (11; 12; 14; 16; 18) for extracting the liquid phase from the multiphase flow in the first channel, such that the multiphase flow exiting a dry side of the drain apparatus contains less liquid than the multiphase flow entering a wet side of the drain apparatus; and at least one injection port in fluid communication with the first channel, the at least one injection port being configured to inject a hydrate inhibitor into the multiphase flow in the first channel on the dry side of the drain apparatus, wherein the internal diameter of the first channel is substantially the same as an internal diameter of a subsea pipe arranged to carry the multiphase flow in the subsea gas pipeline, such that a pig travelling along the subsea pipe can pass through the first channel. a first channel for carrying a multiphase flow comprising liquid and gas phases, the first channel comprising open ends configured to be connected to open ends of the subsea gas pipeline so as to install the drain apparatus inline with the subsea gas pipeline; liquid extraction means (11; 12; 14; 16; 18) for extracting the liquid phase from the multiphase flow in the first channel, such that the multiphase flow exiting a dry side of the drain apparatus contains less liquid than the multiphase flow entering a wet side of the drain apparatus; and at least one injection port in fluid communication with the first channel, the at least one injection port being configured to inject a hydrate inhibitor into the multiphase flow in the first channel on the dry side of the drain apparatus, wherein the internal diameter of the first channel is substantially the same as an internal diameter of a subsea pipe arranged to carry the multiphase flow in the subsea gas pipeline, such that a pig travelling along the subsea pipe can pass through the first channel.
Rotating electric machine, in particular a doubly-fed asynchronous machine in the power range between 20 MVA and 500 MVA, which comprises a rotor (11, 11a, 12, 14) that rotates about a machine axis, concentrically surrounded by a stator (15, 16), with a rotor plate body and a shaft, said rotor plate body bears a rotor winding that is arranged further outwards, which is connected to slip rings arranged further inwards at the end of the shaft by the intermediary of connectors, wherein the connectors have, to absorb forces arising owing to centrifugal acceleration, mechanical connectors extending at a right angle in relation to the shaft, which are connected on one hand to a rotor winding head of the rotor winding and bear against on the other hand on an auxiliary rim (13, 22) on rotor plate body, characterised in that, for the transmission of current per se, additional electrical connectors are provided, when are electrically connected in parallel with respect to the mechanical connectors, wherein the electrical and mechanical connectors (18a, 18b) are electrically connected by connector terminals, and in that the connector terminals are electrically connected to flexible transition parts, which establish the contact with shaft feed conductors arranged on the shaft in such a way that current is guided from the slip rings through the shaft by passing through the shaft feed conductors to the connector terminals.
A rocker arm for a valve drive of an internal combustion engine having a rocker arm portion, wherein the rocker arm portion has a support surface for transmitting a valve actuating movement, and having a pivoting portion for the pivotable mounting of the rocker arm portion about a pivot axis, wherein the rocker arm has a thermally sprayed-on ceramic layer with a layer thickness of more than 50 μm and less than 120 μm, wherein the ceramic layer is arranged on the support surface and forms a contact surface for transmitting the valve actuating movement, wherein the rocker arm portion has a transverse beam region and guide arm regions (15a, 15b), wherein the transverse beam region extends in the axial direction relative to the pivot axis, wherein the contact surface is arranged on the transverse beam region and wherein the guide arm regions (15a, 15b) form an axial boundary with respect to the contact surface, wherein the rocker arm has a base body, wherein the base body is designed as a formed sheet-metal part made of steel, which integrally comprises the guide arm regions (15a, 15b) and the transverse beam region, and wherein the formed sheet-metal part has two side-wall regions (10a, 10b), wherein, in the pivoting portion, the side-wall regions (10a, 10b) each have a holder for a pivoting device (7, 16), wherein the transverse beam region connects and/or bridges the two side-wall regions (10a, 10b) in the axial direction relative to the pivot axis, and wherein the guide arm portions (15a, 15b) are formed as extensions (10a, 10b) of the side-wall regions, which are bent in such a way that they form the axial boundaries of the contact surface.