mhurhangee/ep-ind-claims huggingface dataset:
A sensor system for determining the status of a filter, comprising: a first sensor for sensing the substance in the fluid; a second sensor for sensing the substance in the fluid, the second sensor being of the same type as the first sensor and for sensing the same substance; and a controller adapted to: control the first sensor to sense the substance in the fluid, until a calibration event; during the calibration event, control the second sensor to sense the substance in the fluid, the second sensor being operated only during the calibration event; calibrate the first sensor using the sensor information from the second sensor; characterised by further comprising: a first filter coupled to the first sensor and a second filter coupled to the second sensor; wherein the sensor system is configured to route fluid filtered by the first and second filters (20, 22) to one of the first and second sensors (10, 12) in turn, and to determine a status of the first filter based on a difference between signals from the first and the second sensor (10, 12). a first sensor for sensing the substance in the fluid; a second sensor for sensing the substance in the fluid, the second sensor being of the same type as the first sensor and for sensing the same substance; and a controller adapted to: control the first sensor to sense the substance in the fluid, until a calibration event; during the calibration event, control the second sensor to sense the substance in the fluid, the second sensor being operated only during the calibration event; calibrate the first sensor using the sensor information from the second sensor; characterised by further comprising: a first filter coupled to the first sensor and a second filter coupled to the second sensor; wherein the sensor system is configured to route fluid filtered by the first and second filters (20, 22) to one of the first and second sensors (10, 12) in turn, and to determine a status of the first filter based on a difference between signals from the first and the second sensor (10, 12). control the first sensor to sense the substance in the fluid, until a calibration event; during the calibration event, control the second sensor to sense the substance in the fluid, the second sensor being operated only during the calibration event; calibrate the first sensor using the sensor information from the second sensor; a first filter coupled to the first sensor and a second filter coupled to the second sensor; wherein the sensor system is configured to route fluid filtered by the first and second filters (20, 22) to one of the first and second sensors (10, 12) in turn, and to determine a status of the first filter based on a difference between signals from the first and the second sensor (10, 12).
Method for checking the integrity of a glue joint which is to be checked and which connects one portion of a body box and a body skin, which define an inner volume to be checked therebetween, characterized in that it comprises the following steps, carried out in this order: - arranging at least one ultrasound sensing device in the inner volume; - emitting a pressurized directional air jet opposite a predetermined area (A, B, C) of the glue joint; - recording a noise level detected by the ultrasound sensing device in the inner volume; and - determining an integrity defect in the glue joint according to the recorded noise level. - arranging at least one ultrasound sensing device in the inner volume; - emitting a pressurized directional air jet opposite a predetermined area (A, B, C) of the glue joint; - recording a noise level detected by the ultrasound sensing device in the inner volume; and - determining an integrity defect in the glue joint according to the recorded noise level.
A peripheral component interconnect express interface controller, PEIC,, comprising: a PCI to PCI bridge, P2P, module, configured to receive a third transaction layer packet, TLP, from a root complex, RC, or an endpoint device EP, and forward the third TLP to a reliable TLP transmission, RTT, module; the RTT module, configured to search a corresponding address forwarding table or ID forwarding table according to a type of the TLP, obtain a destination PEIC number corresponding to the third TLP, so as to determine a sending link of a PCIE switching unit corresponding to the packet, and send the third TLP to the PCIE switching unit through the sending link, so that a destination PEIC of the third TLP receives the third TLP forwarded by the PCIE switching unit and sends the third TLP to a destination EP or a destination RC of the third TLP; and further configured to send the third TLP again if no first acknowledgment message TLP returned by a destination PEIC of the third TLP and forwarded by the PCIE switching unit is received when time is out; wherein the destination PEIC of the third TLP and the PEIC connect with the PCIE switching unit respectively. a PCI to PCI bridge, P2P, module, configured to receive a third transaction layer packet, TLP, from a root complex, RC, or an endpoint device EP, and forward the third TLP to a reliable TLP transmission, RTT, module; the RTT module, configured to search a corresponding address forwarding table or ID forwarding table according to a type of the TLP, obtain a destination PEIC number corresponding to the third TLP, so as to determine a sending link of a PCIE switching unit corresponding to the packet, and send the third TLP to the PCIE switching unit through the sending link, so that a destination PEIC of the third TLP receives the third TLP forwarded by the PCIE switching unit and sends the third TLP to a destination EP or a destination RC of the third TLP; and further configured to send the third TLP again if no first acknowledgment message TLP returned by a destination PEIC of the third TLP and forwarded by the PCIE switching unit is received when time is out; wherein the destination PEIC of the third TLP and the PEIC connect with the PCIE switching unit respectively.
An exhaust duct for a gas turbine engine, the exhaust duct comprising a silencer section, the silencer section having an inlet and an outlet and a flow direction from the inlet to the outlet; wherein at least two plate-shaped silencer baffles are provided inside the silencer section and arranged parallel to each other, and wherein each silencer baffle extends along the flow direction of the silencer section from an upstream edge to a downstream edge, each of the at least two plate-shaped silencer baffles having side surfaces (25, 26) extending along the flow direction of the silencer section from the upstream edge to the downstream edge, wherein two side surfaces of two adjacent plate-shaped silencer baffles are arranged facing each other and form an exhaust flow channel between them, wherein further at least one of the plate-shaped silencer baffles is configured as a heat exchange device in that the at least one of the plate-shaped silencer baffles comprises at least one internal cavity suitable for receiving a heat exchange fluid, wherein the at least one internal cavity suitable for receiving the heat exchange fluid is leakproof with respect to the interior of the exhaust duct and is fluidly connected to the outside of the exhaust duct at an inlet port and an outlet port (23, 24). wherein at least two plate-shaped silencer baffles are provided inside the silencer section and arranged parallel to each other, and wherein each silencer baffle extends along the flow direction of the silencer section from an upstream edge to a downstream edge, each of the at least two plate-shaped silencer baffles having side surfaces (25, 26) extending along the flow direction of the silencer section from the upstream edge to the downstream edge, wherein two side surfaces of two adjacent plate-shaped silencer baffles are arranged facing each other and form an exhaust flow channel between them, wherein further at least one of the plate-shaped silencer baffles is configured as a heat exchange device in that the at least one of the plate-shaped silencer baffles comprises at least one internal cavity suitable for receiving a heat exchange fluid, wherein the at least one internal cavity suitable for receiving the heat exchange fluid is leakproof with respect to the interior of the exhaust duct and is fluidly connected to the outside of the exhaust duct at an inlet port and an outlet port (23, 24).
A lighting device for a solid-state light source, comprising: a DC power source circuit unit for performing power transform of an input DC power source by using a switching device and allowing a thus-generated current to flow through the solid-state light source; and a current control unit configured to control the switching device to adjust the current flowing through the solid-state light source, wherein the current control unit includes a first switching control unit for varying an on-time width of the switching device; and a second switching control unit for performing activation and inactivation of the switching device, and wherein an activating period of the second switching control unit is longer than one cycle of the first switching control unit, and dimming control is achieved by the first switching control unit and the second switching control unit, characterized in that brightness of the solid-state light source is controlled mainly by the first switching control unit when the brightness is equal to or greater than a predetermined level and mainly by the second switching control unit when the brightness is smaller than the predetermined level. a DC power source circuit unit for performing power transform of an input DC power source by using a switching device and allowing a thus-generated current to flow through the solid-state light source; and a current control unit configured to control the switching device to adjust the current flowing through the solid-state light source, wherein the current control unit includes a first switching control unit for varying an on-time width of the switching device; and a second switching control unit for performing activation and inactivation of the switching device, and wherein an activating period of the second switching control unit is longer than one cycle of the first switching control unit, and dimming control is achieved by the first switching control unit and the second switching control unit, characterized in that brightness of the solid-state light source is controlled mainly by the first switching control unit when the brightness is equal to or greater than a predetermined level and mainly by the second switching control unit when the brightness is smaller than the predetermined level.
A method for managing mobility of a relay node within a wireless communication network performed by a relay node, comprising: initializing a handover from a source cell to a target cell; receiving relay configuration messaging from the target cell in response to initialization of the handover, wherein the relay configuration messaging comprises index information; and establishing connection with the target cell at least in part by configuring one or more relay backhaul control channels based on the relay configuration messaging, wherein configuring comprises: obtaining information relating to a set of candidate resource allocations for the one or more relay backhaul control channels and indices respectively associated with candidate resource allocations in the set of candidate resource allocations; identifying an index provided within the index information; and configuring a resource allocation for the one or more relay backhaul control channels according to a candidate resource allocation that corresponds to the index provided within the index information. initializing a handover from a source cell to a target cell; receiving relay configuration messaging from the target cell in response to initialization of the handover, wherein the relay configuration messaging comprises index information; and establishing connection with the target cell at least in part by configuring one or more relay backhaul control channels based on the relay configuration messaging, wherein configuring comprises: obtaining information relating to a set of candidate resource allocations for the one or more relay backhaul control channels and indices respectively associated with candidate resource allocations in the set of candidate resource allocations; identifying an index provided within the index information; and configuring a resource allocation for the one or more relay backhaul control channels according to a candidate resource allocation that corresponds to the index provided within the index information. obtaining information relating to a set of candidate resource allocations for the one or more relay backhaul control channels and indices respectively associated with candidate resource allocations in the set of candidate resource allocations; identifying an index provided within the index information; and configuring a resource allocation for the one or more relay backhaul control channels according to a candidate resource allocation that corresponds to the index provided within the index information.
A hydraulic blow molding system for forming a container from a preform by injecting a liquid product into the preform thereby expanding the preform into the shape of the container, the hydraulic blow molding system comprising: a forming head including a nozzle body, the nozzle body defining a central passageway terminating in an exit orifice, the central passageway defining a central axis; a source of liquid product coupled to the forming head and in communication with the central passageway and the exit orifice; a mold assembly having interior surfaces cooperating to define a mold cavity in the shape of the plastic container; the hydraulic blow molding system characterized by an integrated seal pin/stretch rod located within the forming head and being moveable between a closed position and an opened position, in the closed position a sealing portion of the integrated seal pin/stretch rod being in sealing engagement with a portion of the forming head so that the exit orifice is closed and the liquid product is prevented from being injected into the preform, in the opened position the sealing portion of the integrated seal pin/stretch rod being disengaged from the portion of the injection head so that the exit orifice is open and the liquid product injected into the preform. a forming head including a nozzle body, the nozzle body defining a central passageway terminating in an exit orifice, the central passageway defining a central axis; a source of liquid product coupled to the forming head and in communication with the central passageway and the exit orifice; a mold assembly having interior surfaces cooperating to define a mold cavity in the shape of the plastic container; the hydraulic blow molding system characterized by an integrated seal pin/stretch rod located within the forming head and being moveable between a closed position and an opened position, in the closed position a sealing portion of the integrated seal pin/stretch rod being in sealing engagement with a portion of the forming head so that the exit orifice is closed and the liquid product is prevented from being injected into the preform, in the opened position the sealing portion of the integrated seal pin/stretch rod being disengaged from the portion of the injection head so that the exit orifice is open and the liquid product injected into the preform.
A balloon catheter device (300, 500, 600) comprising: an elongate catheter shaft (301, 501, 601) comprising a multifilar tubing having a proximal portion and a tapered distal portion and a balloon (304, 506, 602) disposed on the distal end of the multifilar tubing, the multifilar tubing defining an inflation lumen (306, 606) in fluid communication with a lumen of the balloon, the device further comprising a second lumen (306, 504, 604) adapted for passage of a wire guide, the second lumen being an external wire guide lumen mounted near the distal end, wherein the wire guide lumen is disposed through at least a portion of the balloon lumen, characterized by a polymeric coating covering at least a region of the shaft.
A compound represented by formula: wherein n represents an integer of 2 to 5, R represents a linear C 1-5 alkyl group, a linear C 7-11 alkenyl group, or a linear C 11 alkadienyl group, and wavy lines each independently represent a cis-bond or a trans-bond, or a salt thereof. n represents an integer of 2 to 5, R represents a linear C 1-5 alkyl group, a linear C 7-11 alkenyl group, or a linear C 11 alkadienyl group, and wavy lines each independently represent a cis-bond or a trans-bond,
A method for preserving a plant material, the method comprising: (a) applying a composition comprising a microwave attractant to the plant material; and then (b) drying the plant material while exposing the plant material to microwave energy, wherein the microwave energy heats the plant material to a temperature of above about 80°C for a time of at least about 30 seconds to inactivate the majority of any browning enzymes in the plant material, and wherein the microwave attractant results in the heating of the plant material occurring at a rate whereby browning of the plant material by the browning enzymes during heating is substantially prevented. (a) applying a composition comprising a microwave attractant to the plant material; and then (b) drying the plant material while exposing the plant material to microwave energy, wherein the microwave energy heats the plant material to a temperature of above about 80°C for a time of at least about 30 seconds to inactivate the majority of any browning enzymes in the plant material, and wherein the microwave attractant results in the heating of the plant material occurring at a rate whereby browning of the plant material by the browning enzymes during heating is substantially prevented.
A tread portion comprising: a generally circumferentially extending groove (20, 180, 182, 184, 186) defined therein, the groove (20, 180, 182, 184, 186) having a groove cross-section defined by a groove bottom, a first groove sidewall, and a second groove sidewall, the second groove sidewall opposite and substantially parallel to the first groove sidewall, the groove (20, 180, 182, 184, 186) having a groove width defined between the first groove sidewall and the second groove sidewall; and a plurality of stone rejectors (10, 700) extending between the first groove sidewall and the second groove sidewall, each of the stone rejectors (10, 700) in the plurality of stone rejectors (10, 700) circumferentially spaced from an adjacent stone rejector of the plurality of stone rejectors (10, 700), wherein each of the stone rejectors (10, 700) comprises a raised platform (152, 752) and a protrusion, the raised platform (152, 752) extending axially from the first groove sidewall to the second groove sidewall and the protrusion extending from a top surface (202, 702) of the raised platform (152, 752), characterized in that the protrusion has an elongated shape that extends axially along the top surface (202, 702) to a width that is 5% to 95% of the groove width. a generally circumferentially extending groove (20, 180, 182, 184, 186) defined therein, the groove (20, 180, 182, 184, 186) having a groove cross-section defined by a groove bottom, a first groove sidewall, and a second groove sidewall, the second groove sidewall opposite and substantially parallel to the first groove sidewall, the groove (20, 180, 182, 184, 186) having a groove width defined between the first groove sidewall and the second groove sidewall; and a plurality of stone rejectors (10, 700) extending between the first groove sidewall and the second groove sidewall, each of the stone rejectors (10, 700) in the plurality of stone rejectors (10, 700) circumferentially spaced from an adjacent stone rejector of the plurality of stone rejectors (10, 700), wherein each of the stone rejectors (10, 700) comprises a raised platform (152, 752) and a protrusion, the raised platform (152, 752) extending axially from the first groove sidewall to the second groove sidewall and the protrusion extending from a top surface (202, 702) of the raised platform (152, 752), characterized in that the protrusion has an elongated shape that extends axially along the top surface (202, 702) to a width that is 5% to 95% of the groove width.
A method for production of a cesium aluminum fluoride characterized by the following steps: - mixing aluminum hydroxide with hydrofluoric acid, - forming aluminum fluoride, - adding cesium hydroxide to aluminum fluoride till adjusting the pH to 7,8-8, - reducing the pH with hydrofluoric acid till the pH of the solution is adjusted to 6,5-7, - forming cesium fluoride/aluminum fluoride compound, - maintaining the temperature of the reactor at 90-95°C during production, - drying. - mixing aluminum hydroxide with hydrofluoric acid, - forming aluminum fluoride, - adding cesium hydroxide to aluminum fluoride till adjusting the pH to 7,8-8, - reducing the pH with hydrofluoric acid till the pH of the solution is adjusted to 6,5-7, - forming cesium fluoride/aluminum fluoride compound, - maintaining the temperature of the reactor at 90-95°C during production, - drying.
A steering column assembly for at least one rod of a steering column for a tractor, comprising a support frame (1, 1', 1'') comprising: - a casing (2, 2', 2", 5, 5') for said at least one rod; - a base module (4, 4') configured to be attached around a second sector of said casing (2, 2', 2", 5, 5') by means of respective friction locking means; and - a connection module configured to be attached around a first sector of said casing (2, 2', 2", 5, 5') by means of respective friction locking means, characterized in that said steering column assembly further comprises a control system associated with said support frame (1, 1', 1''), said control system being configured to act on: - a first locking system configured to lock and unlock the translational motion of a drive shaft connectable to said steering column, said translational motion being along a sleeve constraining system and with respect to said casing (2, 2', 2", 5, 5'); and - a second locking system configured to lock and unlock the rotation of the casing (2, 2', 2", 5, 5') around a hinge constraining system and with respect to said casing (2, 2', 2", 5, 5') for a further rod of the steering column, said control system allowing the user to make a double adjustment of the position of the drive shaft relative to the casing (2, 2', 2", 5, 5') and the inclination of such rod of the steering column with respect to such further rod of the steering column, also at the same time, said control system comprising a lever which includes a button. - a casing (2, 2', 2", 5, 5') for said at least one rod; - a base module (4, 4') configured to be attached around a second sector of said casing (2, 2', 2", 5, 5') by means of respective friction locking means; and - a connection module configured to be attached around a first sector of said casing (2, 2', 2", 5, 5') by means of respective friction locking means, - a first locking system configured to lock and unlock the translational motion of a drive shaft connectable to said steering column, said translational motion being along a sleeve constraining system and with respect to said casing (2, 2', 2", 5, 5'); and - a second locking system configured to lock and unlock the rotation of the casing (2, 2', 2", 5, 5') around a hinge constraining system and with respect to said casing (2, 2', 2", 5, 5') for a further rod of the steering column,