mhurhangee/ep-ind-claims huggingface dataset:
A system for recovering an aircraft using at least one recovering dolley, which has a transport platform for accommodating a landing gear of the aircraft, characterized in that the system comprises at least one axle lifting device, at least one shifting plate and at least one carriage, wherein the axle lifting device has at least one bearing element that may be lifted and lowered for the accommodation adjustable in height of at least one axle of the landing gear and wherein the shifting plate has a shifting platform arranged in the operational position essentially on the same level with and adjacent to the transport platform of the recovering dolly, wherein the carriage is configured to accommodate at least one wheel arranged at an axle accommodated by the bearing element of the axle lifting device and may be shifted from the shifting platform of the shifting plate onto the transport platform of the recovering dolly.
A field removable bonnet assembly (204; 500) for use with an internal valve, comprising: a plate; a body (208; 504) that is to be removably coupled to the internal valve via the plate, wherein the body defines a bore that is to receive a valve packing; a shaft having a cam assembly that is to rotatably engage a stem of the internal valve, wherein the shaft is rotatably coupled to the body and wherein the shaft is at least partially positioned within the bore; and a removable adjuster (222; 400) that is externally accessible through an aperture of the plate to enable an adjustment of the removable adjuster relative to the body to increase a force exerted by the valve packing on the shaft, wherein the removable adjuster is field removable to replace or repair the valve packing. a plate; a body (208; 504) that is to be removably coupled to the internal valve via the plate, wherein the body defines a bore that is to receive a valve packing; a shaft having a cam assembly that is to rotatably engage a stem of the internal valve, wherein the shaft is rotatably coupled to the body and wherein the shaft is at least partially positioned within the bore; and a removable adjuster (222; 400) that is externally accessible through an aperture of the plate to enable an adjustment of the removable adjuster relative to the body to increase a force exerted by the valve packing on the shaft, wherein the removable adjuster is field removable to replace or repair the valve packing.
A capacitor, comprising: first and second conductive plates (710,1110) located over a semiconductor substrate and having a dielectric layer located therebetween, wherein the dielectric layer has a layer of a Group 17 element formed thereon, and a Group 17 element located within the dielectric layer, and wherein the Group 17 element within the dielectric layer is fluorine and has a concentration within the range of 1E20 atoms/cm 3 to 5E21 atoms/cm 3. first and second conductive plates (710,1110) located over a semiconductor substrate and having a dielectric layer located therebetween, wherein the dielectric layer has a layer of a Group 17 element formed thereon, and a Group 17 element located within the dielectric layer, and wherein the Group 17 element within the dielectric layer is fluorine and has a concentration within the range of 1E20 atoms/cm 3 to 5E21 atoms/cm 3.
A packet for tobacco products comprising: an outer container having at least one bottom wall and four side walls, of which one large front wall, one large rear wall and two small side walls, or flanks, the walls defining an internal compartment; and a group of tobacco products wrapped in a inner wrapper and housed inside the internal compartment; both the transversal dimensions of the group of tobacco products are smaller than the corresponding dimensions of a transversal cross section of the compartment; the packet further comprising a collar for retaining the group of tobacco products; the collar being positioned inside the compartment, defining a pocket for housing the group of tobacco products, the collar being obtained from a flat blank which has a front wall which, with the collar inserted in the container, is arranged parallel to the front wall of the container, and two lateral walls, each of which is connected to the front wall along a relative longitudinal edge defined by a line of weakness; spacer means interposed between the group of tobacco products and one of at least one small wall or at least one large wall (11, 12) of the compartment, the pack being characterised in that the collar comprises spacer means interposed between the group of tobacco products and the other of at least one large wall (11, 12) or one small wall of the compartment in such a way as to define an empty space inside the compartment, and means for gripping and retaining the group of tobacco products, such as to prevent the group of tobacco products from moving towards the empty space. an outer container having at least one bottom wall and four side walls, of which one large front wall, one large rear wall and two small side walls, or flanks, the walls defining an internal compartment; and a group of tobacco products wrapped in a inner wrapper and housed inside the internal compartment; both the transversal dimensions of the group of tobacco products are smaller than the corresponding dimensions of a transversal cross section of the compartment; the packet further comprising a collar for retaining the group of tobacco products; the collar being positioned inside the compartment, defining a pocket for housing the group of tobacco products, the collar being obtained from a flat blank which has a front wall which, with the collar inserted in the container, is arranged parallel to the front wall of the container, and two lateral walls, each of which is connected to the front wall along a relative longitudinal edge defined by a line of weakness; spacer means interposed between the group of tobacco products and one of at least one small wall or at least one large wall (11, 12) of the compartment, the pack being characterised in that the collar comprises spacer means interposed between the group of tobacco products and the other of at least one large wall (11, 12) or one small wall of the compartment in such a way as to define an empty space inside the compartment, and means for gripping and retaining the group of tobacco products, such as to prevent the group of tobacco products from moving towards the empty space.
A pressure sensor assembly, for a gas turbine engine defining a radial direction and a circumferential direction and comprising a liner (108, 138) at least partially defining a core air flowpath through a compressor section or a turbine section and a casing (140, 142) at least partially enclosing the liner, the pressure sensor assembly comprising: a body configured for positioning adjacent to the casing of the gas turbine engine; a pressure sensor positioned at least partially within the body and comprising a diaphragm; and an extension member extending from the body and configured to extend at least partially through a casing opening in the casing and towards a liner opening in the liner, wherein the extension member defines a continuous sense cavity extending between the pressure sensor and the core air flowpath, to expose the pressure sensor to the core air flowpath of the gas turbine engine, wherein the diaphragm is positioned closer to an outer surface of the casing (140, 142) in the radial direction than to an inner surface of the casing (140, 142); characterised in that: the diaphragm is exposed to the sense cavity of the extension member, and wherein the pressure sensor is an optical based sensor for measuring a deflection of the diaphragm. a body configured for positioning adjacent to the casing of the gas turbine engine; a pressure sensor positioned at least partially within the body and comprising a diaphragm; and an extension member extending from the body and configured to extend at least partially through a casing opening in the casing and towards a liner opening in the liner, wherein the extension member defines a continuous sense cavity extending between the pressure sensor and the core air flowpath, to expose the pressure sensor to the core air flowpath of the gas turbine engine, wherein the diaphragm is positioned closer to an outer surface of the casing (140, 142) in the radial direction than to an inner surface of the casing (140, 142); characterised in that: the diaphragm is exposed to the sense cavity of the extension member, and wherein the pressure sensor is an optical based sensor for measuring a deflection of the diaphragm.
An image forming method, comprising the steps of: ejecting droplets of an actinic radiation-curable inkjet ink from a nozzle of an inkjet head and landing the droplets on a surface of a recording medium, wherein the inkjet ink comprises a radical polymerization initiator, a polyfunctional radical polymerizable compound, and a gelling agent, and has a ratio of a total mass of the radical polymerization initiator to a total mass of the polyfunctional radical polymerizable compound ( /) of 0.01 or more and less than 0.07; and characterized by irradiating the droplets landed on the recording medium with actinic radiation in an atmosphere having an oxygen concentration of 0.1 vol% or more and 10.0 vol% or less. ejecting droplets of an actinic radiation-curable inkjet ink from a nozzle of an inkjet head and landing the droplets on a surface of a recording medium, wherein the inkjet ink comprises a radical polymerization initiator, a polyfunctional radical polymerizable compound, and a gelling agent, and has a ratio of a total mass of the radical polymerization initiator to a total mass of the polyfunctional radical polymerizable compound ( /) of 0.01 or more and less than 0.07; and characterized by irradiating the droplets landed on the recording medium with actinic radiation in an atmosphere having an oxygen concentration of 0.1 vol% or more and 10.0 vol% or less.
In vitro method for the diagnosis of synucleinopathies, which comprises determining the expression level of at least miR-150-5p isolated from platelets obtained from the patient, wherein a reduced expression level of at least the miR-150-5p, as compared with the expression level of at least the miR-150-5p measured in healthy control subjects, is an indication that the patient is suffering from a synucleinopathy.
Portable-tool case having at least one interior-structuring unit (12a; 12b; 12c; 12d) having at least one interior-structuring element (14a, 16a; 60b-65b; 14c, 16c; 14d, 16d) that is intended to bound at least one inductive-charging receptacle region (18a, 20a; 18b; 20b; 18c, 20c; 18d, 20d) for at least one portable-tool battery, characterized in that the interior-structuring unit (12a; 12b; 12c; 12d) is configured to be combinable in a modular manner.
A method of ingesting media content in a cache node of a distributed network of cache nodes in a peer-to-peer network from a data stream that comprises a sequence of packets of media data, wherein each packet is identified by a sequence identifier, the method comprising: commencing caching of the data packets from the data stream into a memory medium; identifying a missing data packet using the sequence identifiers of the packets and determining a size of the missing data packet; skipping a portion of the memory medium to provide a skipped portion of medium having no data cached therein, the skipped portion having a size corresponding to the determined size of the missing data packet; retrieving the missing data packet; and inserting the retrieved data packet into the skipped portion of the memory medium. commencing caching of the data packets from the data stream into a memory medium; identifying a missing data packet using the sequence identifiers of the packets and determining a size of the missing data packet; skipping a portion of the memory medium to provide a skipped portion of medium having no data cached therein, the skipped portion having a size corresponding to the determined size of the missing data packet; retrieving the missing data packet; and inserting the retrieved data packet into the skipped portion of the memory medium.
A composite briquette for addition to the charge in a steelmaking furnace, the briquette comprising: a quantity of carbon fines; a quantity of iron powder; a quantity of magnesium carbonate; a quantity of limestone; and a binder, wherein 50 % of the total briquette weight is carbon fines, 25 % of the total briquette weight is iron powder, and the remainder of the total briquette weight, apart from the binder, is magnesium carbonate and limestone. a quantity of carbon fines; a quantity of iron powder; a quantity of magnesium carbonate; a quantity of limestone; and a binder, wherein 50 % of the total briquette weight is carbon fines, 25 % of the total briquette weight is iron powder, and the remainder of the total briquette weight, apart from the binder, is magnesium carbonate and limestone.
A ribbon cassette, comprising: a container for holding a ribbon, wherein the container has a floor, sidewalls, a ceiling, and an exit gate; a first plurality of bumps along a first row on the floor and curved away from the exit gate; a second plurality of bumps along a first row on the ceiling and curved away from the exit gate; a first retaining wall on the floor between the first plurality of bumps and the exit gate; a second retaining wall on the ceiling between the second plurality of bumps and the exit gate; a third plurality of bumps along a second row on the floor and curved toward the exit gate; and a fourth plurality of bumps along a second row on the ceiling and curved toward the exit gate, wherein the third and fourth plurality of bumps are between the first and second plurality of bumps and the first and second retaining walls. a container for holding a ribbon, wherein the container has a floor, sidewalls, a ceiling, and an exit gate; a first plurality of bumps along a first row on the floor and curved away from the exit gate; a second plurality of bumps along a first row on the ceiling and curved away from the exit gate; a first retaining wall on the floor between the first plurality of bumps and the exit gate; a second retaining wall on the ceiling between the second plurality of bumps and the exit gate; a third plurality of bumps along a second row on the floor and curved toward the exit gate; and a fourth plurality of bumps along a second row on the ceiling and curved toward the exit gate, wherein the third and fourth plurality of bumps are between the first and second plurality of bumps and the first and second retaining walls.
A method for enhancing plant attractiveness to beneficial insects, characterized in that it comprises applying at least one time a composition comprising an effective amount of an enantiomer of 3,4-dihydroxyphenylalanine (DOPA) selected from the group consisting of L-3,4-dihydroxyphenylalanine (L-DOPA) and D-3,4-dihydroxyphenylalanine (D-DOPA) or a mixture thereof to the leaves, stem and/or roots of the plant, wherein the beneficial insects belong to the Braconidae family.
A method comprising: receiving, at a mobile device, policy information that describes one or more policies for providing an application (514, 522, 526, 580, 582) of the mobile device with access to at least one resource accessible through an access gateway; determining that the mobile device has a ticket that is valid, wherein the ticket is configured to provide authentication in connection with establishing a per-application policy-controlled virtual private network tunnel for the application (514, 522, 526, 580, 582) to the at least one resource, wherein the ticket includes a validity duration; analyzing policy information to determine that network access to the at least one resource is permitted; transmitting the ticket to the access gateway as part of a process for establishing the VPN tunnel; accessing the at least one resource via the VPN tunnel; transmitting, during the validity duration, the ticket to the access gateway to cause the per-application policy-controlled VPN tunnel to be re-established a first time; closing the per-application policy-controlled VPN tunnel after re-establishing the per-application policy-controlled VPN tunnel the first time; and after closing the per-application policy-controlled VPN tunnel, transmitting, during the validity duration, the ticket to the access gateway to cause the per-application policy-controlled VPN tunnel to be re-established a second time. receiving, at a mobile device, policy information that describes one or more policies for providing an application (514, 522, 526, 580, 582) of the mobile device with access to at least one resource accessible through an access gateway; determining that the mobile device has a ticket that is valid, wherein the ticket is configured to provide authentication in connection with establishing a per-application policy-controlled virtual private network tunnel for the application (514, 522, 526, 580, 582) to the at least one resource, wherein the ticket includes a validity duration; analyzing policy information to determine that network access to the at least one resource is permitted; transmitting the ticket to the access gateway as part of a process for establishing the VPN tunnel; accessing the at least one resource via the VPN tunnel; transmitting, during the validity duration, the ticket to the access gateway to cause the per-application policy-controlled VPN tunnel to be re-established a first time; closing the per-application policy-controlled VPN tunnel after re-establishing the per-application policy-controlled VPN tunnel the first time; and after closing the per-application policy-controlled VPN tunnel, transmitting, during the validity duration, the ticket to the access gateway to cause the per-application policy-controlled VPN tunnel to be re-established a second time.
A method of constructing a reinforced earth structure characterized in that formwork (1, 11a, 11b, 11c, 11d) is erected after which an earth-retaining layer is provided that contains a flexible casing material and a fill material, with the casing material having a border on a side facing the formwork (1, 11a, 11b, 11c, 11d), after which an anchoring means is placed on the border which anchoring means contains a coupler on a side facing the formwork to couple the anchoring means to a cladding element, after which a next earth-retaining layer is applied, thus securing the anchoring means between the earth-retaining layer and the next earth-retaining layer.
A method of wireless communication performed in a user equipment, UE, comprising: receiving first communications on a first call associated with a first subscriber identity module, SIM, in the UE; receiving second communications on a second call associated with a second SIM in the UE; characterised by combining received voice frames of the first call with received voice frames of the second call, wherein one of the first and second calls is an active call and the other of the first and second calls is an inactive call; simultaneously outputting from the UE audio output of both the received first communications and the received second communications; and selectively transmitting communications from the UE to the active call selected from one of the first call or the second call. receiving first communications on a first call associated with a first subscriber identity module, SIM, in the UE; receiving second communications on a second call associated with a second SIM in the UE; characterised by combining received voice frames of the first call with received voice frames of the second call, wherein one of the first and second calls is an active call and the other of the first and second calls is an inactive call; simultaneously outputting from the UE audio output of both the received first communications and the received second communications; and selectively transmitting communications from the UE to the active call selected from one of the first call or the second call.
A fuel pump for a direct-injection system; the fuel pump comprises: at least one pumping chamber; a piston, which is mounted so as to slide inside the pumping chamber to cyclically change the volume of the pumping chamber; an intake channel, which is connected to the pumping chamber and is regulated by an intake valve; a delivery channel, which is connected to the pumping chamber and is regulated by a one-way delivery valve, which only permits a fuel flow flowing out of the pumping chamber; and a drain channel, which originates in the delivery channel and is regulated by a one-way, maximum-pressure valve, which opens when the fuel pressure in the delivery channel exceeds a threshold value; wherein the maximum-pressure valve comprises: a shutter, which is movable along the drain channel, a valve body, which is provided with a valve seat designed to be engaged in fluid-tight manner by the shutter, a spring, which is calibrated to push the shutter towards an engaging position where it engages the valve seat in a fluid-tight manner; and a plate, which is arranged in contact with the shutter on the opposite side of the valve seat; the fuel pump is characterized in that: the plate of the maximum-pressure valve has a first annular groove, which is arranged around the shutter; and the valve body of the maximum-pressure valve has a second annular groove, which is arranged around the shutter and at least partially faces the first annular groove of the plate. at least one pumping chamber; a piston, which is mounted so as to slide inside the pumping chamber to cyclically change the volume of the pumping chamber; an intake channel, which is connected to the pumping chamber and is regulated by an intake valve; a delivery channel, which is connected to the pumping chamber and is regulated by a one-way delivery valve, which only permits a fuel flow flowing out of the pumping chamber; and a drain channel, which originates in the delivery channel and is regulated by a one-way, maximum-pressure valve, which opens when the fuel pressure in the delivery channel exceeds a threshold value; wherein the maximum-pressure valve comprises: a shutter, which is movable along the drain channel, a valve body, which is provided with a valve seat designed to be engaged in fluid-tight manner by the shutter, a spring, which is calibrated to push the shutter towards an engaging position where it engages the valve seat in a fluid-tight manner; and a plate, which is arranged in contact with the shutter on the opposite side of the valve seat; the fuel pump is characterized in that: the plate of the maximum-pressure valve has a first annular groove, which is arranged around the shutter; and the valve body of the maximum-pressure valve has a second annular groove, which is arranged around the shutter and at least partially faces the first annular groove of the plate. the plate of the maximum-pressure valve has a first annular groove, which is arranged around the shutter; and the valve body of the maximum-pressure valve has a second annular groove, which is arranged around the shutter and at least partially faces the first annular groove of the plate.