mhurhangee/ep-ind-claims huggingface dataset:
Industrial truck for loading and unloading grooved loading surfaces, having at least one steerable wheel, which has a rim and a tyre of plastic material sitting on the latter, characterised in that the tyre comprises a bandage of a elastic solid material having a cylindrical main portion and a laterally projecting support portion, the main portion forming a contact surface for the wheel and the support portion forming a support surface, which has a diameter tapering away from the main portion and which tapers conically at a predetermined angle of inclination, wherein the support surface runs freely when the contact surface is standing up and can support the industrial truck when the contact surface is running freely and the predetermined angle of inclination is between 6° and 26°.
A method of generating signaling channel messages in a wireless communication system including a plurality of sub-carriers spanning at least a portion of an operating frequency band, the method comprising: assigning resources corresponding to a predetermined bandwidth allocated to a signaling channel for forward link; generating at least one message for transmission on the forward link, wherein each message is a unicast message for a specific access terminal or a multicast or broadcast message for a plurality of access terminals; encoding the at least one message to generate at least one message symbol; controlling a power density of each of the at least one message, wherein a power density of a unicast message is controlled based on a communication link of an intended access terminal for the unicast message, and wherein a power density of a multicast or broadcast message is controlled based on a worst communication link of an access terminal receiving the multicast or broadcast message; and modulating at least a portion of the resources allocated to the signaling channel. assigning resources corresponding to a predetermined bandwidth allocated to a signaling channel for forward link; generating at least one message for transmission on the forward link, wherein each message is a unicast message for a specific access terminal or a multicast or broadcast message for a plurality of access terminals; encoding the at least one message to generate at least one message symbol; controlling a power density of each of the at least one message, wherein a power density of a unicast message is controlled based on a communication link of an intended access terminal for the unicast message, and wherein a power density of a multicast or broadcast message is controlled based on a worst communication link of an access terminal receiving the multicast or broadcast message; and modulating at least a portion of the resources allocated to the signaling channel.
Connection terminal with a terminal housing for fixing a modular terminal block which consists of several modular terminals in a wall opening of a housing wall, characterized in that in the terminal housing there is a fixing element with the capacity to move, that the fixing element has a clamping bevel which projects through an opening in the terminal housing, and that the fixing element can be moved using an actuating element into a clamping position in which the clamping bevel in the mounted state of the connection terminal acts against an inside edge of the wall opening, wherein the actuation of the actuating element takes place from the side of the wall opening, from which the connection terminal was initially inserted in the wall opening.
An ignition plug comprising: a center electrode extending from a front side (-Z)to a rear side (+Z) in an axial direction; an insulator formed in a bottomed tubular shape and enclosing a front end of the center electrode; and a metallic shell formed in a tubular shape extending in the axial direction and holding the insulator in a state where the insulator projects to the front side (-Z), characterized in that a volume V1 of a portion (210+220,210B,210C) of the insulator, which projects from the metallic shell to the front side (-Z), is equal to or greater than 45 mm 3, and an expression 0.18 ≤ V2/V1 ≤ 0.37 is satisfied, where H is a length along which the insulator projects from the metallic shell to the front side (-Z)in the axial direction,and V2 is a volume of another portion of the insulator, which projects from a front end of the insulator along a length H/2 in the axial direction. a center electrode extending from a front side (-Z)to a rear side (+Z) in an axial direction; an insulator formed in a bottomed tubular shape and enclosing a front end of the center electrode; and a metallic shell formed in a tubular shape extending in the axial direction and holding the insulator in a state where the insulator projects to the front side (-Z), characterized in that a volume V1 of a portion (210+220,210B,210C) of the insulator, which projects from the metallic shell to the front side (-Z), is equal to or greater than 45 mm 3, and an expression 0.18 ≤ V2/V1 ≤ 0.37 is satisfied, where H is a length along which the insulator projects from the metallic shell to the front side (-Z)in the axial direction,and V2 is a volume of another portion of the insulator, which projects from a front end of the insulator along a length H/2 in the axial direction.
Polymerically coated nanocapsules which contain microemulsions of water in liquid lipids, the nanocapsules comprising at least one hydrophilic active ingredient dissolved in the internal aqueous phase, wherein the polymeric coating is a complex coacervate.
A method for processing a host route in a virtual subnet, comprising: receiving, by a first provider edge device (PE-1), a packet for address resolution; determining, by the first provider edge device (PE-1), whether a source media access control, MAC, address carried in the packet is a virtual MAC address; and when it is determined that the source MAC address is a virtual MAC address, skipping performing at least one of the following operations: saving a local customer edge, CE, host routing table entry corresponding to a source internet protocol, IP, address carried in the packet, or distributing, in the virtual subnet based on a routing protocol of a layer 3 virtual private network, VPN, a local CE host route corresponding to the IP address; wherein the method further comprises: when it is determined that the source MAC address is not a virtual MAC address, performing at least one of the following operations: saving a local CE host routing table entry corresponding to the source IP address, or distributing, in the virtual subnet based on the routing protocol, a local CE host route corresponding to the IP address. receiving, by a first provider edge device (PE-1), a packet for address resolution; determining, by the first provider edge device (PE-1), whether a source media access control, MAC, address carried in the packet is a virtual MAC address; and when it is determined that the source MAC address is a virtual MAC address, skipping performing at least one of the following operations: saving a local customer edge, CE, host routing table entry corresponding to a source internet protocol, IP, address carried in the packet, or distributing, in the virtual subnet based on a routing protocol of a layer 3 virtual private network, VPN, a local CE host route corresponding to the IP address; wherein the method further comprises: when it is determined that the source MAC address is not a virtual MAC address, performing at least one of the following operations: saving a local CE host routing table entry corresponding to the source IP address, or distributing, in the virtual subnet based on the routing protocol, a local CE host route corresponding to the IP address.
A method comprising: receiving a plurality of data packets of a communications data flow for transmission to a remote destination node over a wide area data communications network; determining a service classification for the data flow; generating a sequence number for each data packet of the data flow, where the sequence numbers indicate an order by which the data packets are received; adding an indication of the service classification and the respective sequence number to each data packet to be transmitted with the packet; characterized in that for each data packet, determining a transport mode that indicates one or more of a plurality of VPN tunnels (166, 168) through which the data packet is to be transmitted, where the determination of the one or more VPN tunnels (166, 168) is based on the service classification, and wherein each of the VPN tunnels is carried over at least one respective wide area network transport (162, 164) of the wide area data communications network, wherein each of the WAN transports comprises broadband connection paths or modems, and determining a transport role for each of the WAN transports (162, 164), where the transport role indicates circumstances under which the respective WAN transport is appropriate for transmission of one or more of the data packets of the data flow, and where the determination of the TM is further based on the transport role for each of the WAN transports. receiving a plurality of data packets of a communications data flow for transmission to a remote destination node over a wide area data communications network; determining a service classification for the data flow; generating a sequence number for each data packet of the data flow, where the sequence numbers indicate an order by which the data packets are received; adding an indication of the service classification and the respective sequence number to each data packet to be transmitted with the packet; characterized in that for each data packet, determining a transport mode that indicates one or more of a plurality of VPN tunnels (166, 168) through which the data packet is to be transmitted, where the determination of the one or more VPN tunnels (166, 168) is based on the service classification, and wherein each of the VPN tunnels is carried over at least one respective wide area network transport (162, 164) of the wide area data communications network, wherein each of the WAN transports comprises broadband connection paths or modems, and determining a transport role for each of the WAN transports (162, 164), where the transport role indicates circumstances under which the respective WAN transport is appropriate for transmission of one or more of the data packets of the data flow, and where the determination of the TM is further based on the transport role for each of the WAN transports.
A combustor wall assembly (60, 62) for a combustor of a gas turbine engine, the combustor wall assembly (60, 62) comprising: a support shell (68, 70) with a multiple of impingement holes; a liner panel (72, 74) with a multiple of film holes, the liner panel (72, 74) mounted to the support shell (68, 70) via a multiple of studs that extend from a cold side of the liner panel (72, 74), the liner panel (72, 74) including a periphery rail that extends from the cold side of the liner panel (72, 74) to interface with the support shell (68, 70); and a gasket between the support shell (68, 70) and the liner panel (72, 74), characterised in that: the gasket includes a lattice structure that forms a multiple of cells between the support shell (68, 70) and the liner panel (72, 74). a support shell (68, 70) with a multiple of impingement holes; a liner panel (72, 74) with a multiple of film holes, the liner panel (72, 74) mounted to the support shell (68, 70) via a multiple of studs that extend from a cold side of the liner panel (72, 74), the liner panel (72, 74) including a periphery rail that extends from the cold side of the liner panel (72, 74) to interface with the support shell (68, 70); and a gasket between the support shell (68, 70) and the liner panel (72, 74), characterised in that: the gasket includes a lattice structure that forms a multiple of cells between the support shell (68, 70) and the liner panel (72, 74).
A formulation comprising ambroxol and/or a salt form of ambroxol in a weight percent of between 0.01% and 20%, based on total weight or total volume of the formulation, and a carrier comprising a buffered saline solution, for use in the treatment of dry eye disease by topical administration to an ocular surface of a subject suffering from dry eye disease at least once a day for a period of at least five days.
A mountable cleave monitoring system comprising: a bracket for mounting the system to a cleaving device for separating bonded wafer structures; an acoustic sensor for sensing sound emitted from a bonded wafer structure during cleaving, the acoustic sensor being mounted to the bracket; and a trigger sensor for detecting when a cleave sequence has commenced for cleaving the bonded wafer structure and to trigger recording of sound produced by the bonded wafer structure during the cleave, the trigger sensor being mounted to the bracket. a bracket for mounting the system to a cleaving device for separating bonded wafer structures; an acoustic sensor for sensing sound emitted from a bonded wafer structure during cleaving, the acoustic sensor being mounted to the bracket; and a trigger sensor for detecting when a cleave sequence has commenced for cleaving the bonded wafer structure and to trigger recording of sound produced by the bonded wafer structure during the cleave, the trigger sensor being mounted to the bracket.
A turbine engine including means for controlling the clearance between the tips of moving blades of a high-pressure turbine and an outer casing surrounding the blades, the control means (48, 46) comprising air-impact cooling means for cooling the outer casing by the impact of air taken from a high-pressure compressor stage of the engine, the turbine engine being characterized by first electric heater means for heating the top portion of the outer casing and second electric heater means for heating the bottom portion of the outer casing, together with on/off control means for controlling the air-impact cooling means (48, 61, 46), and independent means for controlling the first and second electric heater means.
An alloy, characterized in that it consists in scandium (Sc) according to a fraction of greater than or equal to 30 at%, scandium being the element of the alloy which exhibits the greatest atomic percentage, titanium (Ti), zirconium (Zr) and/or vanadium and/or their oxides, hydrides, borides, carbides and/or nitrides, at least two of the elements among titanium, zirconium and vanadium and/or their oxides, hydrides, borides, carbides and/or nitrides, exhibiting a fraction of greater than or equal to 15 at%, and optionally magnesium (Mg), and/or manganese (Mn), and/or yttrium and/or rare earth metals.
A hollow fiber that generally extends in a longitudinal direction, the hollow fiber comprising a hollow cavity that extends along at least a portion of the fiber in the longitudinal direction, wherein the cavity is defined by an interior wall that is formed from a thermoplastic composition containing a continuous phase that includes a polyolefin matrix polymer and a nanoinclusion additive dispersed within the continuous phase in the form of discrete domains, wherein a porous network is defined in the composition that includes a plurality of nanopores; and wherein the interior wall has an average wall thickness of from 0.5 to 50 micrometers.
An installation device comprising: a body having an inlet defined therein for receiving fluids; a turning knob in operative engagement with the body and rotatable relative to the body, the turning knob being attached to a first shaft at one end of the first shaft and an opposite end of the first shaft being attached to a first barrel; a second barrel; a duct attached to said body and extending between the body and the first barrel forming a passage (17, 31) for fluids from the inlet of the body to an area between said first barrel and said second barrel; a second shaft being in operative engagement with the first barrel and extending between said first barrel and said second barrel, wherein the duct and the first shaft are flexible and the first shaft comprises twisted steel wires, and the first shaft, the second shaft, the first barrel and the second barrel are rotatable relative to the body and the duct by turning of said turning knob. a body having an inlet defined therein for receiving fluids; a turning knob in operative engagement with the body and rotatable relative to the body, the turning knob being attached to a first shaft at one end of the first shaft and an opposite end of the first shaft being attached to a first barrel; a second barrel; a duct attached to said body and extending between the body and the first barrel forming a passage (17, 31) for fluids from the inlet of the body to an area between said first barrel and said second barrel; a second shaft being in operative engagement with the first barrel and extending between said first barrel and said second barrel, wherein the duct and the first shaft are flexible and the first shaft comprises twisted steel wires, and the first shaft, the second shaft, the first barrel and the second barrel are rotatable relative to the body and the duct by turning of said turning knob.
A handle arrangement comprising a handle moveable between a stowed position, a deployed position and an operative position in which the handle causes the unlatch of a door, a latch lever for unlatching the door, a deploying system pivotally coupled with the handle and comprising a front lever and a rear lever each cooperating with an end (17, 19) of the handle, the rear lever comprising a driving member that, in the stowed and deployed positions of the handle, is spaced apart from the latch lever and, in the operative position of the handle, actuates the latch lever to unlatch the door, a blocking system comprising an inertial rotor configured to be driven in rotation by an inertial force from a rest position to a preventing position, characterized in that the blocking system further comprises a bridge moveable about a pivot axis between a disengaged position and an engaged position, wherein the bridge comprises an engagement arm that, in the disengaged position, is spaced apart from the latch lever and, in the engaged position, engages the latch lever to prevent the unlatching of the door, wherein the bridge further comprises an actuating arm configured to cooperate with the inertial rotor when the latter moves from the rest position to the preventing position, such cooperation moving the bridge from the disengaged position and the engaged position. a handle moveable between a stowed position, a deployed position and an operative position in which the handle causes the unlatch of a door, a latch lever for unlatching the door, a deploying system pivotally coupled with the handle and comprising a front lever and a rear lever each cooperating with an end (17, 19) of the handle, the rear lever comprising a driving member that, in the stowed and deployed positions of the handle, is spaced apart from the latch lever and, in the operative position of the handle, actuates the latch lever to unlatch the door, a blocking system comprising an inertial rotor configured to be driven in rotation by an inertial force from a rest position to a preventing position, characterized in that the blocking system further comprises a bridge moveable about a pivot axis between a disengaged position and an engaged position, wherein the bridge comprises an engagement arm that, in the disengaged position, is spaced apart from the latch lever and, in the engaged position, engages the latch lever to prevent the unlatching of the door, wherein the bridge further comprises an actuating arm configured to cooperate with the inertial rotor when the latter moves from the rest position to the preventing position, such cooperation moving the bridge from the disengaged position and the engaged position.
A biosensor comprising: a plurality of electrodes (3, 4) including a working electrode, and a detection layer which is immobilized on the working electrode and contains a crosslinking agent, an electrically conductive macromolecule and an enzyme transferring and receiving electrons to and from the working electrode, wherein the enzyme is an oxidoreductase containing, as a catalytic subunit and a catalytic domain, at least one of pyrroloquinoline quinone and flavin adenine dinucleotide, and an electron transfer subunit or an electron transfer domain, wherein the biosensor does not have a capillary which covers the working electrode, and wherein a contact area of the detection layer with the working electrode is defined by a predetermined area, the contact area is formed by an insulation layer on an insulating base plate on which the plurality of electrodes (3, 4) are formed, and the insulation layer is formed so that the working electrode is exposed at the bottom surface thereof and has an opening which is filled with a detection layer material to form the detection layer. a plurality of electrodes (3, 4) including a working electrode, and a detection layer which is immobilized on the working electrode and contains a crosslinking agent, an electrically conductive macromolecule and an enzyme transferring and receiving electrons to and from the working electrode, wherein the enzyme is an oxidoreductase containing, as a catalytic subunit and a catalytic domain, at least one of pyrroloquinoline quinone and flavin adenine dinucleotide, and an electron transfer subunit or an electron transfer domain, wherein the biosensor does not have a capillary which covers the working electrode, and wherein a contact area of the detection layer with the working electrode is defined by a predetermined area, the contact area is formed by an insulation layer on an insulating base plate on which the plurality of electrodes (3, 4) are formed, and the insulation layer is formed so that the working electrode is exposed at the bottom surface thereof and has an opening which is filled with a detection layer material to form the detection layer.