mhurhangee/ep-ind-claims huggingface dataset:
Apparatus (200, 300, 400, 600) for producing volume reflection holograms with substrate-guided reconstruction beams, comprising: - at least one transparent, planar carrier element (210, 310, 410, 610) with a first flat side (210.1) and a further flat side (210.2), - at least one master element (206, 306, 406, 606) arrangeable on the first flat side (210.1) of the carrier element (210, 310, 410, 610) and - at least one optical input coupling element (102, 202, 302, 402, 602) designed for optically coupling in a light beam (214, 216), - at least one coupling portion (104, 204, 304, 404, 604) designed for mechanically establishing an optical contact between the input coupling element (102, 202, 302, 402) and at least one holographic recording medium (208, 308, 408) providable on the further flat side (210.2) of the carrier element (210, 310, 410) or designed for mechanically establishing an optical contact between the further flat side of the carrier element and at least one holographic recording medium providable on a flat side of the optical input coupling element, characterized in that - at least the coupling portion (104, 204, 304, 404, 604) is formed from a material with a shear modulus of between 1000 Pa and 50 MPa, preferably of between 30000 Pa and 30 MPa. - at least one transparent, planar carrier element (210, 310, 410, 610) with a first flat side (210.1) and a further flat side (210.2), - at least one master element (206, 306, 406, 606) arrangeable on the first flat side (210.1) of the carrier element (210, 310, 410, 610) and - at least one optical input coupling element (102, 202, 302, 402, 602) designed for optically coupling in a light beam (214, 216), - at least one coupling portion (104, 204, 304, 404, 604) designed for mechanically establishing an optical contact between the input coupling element (102, 202, 302, 402) and at least one holographic recording medium (208, 308, 408) providable on the further flat side (210.2) of the carrier element (210, 310, 410) or designed for mechanically establishing an optical contact between the further flat side of the carrier element and at least one holographic recording medium providable on a flat side of the optical input coupling element, characterized in that - at least the coupling portion (104, 204, 304, 404, 604) is formed from a material with a shear modulus of between 1000 Pa and 50 MPa, preferably of between 30000 Pa and 30 MPa.
A client node, comprising: a database comprising identification data associated with a plurality of wireless network access nodes (514, 516, 518) and fingerprint data associated with the client node and a plurality of second client nodes the fingerprint data including signal strength data of mobile or physical wireless access points measured by each of the client node and the plurality of second client nodes; processing logic configured to process the signal fingerprint data to determine a proximity between the client node and an individual second client node of said plurality of second client nodes and to identify an individual second client node of said plurality of second client nodes within a viable device-to-device (D2D) communication range in response to a match between a first fingerprint of the client node and a second fingerprint of the individual second client node; wherein said processing logic is further operable to initiate a D2D communications session with said individual second client node that is within said viable D2D communication range. a database comprising identification data associated with a plurality of wireless network access nodes (514, 516, 518) and fingerprint data associated with the client node and a plurality of second client nodes the fingerprint data including signal strength data of mobile or physical wireless access points measured by each of the client node and the plurality of second client nodes; processing logic configured to process the signal fingerprint data to determine a proximity between the client node and an individual second client node of said plurality of second client nodes and to identify an individual second client node of said plurality of second client nodes within a viable device-to-device (D2D) communication range in response to a match between a first fingerprint of the client node and a second fingerprint of the individual second client node; wherein said processing logic is further operable to initiate a D2D communications session with said individual second client node that is within said viable D2D communication range.
A method of configuring a network, the method comprising: configuring a policy server to read a messaging policy; reading, by the policy server, the messaging policy; configuring the policy server to instruct a Cable Modem Termination System, CMTS, (103, 103A) to create a gate for a cable modem (101A-F) included in the messaging policy; instructing the CMTS to create the gate; creating the gate by the CMTS; processing by at least one of an edge router and the CMTS, an Internet Protocol, IP, packet from a computer and redirecting the IP packet to a captive portal application, wherein the IP packet for the edge router includes a messaging tag in a header of the IP packet; configuring the captive portal application to receive a request from the computer; receiving a request from a computer; computing a Media Access Control, MAC, address of the cable modem connected to the computer; retrieving a messaging policy associated with the MAC address; generating a response to the request, the response including a webpage, the webpage having a temporary message associated with the messaging policy associated with the MAC address; configuring the captive portal application to communicate with the policy server to remove the messaging policy for the temporary message after the temporary message has been read; communicating with the policy server; receiving an acknowledgement that the temporary message has been read; removing the gate from the CMTS; and removing the temporary messaging policy. configuring a policy server to read a messaging policy; reading, by the policy server, the messaging policy; configuring the policy server to instruct a Cable Modem Termination System, CMTS, (103, 103A) to create a gate for a cable modem (101A-F) included in the messaging policy; instructing the CMTS to create the gate; creating the gate by the CMTS; processing by at least one of an edge router and the CMTS, an Internet Protocol, IP, packet from a computer and redirecting the IP packet to a captive portal application, wherein the IP packet for the edge router includes a messaging tag in a header of the IP packet; configuring the captive portal application to receive a request from the computer; receiving a request from a computer; computing a Media Access Control, MAC, address of the cable modem connected to the computer; retrieving a messaging policy associated with the MAC address; generating a response to the request, the response including a webpage, the webpage having a temporary message associated with the messaging policy associated with the MAC address; configuring the captive portal application to communicate with the policy server to remove the messaging policy for the temporary message after the temporary message has been read; communicating with the policy server; receiving an acknowledgement that the temporary message has been read; removing the gate from the CMTS; and removing the temporary messaging policy.
A motorcycle with a luggage container fastened to the motorcycle, with • a first blocking means which has a lock cylinder, which means can assume an unblocking position in which the luggage container can be opened, and a blocking position in which opening of the luggage container is blocked, and • a second blocking means which can assume a blocking position in which opening of the luggage container itself is then blocked if the first blocking means is in the unblocking position, wherein the second blocking means has an element which can be actuated mechanically from an outside of the luggage container, characterised in that the motorcycle has an actuator arranged secured to the motorcycle, which is provided for actuating the element which can be actuated from the outside of the luggage container. • a first blocking means which has a lock cylinder, which means can assume an unblocking position in which the luggage container can be opened, and a blocking position in which opening of the luggage container is blocked, and • a second blocking means which can assume a blocking position in which opening of the luggage container itself is then blocked if the first blocking means is in the unblocking position, wherein the second blocking means has an element which can be actuated mechanically from an outside of the luggage container,
A system including: an endoluminal prosthesis including a tubular body comprising a graft material wall, a proximal end opening, a distal end opening, and a lumen extending longitudinally therein; a first fenestration in the graft material wall, a second fenestration in the graft material wall, a third fenestration in the graft material wall, and a fourth fenestration in the graft material wall, the first fenestration and the second fenestration spaced from one another circumferentially about the tubular body, the third fenestration and the fourth fenestration spaced from one another circumferentially about the tubular body and positioned distal of each of the first fenestration and the second fenestration, a first branch extending from the tubular body and in fluid communication with the third fenestration, and a second branch extending from the tubular body and in fluid communication with the fourth fenestration; and a guide wire having a first end and a second end both extending from a region proximal of the proximal end opening, the guide wire entering the proximal end opening, exiting the first fenestration, partially traversing an exterior surface of the prosthesis, entering the second fenestration, and exiting the proximal end opening, no portion of the guide wire extending distally beyond the distal end opening. an endoluminal prosthesis including a tubular body comprising a graft material wall, a proximal end opening, a distal end opening, and a lumen extending longitudinally therein; a first fenestration in the graft material wall, a second fenestration in the graft material wall, a third fenestration in the graft material wall, and a fourth fenestration in the graft material wall, the first fenestration and the second fenestration spaced from one another circumferentially about the tubular body, the third fenestration and the fourth fenestration spaced from one another circumferentially about the tubular body and positioned distal of each of the first fenestration and the second fenestration, a first branch extending from the tubular body and in fluid communication with the third fenestration, and a second branch extending from the tubular body and in fluid communication with the fourth fenestration; and a guide wire having a first end and a second end both extending from a region proximal of the proximal end opening, the guide wire entering the proximal end opening, exiting the first fenestration, partially traversing an exterior surface of the prosthesis, entering the second fenestration, and exiting the proximal end opening, no portion of the guide wire extending distally beyond the distal end opening.
A method of processing Flex Ethernet, FlexE, data, the method comprising: receiving a plurality of data blocks over at least one physical layer connection, each data block corresponding to one of at least one FlexE client flow, wherein data blocks corresponding to a first client flow of the at least one FlexE client flow have a destination over at least one further physical layer connection and contain Ethernet packets and Operation, Administration & Management, OAM, block blocks; the method further characterized in forming at least one further Ethernet packet containing information from at least one of the OAM blocks, the at least one further Ethernet packet specifying the destination; and providing the at least one further Ethernet packet to a switching node for forwarding to the destination. receiving a plurality of data blocks over at least one physical layer connection, each data block corresponding to one of at least one FlexE client flow, wherein data blocks corresponding to a first client flow of the at least one FlexE client flow have a destination over at least one further physical layer connection and contain Ethernet packets and Operation, Administration & Management, OAM, block blocks; the method further characterized in forming at least one further Ethernet packet containing information from at least one of the OAM blocks, the at least one further Ethernet packet specifying the destination; and providing the at least one further Ethernet packet to a switching node for forwarding to the destination.
A genetically modified mouse that expresses human immunoglobulin heavy and light chain variable domains, wherein the human light chain variable domains are expressed from a single rearranged (V L /J L) human immunoglobulin light chain variable region gene sequence present in the mouse germline that comprises a germline sequence of a V L gene segment and a germline sequence of a J L gene segment, said human immunoglobulin light chain variable region being a rearranged Vκ1-39/Jκ, wherein: (a) the mouse lacks an endogenous mouse κ immunoglobulin light chain variable region locus that is capable of rearranging and forming a gene that encodes a mouse κ variable region; (b) the mouse expresses a human common immunoglobulin light chain for a plurality of human heavy chains, the common light chain derived from said human immunoglobulin light chain variable region gene sequence; (c) the mouse comprises a B cell that expresses an antibody that specifically binds an antigen of interest, wherein the antibody comprises said common light chain and an immunoglobulin heavy chain derived from a rearrangement of human immunoglobulin heavy chain variable (V H) gene segments selected from the group consisting of a V H 2-5, V H 3-23, V H 3-30, V H 4-59, and V H 5-51 gene segment; and (d) 90-100% of the endogenous unrearranged mouse V H gene segments of the mouse are replaced with a plurality of unrearranged human V H gene segments. (a) the mouse lacks an endogenous mouse κ immunoglobulin light chain variable region locus that is capable of rearranging and forming a gene that encodes a mouse κ variable region; (b) the mouse expresses a human common immunoglobulin light chain for a plurality of human heavy chains, the common light chain derived from said human immunoglobulin light chain variable region gene sequence; (c) the mouse comprises a B cell that expresses an antibody that specifically binds an antigen of interest, wherein the antibody comprises said common light chain and an immunoglobulin heavy chain derived from a rearrangement of human immunoglobulin heavy chain variable (V H) gene segments selected from the group consisting of a V H 2-5, V H 3-23, V H 3-30, V H 4-59, and V H 5-51 gene segment; and (d) 90-100% of the endogenous unrearranged mouse V H gene segments of the mouse are replaced with a plurality of unrearranged human V H gene segments.
Drive system for a vehicle, in particular an aircraft, comprising - an internal combustion engine for converting chemical energy stored in a liquid fuel into mechanical energy, - a fuel tank for supplying the internal combustion engine with fuel, and - an electric machine (11, 21) having a rotor (11a, 21a) and a stator (11b, 21b), and a cooling system for cooling at least one component (11c, 21c) of the electric machine (11, 21) using a cooling liquid, wherein the cooling system is designed to use the fuel of the internal combustion engine as cooling liquid for the electric machine (11, 21), wherein the fuel is kerosene, and wherein the electric machine (11, 21) comprises at least one coil winding (11c, 21c), which is so designed that it can be directly cooled by the cooling liquid. - an internal combustion engine for converting chemical energy stored in a liquid fuel into mechanical energy, - a fuel tank for supplying the internal combustion engine with fuel, and - an electric machine (11, 21) having a rotor (11a, 21a) and a stator (11b, 21b), and a cooling system for cooling at least one component (11c, 21c) of the electric machine (11, 21) using a cooling liquid, wherein the cooling system is designed to use the fuel of the internal combustion engine as cooling liquid for the electric machine (11, 21), wherein the fuel is kerosene, and wherein the electric machine (11, 21) comprises at least one coil winding (11c, 21c), which is so designed that it can be directly cooled by the cooling liquid.
A device for temporarily increasing the power of at least a first turbine engine, the device comprising: • a tank of coolant liquid; and • a first injection circuit connected to said tank and leading to at least one injection nozzle suitable for being installed upstream from at least one compressor stage of the first turbine engine; the device being characterized in that the first injection circuit includes at least a first flow valve configured to open when pressure upstream from said first flow valve exceeds downstream pressure from at least one compressor stage of a second turbine engine by an amount greater than a predetermined threshold, so as to allow the coolant liquid to flow towards said injection nozzle of the first injection circuit, and in that it further includes at least one pressurization circuit suitable for being connected to at least one compressor stage of the first turbine engine for pressurizing said tank and including a check valve to prevent depressurizing the tank. • a tank of coolant liquid; and • a first injection circuit connected to said tank and leading to at least one injection nozzle suitable for being installed upstream from at least one compressor stage of the first turbine engine;
Arrangement for connecting two pipe ends, in particular in an exhaust tract of an internal combustion engine, comprising two pipe ends, wherein the two pipe ends (1, 5) are axially aligned and spaced apart and are sealingly connected by means of a connecting pipe device (3, 6, 11, 25) which is deformable and/or displaceable in the event of relative movements of the pipe ends, wherein the two pipe end regions (1, 5) have in each case one pipe piece (4, 7) as an inner liner, wherein the pipe pieces (4, 7), proceeding from the respectively associated pipe end region (1, 5), project freely toward one another and are spaced apart from one another by an axial gap, wherein the connecting pipe device (3, 6, 11, 25) surrounds the two pipe pieces (4, 7) with an encircling sealed ring-shaped chamber, characterized in that the pipe pieces (4, 7) are formed by separate components which are connected to and inserted into the pipe end regions (1, 5).
A solid fuel burner (44, 60) comprising a dispersion apparatus (2, 90, 140) for use in conditioning a flow of a particulate material flowing therethrough, the dispersion apparatus comprising: a passage through which particulate material may flow from an inlet region (15, 52, 72, 92, 148) toward an outlet region for dispersal therefrom, the flow being at least in part, rotational about a longitudinal axis of the passage, a downstream guide means (36, 132) arranged within the passage at the outlet region, the downstream guide means configured to at least reduce the rotational motion so that the flow progresses toward the outlet region in a substantially uniform manner in a direction aligned with the longitudinal axis of the passage; and an upstream guide means provided upstream of the downstream guide means and configured for introducing into the flow a component of angular or rotational motion for moving the particulate material about the longitudinal axis of the passage; characterized in that the upstream guide means comprises more than one spiral (32, 152) arranged within the passage and configured so as to extend along the passage from the inlet region to the outlet region; and wherein the inlet region comprises a manifold arrangement (52, 92) which serves to direct the particulate material into an upstream region of the passage, wherein the manifold arrangement is configured to divide incoming particulate material into a number of streams of flow, such that that each stream of flow is directed toward a respective spiral (32, 152). a passage through which particulate material may flow from an inlet region (15, 52, 72, 92, 148) toward an outlet region for dispersal therefrom, the flow being at least in part, rotational about a longitudinal axis of the passage, a downstream guide means (36, 132) arranged within the passage at the outlet region, the downstream guide means configured to at least reduce the rotational motion so that the flow progresses toward the outlet region in a substantially uniform manner in a direction aligned with the longitudinal axis of the passage; and an upstream guide means provided upstream of the downstream guide means and configured for introducing into the flow a component of angular or rotational motion for moving the particulate material about the longitudinal axis of the passage; characterized in that the upstream guide means comprises more than one spiral (32, 152) arranged within the passage and configured so as to extend along the passage from the inlet region to the outlet region; and wherein the inlet region comprises a manifold arrangement (52, 92) which serves to direct the particulate material into an upstream region of the passage, wherein the manifold arrangement is configured to divide incoming particulate material into a number of streams of flow, such that that each stream of flow is directed toward a respective spiral (32, 152).