mhurhangee/ep-ind-claims huggingface dataset:
A device comprising: an integrated circuit die coupled to an interposer, the integrated circuit die to receive a millimeter wavelength signal; the interposer comprising a microstrip feedline (113, 165) coupled to the integrated circuit die to receive the millimeter wavelength signal; and a cover overlying the integrated circuit die and the microstrip feedline (113, 165), an air-filled gap resides between the cover and the integrated circuit die, characterized in that the cover comprising a lossy EBG structure directly overlying the integrated circuit die, and a lossless EBG structure directly overlying the microstrip feedline (113, 165); a first effective resistance between a first conductive patch and a second conductive patch of the lossy EBG structure is at least ten times smaller than a second effective resistance between a third conductive patch and a fourth conductive patch of the lossless EBG structure, the first and second conductive patches (346, 345) adjacent to each other, and the third and fourth conductive patches adjacent to each other; and effective resistance means a direct current, DC, resistance measured between adjacent conductive patches being electrically unconnected. an integrated circuit die coupled to an interposer, the integrated circuit die to receive a millimeter wavelength signal; the interposer comprising a microstrip feedline (113, 165) coupled to the integrated circuit die to receive the millimeter wavelength signal; and a cover overlying the integrated circuit die and the microstrip feedline (113, 165), an air-filled gap resides between the cover and the integrated circuit die, characterized in that the cover comprising a lossy EBG structure directly overlying the integrated circuit die, and a lossless EBG structure directly overlying the microstrip feedline (113, 165); a first effective resistance between a first conductive patch and a second conductive patch of the lossy EBG structure is at least ten times smaller than a second effective resistance between a third conductive patch and a fourth conductive patch of the lossless EBG structure, the first and second conductive patches (346, 345) adjacent to each other, and the third and fourth conductive patches adjacent to each other; and effective resistance means a direct current, DC, resistance measured between adjacent conductive patches being electrically unconnected.
A method comprising: identifying, by a network controller (118, 400), network layers (420, 421, 422, 423) associated with an application; determining, for each network layer (420, 421, 422, 423), a set of security tools configured to work together to achieve a specific goal for that network layer (420, 421, 422, 423), such that a first set of tools for a first network layer is configured to achieve a first goal and a second set of tools for a second network layer is configured to achieve a second goal; determining, by the network controller (118, 400), a corresponding security index for the application at each of the network layers to yield a plurality of security indexes, each of the plurality of security indexes providing an objective assessment of protectability of the application at a corresponding one of the network layers (420, 421, 422, 423); determining, by the network controller (118, 400), an application protectability index based on the plurality of security indexes; generating an application protectability scheme for protecting the application based on the application protectability index; then, generating, by the network controller (118, 140), suggestions for creating and/or replacing/ improving the application protectability scheme; and determining, based on the suggestions, which application protectability scheme is configured to provide optimal protection of the application, by comparing the application protectability index of potential alternatives. identifying, by a network controller (118, 400), network layers (420, 421, 422, 423) associated with an application; determining, for each network layer (420, 421, 422, 423), a set of security tools configured to work together to achieve a specific goal for that network layer (420, 421, 422, 423), such that a first set of tools for a first network layer is configured to achieve a first goal and a second set of tools for a second network layer is configured to achieve a second goal; determining, by the network controller (118, 400), a corresponding security index for the application at each of the network layers to yield a plurality of security indexes, each of the plurality of security indexes providing an objective assessment of protectability of the application at a corresponding one of the network layers (420, 421, 422, 423); determining, by the network controller (118, 400), an application protectability index based on the plurality of security indexes; generating an application protectability scheme for protecting the application based on the application protectability index; then, generating, by the network controller (118, 140), suggestions for creating and/or replacing/ improving the application protectability scheme; and determining, based on the suggestions, which application protectability scheme is configured to provide optimal protection of the application, by comparing the application protectability index of potential alternatives.
A valve implant comprising: a valve leaflet prosthesis (14, 80, 90, 92, 96) having a wire frame, a leaflet blade panel attached to the wire frame, and one or more tether struts (58, 1458, 1558) extending from the wire frame; and a stent having a first end portion and a second end portion along a longitudinal stent axis, characterised in that the stent further has a flexible extended stent strut extending longitudinally from the first end portion, the one or more tether struts (58, 1458, 1558) of the valve leaflet prosthesis (14, 80, 90, 92, 96) are rotatably coupled to the flexible extended stent strut in a manner such that the one or more tether struts (58, 1458, 1558) are rotatable about a rotational axis which is parallel to the one or more tether struts (58, 1458, 1558) and which extends transverse to the longitudinal stent axis. a valve leaflet prosthesis (14, 80, 90, 92, 96) having a wire frame, a leaflet blade panel attached to the wire frame, and one or more tether struts (58, 1458, 1558) extending from the wire frame; and a stent having a first end portion and a second end portion along a longitudinal stent axis, characterised in that the stent further has a flexible extended stent strut extending longitudinally from the first end portion, the one or more tether struts (58, 1458, 1558) of the valve leaflet prosthesis (14, 80, 90, 92, 96) are rotatably coupled to the flexible extended stent strut in a manner such that the one or more tether struts (58, 1458, 1558) are rotatable about a rotational axis which is parallel to the one or more tether struts (58, 1458, 1558) and which extends transverse to the longitudinal stent axis.
A filter cassette with a connecting system having at least one connector (2, 2', 2", 2''', 2"") for a filter cassette which can be inserted into a filter holder, and having one or more filter layers which are arranged between two end plates, and having seals which are arranged between the filter layers and/or between the end plates and a respectively adjacent filter layer, characterized in that the connector (2, 2', 2", 2"', 2"") has two tensioning parts (15, 16, 15', 16', 15", 16", 15''', 16''', 15"", 16"") which engage in one another in a longitudinally displaceable manner and can be fixed to the end plates by their ends which are facing away from one another, the longitudinal displaceability of the two tensioning parts (15, 16, 15', 16', 15", 16", 15''', 16''', 15"", 16"") of each connector (2, 2', 2", 2''', 2"") allows the connector (2, 2', 2", 2''', 2"") to give way appropriately when pressure is applied, without being bent or destroyed, the connector (2, 2', 2", 2''', 2"") exerts a pretensioning force onto the end plates when it is deflected to its maximum extent, said pretensioning force pulling the end plates towards the filter layers, and when a contact-pressure force which is superimposed on the pretensioning force is applied to the end plates, the tensioning parts (15, 16, 15', 16', 15", 16", 15''', 16''', 15"", 16"") can be pushed towards one another in a manner corresponding with the end plates, the filter cassette has at least one through-channel for accommodating the at least one connector (2, 2', 2", 2''', 2""), in the end plates each hollow channel transitions into an offset to accommodate the end-positioned fasteners (13, 13', 13", 13''', 13"", 14, 14', 14", 14''', 14"") of the connector (2, 2', 2", 2''', 2""), the end-positioned fastener (13, 13', 13", 13"', 13"") of the first tensioning part (15, 15', 15", 15''', 15"") can be inserted into a first offset of the through-channel in the first end plate, and in that the end-positioned fastener (14, 14', 14", 14''', 14"") of the second tensioning part (16, 16', 16", 16''', 16"") can be fitted or screwed onto the free end of the second tensioning part (16, 16', 16", 16''', 16"") while applying the desired pretensioning force.
A variable-section nozzle for an aircraft nacelle having a longitudinal axis, the nozzle comprising doors which are movable between a reduced-section position and a larger-section position, and displacement means for displacing each of the doors between said positions, these displacement means including actuators and means for controlling these actuators, the nozzle being characterized in that each of the doors comprises at least one first guide means and one second guide means for guiding the displacement of the doors relative to a fixed structure of the nozzle, the second guide means being placed downstream relative to the first guide means, the first and second guide means (21, 22) being arranged to ensure each, at least locally, a substantially curvilinear trajectory, and in that the trajectories (T1, T2) ensured by the first and second guide means (21, 22) are substantially circular, each substantially describing a circular arc, at least the trajectory of the first guide means having a concave portion oriented towards the inside of the nozzle, and in that each of the doors is delimited longitudinally, by an upstream edge and a downstream edge, and laterally, by two lateral sidewalls, each of the doors of the nozzle comprising first and second guide means (21, 22) at the level of each of the lateral sidewalls thereof.
A method of tunneling data packets through a network (218; 314) communicatively connected to a datacenter (220; 310), the datacenter being uniquely addressed within the network, the datacenter having a different internal address space than the network, the method comprising: recording transformation rules for a programmable packet filter in the datacenter; receiving an ingress data packet at a multiplexor (250; 300), which routes the ingress data packet to the programmable packet filter of a host computing device in the datacenter; converting in the programmable packet filter of the host computing device the received data packet between a stateless tunneling data packet and a datacenter data packet according to the recorded transformation rules, the datacenter data packet being uniquely addressed within the internal address space of the datacenter, the received data packet bypassing any virtual machine processing in the host computing device during the converting; and transmitting the converted data packet from the programmable packet filter in the datacenter; the method further comprising: receiving an egress data packet at the programmable packet filter; converting the egress data packet into a stateless tunneling data packet; and transmitting the converted egress data packet without traversing the multiplexor. recording transformation rules for a programmable packet filter in the datacenter; receiving an ingress data packet at a multiplexor (250; 300), which routes the ingress data packet to the programmable packet filter of a host computing device in the datacenter; converting in the programmable packet filter of the host computing device the received data packet between a stateless tunneling data packet and a datacenter data packet according to the recorded transformation rules, the datacenter data packet being uniquely addressed within the internal address space of the datacenter, the received data packet bypassing any virtual machine processing in the host computing device during the converting; and transmitting the converted data packet from the programmable packet filter in the datacenter; the method further comprising: receiving an egress data packet at the programmable packet filter; converting the egress data packet into a stateless tunneling data packet; and transmitting the converted egress data packet without traversing the multiplexor. receiving an egress data packet at the programmable packet filter; converting the egress data packet into a stateless tunneling data packet; and transmitting the converted egress data packet without traversing the multiplexor.
A method, comprising: receiving, by a source evolved node B configured to communicate with a user equipment from a neighbour evolved node B during X2 setup procedure, a multiple frequency band indicator list, wherein the multiple frequency band indicator list comprises at least one indicator number corresponding to an evolved universal terrestrial radio access absolute radio frequency channel number listed in a same order of priority as the neighbour evolved node B broadcasts the indicator number corresponding to at least one evolved universal terrestrial radio access absolute radio frequency channel number in a system information block; selecting one of the at least one evolved universal terrestrial radio access absolute radio frequency channel number for use by the source eNB with a highest priority that is also supported by a user equipment; and calculating a security key for the neighbour evolved node B using the selected one of the at least one evolved universal terrestrial radio access absolute radio frequency channel number. receiving, by a source evolved node B configured to communicate with a user equipment from a neighbour evolved node B during X2 setup procedure, a multiple frequency band indicator list, wherein the multiple frequency band indicator list comprises at least one indicator number corresponding to an evolved universal terrestrial radio access absolute radio frequency channel number listed in a same order of priority as the neighbour evolved node B broadcasts the indicator number corresponding to at least one evolved universal terrestrial radio access absolute radio frequency channel number in a system information block; selecting one of the at least one evolved universal terrestrial radio access absolute radio frequency channel number for use by the source eNB with a highest priority that is also supported by a user equipment; and calculating a security key for the neighbour evolved node B using the selected one of the at least one evolved universal terrestrial radio access absolute radio frequency channel number.
Voltage converter for converting between a DC voltage at a DC voltage gate and a single-phase or multiphase AC voltage at an AC voltage gate as a result of temporal clocking of an electronic switching mechanism via which each phase (3a-3c) of the AC voltage gate can be selectively connected to the positive pole or to the negative pole of the DC voltage gate, wherein the positive pole and/or the negative pole of the DC voltage gate are/is connected to an earth terminal via at least one capacitor (5, 5a, 5b), wherein the earth terminal can be connected to an external earth, and wherein the connection between the capacitor (5, 5a, 5b) and the earth terminal is routed via at least one switching element (6, 6a, 6b), wherein diagnosis means that are designed to detect the correct function and/or the actual switching state of at least one switching element (6, 6a, 6b) are provided, characterized in that the diagnosis means comprise a voltage source (83a, 83b) that is connected to that side of at least one switching element (6, 6a, 6b) that is facing away from the earth terminal and means (84a, 84b) for monitoring the potential on this side of the switching element (6, 6a, 6b). diagnosis means that are designed to detect the correct function and/or the actual switching state of at least one switching element (6, 6a, 6b) are provided, characterized in that the diagnosis means comprise a voltage source (83a, 83b) that is connected to that side of at least one switching element (6, 6a, 6b) that is facing away from the earth terminal and means (84a, 84b) for monitoring the potential on this side of the switching element (6, 6a, 6b).
A method of controlling scale comprising: adding to an aqueous fluid an effective scale inhibiting amount of amino acid alkyl phosphonates prepared from amino acids to control the level of alkyl phosphonation and to provide improved environmental properties compared to fully substituted amino acid alkyl phosphonates, or compared to mixtures of amino acid alkyl phosphonates including a major portion of the fully substituted species, wherein the amino acid alkyl phosphonates comprise greater than 50 weight percent partially substituted, di-alkyl phosphonated amino acid species, and wherein the scale inhibiting amount of amino acid alkyl phosphonates demonstrate greater than about 20% biodegradation in 28 days when tested according to method OECD 306. adding to an aqueous fluid an effective scale inhibiting amount of amino acid alkyl phosphonates prepared from amino acids to control the level of alkyl phosphonation and to provide improved environmental properties compared to fully substituted amino acid alkyl phosphonates, or compared to mixtures of amino acid alkyl phosphonates including a major portion of the fully substituted species, wherein the amino acid alkyl phosphonates comprise greater than 50 weight percent partially substituted, di-alkyl phosphonated amino acid species, and wherein the scale inhibiting amount of amino acid alkyl phosphonates demonstrate greater than about 20% biodegradation in 28 days when tested according to method OECD 306.
Arrangement (1, 1a-c; 1') including a fibre-reinforced composite component or composite assembly (2, 2a-c; 2') which comprises at least first and second reinforcing fibre formation sections (3, 4; 3, 5) stitched to each other using a yarn (30; 30'; 60; 60') so as to connect the first and second reinforcing fibre formation sections (3, 4; 3, 5) along a seam (25, 25a-c; 55), the yarn (30; 30'; 30"; 60; 60'; 60") being electrically conductive along a length thereof, and a monitoring device (45; 75) adapted and coupled to the yarn (30; 30'; 30"; 60; 60'; 60") in such a manner as to be capable of sending an electrical input signal along at least a section (37; 67) of the yarn (30; 30'; 30"; 60; 60'; 60") that forms the seam (25, 25a-c; 55) or part thereof and receiving a response signal on the yarn (30; 30'; 30"; 60; 60'; 60"). a fibre-reinforced composite component or composite assembly (2, 2a-c; 2') which comprises at least first and second reinforcing fibre formation sections (3, 4; 3, 5) stitched to each other using a yarn (30; 30'; 60; 60') so as to connect the first and second reinforcing fibre formation sections (3, 4; 3, 5) along a seam (25, 25a-c; 55), the yarn (30; 30'; 30"; 60; 60'; 60") being electrically conductive along a length thereof, and a monitoring device (45; 75) adapted and coupled to the yarn (30; 30'; 30"; 60; 60'; 60") in such a manner as to be capable of sending an electrical input signal along at least a section (37; 67) of the yarn (30; 30'; 30"; 60; 60'; 60") that forms the seam (25, 25a-c; 55) or part thereof and receiving a response signal on the yarn (30; 30'; 30"; 60; 60'; 60").
A method of reporting channel state information by a user equipment, UE, to an eNB in an unlicensed band in a wireless communication system, the method being performed by the UE and comprising: receiving information about two or more reference signal resources for interference measurement of the unlicensed band from the eNB through a higher layer; calculating channel state information using the two or more reference signal resources for the interference measurement; and reporting the channel state information to the eNB, wherein each of the two or more reference signal resources for the interference measurement is composed of 2 resource elements, REs, assigned to two adjacent symbols and to the same subcarrier, and each of the 2 REs are mapped to different antenna ports respectively, and the two or more reference signal resources are not overlapped with each other in a time domain. receiving information about two or more reference signal resources for interference measurement of the unlicensed band from the eNB through a higher layer; calculating channel state information using the two or more reference signal resources for the interference measurement; and reporting the channel state information to the eNB, wherein each of the two or more reference signal resources for the interference measurement is composed of 2 resource elements, REs, assigned to two adjacent symbols and to the same subcarrier, and each of the 2 REs are mapped to different antenna ports respectively, and the two or more reference signal resources are not overlapped with each other in a time domain.
An article comprising: a matrix material; and a plurality of copper nanoparticles in the matrix material that have been partially fused together; wherein the plurality of copper nanoparticles are less than about 20 nm in size, the plurality of copper nanoparticles comprise a surfactant system comprising a bidentate diamine and one or more C6 - C18 alkylamines, and the bidentate amine is a C1 - C4 N,N'-dialkylmethylenediamine, C1 - C4 N,N'-dialkylethylenediamine, or C1 - C4 N,N'- dialkyl-1,3-propylenediamine. a matrix material; and a plurality of copper nanoparticles in the matrix material that have been partially fused together; wherein the plurality of copper nanoparticles are less than about 20 nm in size, the plurality of copper nanoparticles comprise a surfactant system comprising a bidentate diamine and one or more C6 - C18 alkylamines, and the bidentate amine is a C1 - C4 N,N'-dialkylmethylenediamine, C1 - C4 N,N'-dialkylethylenediamine, or C1 - C4 N,N'- dialkyl-1,3-propylenediamine.
Separator device for a vacuum cleaner, comprising a pre-separator having a receiving basket (126; 126') which has a receiving space, wherein in operation of the separator device a dirt-laden suction flow is passed through the receiving space and wherein associated with the receiving basket (126; 126') is a lid (132; 170) which has located thereon at least one pin-shaped engagement element (160; 186) which, when the lid (132; 170) is closed, projects into the receiving space and which, upon movement of the lid (132; 170) relative to the receiving basket (126; 126'), is engageable with dirt in the receiving space, characterized in that arranged on the lid (132; 170) is a connection (136; 188) for a suction flow conduit.