mhurhangee/ep-ind-claims huggingface dataset:
Transmission system suitable for operation with a drive machine, having an input shaft for the drive power, at least one output shaft for outputting same to a drive, a power-split transmission section, a manual transmission, a transmission system controller, wherein the power-split transmission section has at least one variable transmission branch and a mechanical transmission branch, and the variable transmission branch has, on the input and output sides, in each case at least one first and second electric machine (16, 18) for the generator and motor operation, which electric machines are electrically connected to one another, wherein the drive power is divided up and conducted by the mechanical and variable transmission branch (22, 24), and to an input-coupled, magnetically electric epicyclic gear stage which brings together the variable transmission branch and mechanical transmission branch, to an inner rotor, an outer stator and a modulating ring, characterized in that the magnetically electric epicyclic gear stage can be activated by the second electric machine in such a manner that the output shaft of the transmission system rotates counter to the direction of rotation at an input shaft, as a result of which a forward and reverse operation of the transmission system can be carried out. suitable for operation with a drive machine, having an input shaft for the drive power, at least one output shaft for outputting same to a drive, a power-split transmission section, a manual transmission, a transmission system controller, wherein the power-split transmission section has at least one variable transmission branch and a mechanical transmission branch, and the variable transmission branch has, on the input and output sides, in each case at least one first and second electric machine (16, 18) for the generator and motor operation, which electric machines are electrically connected to one another, wherein the drive power is divided up and conducted by the mechanical and variable transmission branch (22, 24), and to an input-coupled, magnetically electric epicyclic gear stage which brings together the variable transmission branch and mechanical transmission branch, to an inner rotor, an outer stator and a modulating ring, characterized in that the magnetically electric epicyclic gear stage can be activated by the second electric machine in such a manner that the output shaft of the transmission system rotates counter to the direction of rotation at an input shaft, as a result of which a forward and reverse operation of the transmission system can be carried out.
A ferrite material, characterised in that a chemical formula of the ferrite material is Bi 1.3 Ca x+2y Y 1.7-x-2y Fe 5- x-y Zr x W y O 12; the x is 0.3-0.4, and the y is 0.01-1.
A method of controlling a deflagration combustion process in a pistonless combustor, the combustion process consisting of repeating working cycles divided to equally long time units from 0 to 1000, and the method comprising steps of: opening a first input valve and introducing air into the pistonless combustor thereby scavenging combustion products of the previous cycle; opening a second input valve after opening the first input valve and introducing air into the combustor thereby initiating a flow pattern having a first flow component within the combustor, the second input valve being opened at earliest 450 time units before a reference point and closed at the reference point; opening a fifth input valve after opening the second input valve and introducing air into the pistonless combustor in a nonparallel angle in relation to the input through the second input valve thereby creating a second flow component to the flow pattern within the pistonless combustor for increasing speed of combustion propagation, the fifth input valve being opened at earliest 170 time units before a reference point and closed at latest 100 time units after the reference point; introducing fuel from any input valve opening after the opening of the first input valve, wherein the fuel is mixed into the air creating a fuel-air mixture flowing within the flow pattern (91, 92); and igniting the fuel-air mixture within the pistonless combustor thereby increasing pressure within the pistonless combustor, where the ignition is performed at earliest 70 units before the reference point and at latest 60 units after the reference point, wherein the reference point is a closing event of the second input valve. opening a first input valve and introducing air into the pistonless combustor thereby scavenging combustion products of the previous cycle; opening a second input valve after opening the first input valve and introducing air into the combustor thereby initiating a flow pattern having a first flow component within the combustor, the second input valve being opened at earliest 450 time units before a reference point and closed at the reference point; opening a fifth input valve after opening the second input valve and introducing air into the pistonless combustor in a nonparallel angle in relation to the input through the second input valve thereby creating a second flow component to the flow pattern within the pistonless combustor for increasing speed of combustion propagation, the fifth input valve being opened at earliest 170 time units before a reference point and closed at latest 100 time units after the reference point; introducing fuel from any input valve opening after the opening of the first input valve, wherein the fuel is mixed into the air creating a fuel-air mixture flowing within the flow pattern (91, 92); and igniting the fuel-air mixture within the pistonless combustor thereby increasing pressure within the pistonless combustor, where the ignition is performed at earliest 70 units before the reference point and at latest 60 units after the reference point, wherein the reference point is a closing event of the second input valve.
A cosmetic composition comprising: (a) at least one ethylenically unsaturated polymerizable compound, and (b) at least one photoinitiator system comprising at least two photoinitiators, wherein at least one first photoinitiator has at least one absorption wavelength greater than 350 nm, wherein at least one second photoinitiator does not have an absorption wavelength greater than 350 nm, wherein the at least one first photoinitiator is present in an amount ranging from 1% to 7% by weight, relative to the total weight of the composition, and wherein the total amount of photoinitiators having at least one absorption wavelength greater than 350 nm is greater than 60% by weight, relative to the total weight of the photoinitiator system. (a) at least one ethylenically unsaturated polymerizable compound, and (b) at least one photoinitiator system comprising at least two photoinitiators,
A method for providing multi-tenancy support for remote direct memory access, RDMA, in a system comprising a plurality of physical hosts (130, 132), each physical host (130, 132) hosting a set of data compute nodes, DCNs, (105, 110), the method comprising: at an RDMA protocol stack of a first physical host, receiving a packet comprising a request from a first DCN hosted on the first physical host for RDMA data transfer from a second DCN hosted on a second physical host; and sending a set of parameters of an overlay network associated with the first DCN from the RDMA protocol stack to a physical RDMA network interface controller, NIC, of the first physical host; the physical RDMA NIC encapsulating the packet with i) an RDMA data transfer header and ii) an overlay network header using the set of parameters of the overlay network and transferring the encapsulated packet to the second physical host using the overlay network. at an RDMA protocol stack of a first physical host, receiving a packet comprising a request from a first DCN hosted on the first physical host for RDMA data transfer from a second DCN hosted on a second physical host; and sending a set of parameters of an overlay network associated with the first DCN from the RDMA protocol stack to a physical RDMA network interface controller, NIC, of the first physical host; the physical RDMA NIC encapsulating the packet with i) an RDMA data transfer header and ii) an overlay network header using the set of parameters of the overlay network and transferring the encapsulated packet to the second physical host using the overlay network.
A method for manufacturing a cross-country ski, wherein a plurality of layers, namely a ski core, reinforcing layers, a cover layer, and/or a running surface coating, are glued to form a compound body, characterized in that, in a first step, the ski core and the reinforcing layers are glued in a hot state to form a ski body, wherein the ski body comprises an upper layer and a lower layer as reinforcing layers, wherein, in a second step, the ski body and at least one further layer, namely the running surface coating, are glued with one another in a cold state.
A lightning-dissipative aircraft (A/C) assembly configured to be installed on an A/C including an A/C electrical ground plane, the lightning-dissipative A/C assembly comprising: a base dielectric component; a strike-susceptible metallic component coupled to the base dielectric component; an electrically-conductive coating formed on one or more surfaces of the base dielectric component; and a lightning strike dissipation path extending from the strike-susceptible metallic component, through the electrically-conductive coating, and to the A/C electrical ground plane when the lightning-dissipative A/C assembly is installed on the A/C, wherein the base dielectric component comprises: a valve frame having a peripheral flange; and a plurality of fastener openings spaced around the peripheral flange anc located adjacent the electrically-conductive coating. a base dielectric component; a strike-susceptible metallic component coupled to the base dielectric component; an electrically-conductive coating formed on one or more surfaces of the base dielectric component; and a lightning strike dissipation path extending from the strike-susceptible metallic component, through the electrically-conductive coating, and to the A/C electrical ground plane when the lightning-dissipative A/C assembly is installed on the A/C, a valve frame having a peripheral flange; and a plurality of fastener openings spaced around the peripheral flange anc located adjacent the electrically-conductive coating.
A method for filling containers of a collapsible type, comprising the steps of providing a web, formed of said containers in an interconnected state, feeding said web for transporting the containers in a first direction, whereby the containers are oriented in said first direction, removing, during said transport in said first direction, an end seal provided on each container for opening a filling duct, disengaging, during said transport in said first direction, the containers from one another, and subsequently transporting the containers, while maintaining their orientation in said first direction, in a second direction transverse to said first direction, and filling, during the transport in said second direction, each container with a liquid product.
A method for preserving wine comprising: introducing into wine an effective amount of a preservative selected from the group consisting of the compounds resveratrol, pterostilbene, and mixtures thereof, as a replacement for sulfites that are conventionally added to wines as preservatives; wherein these compounds are added to wine in amounts ranging from 10 mg/L to 10,000 mg/L. introducing into wine an effective amount of a preservative selected from the group consisting of the compounds resveratrol, pterostilbene, and mixtures thereof, as a replacement for sulfites that are conventionally added to wines as preservatives; wherein these compounds are added to wine in amounts ranging from 10 mg/L to 10,000 mg/L.
Use of at least one additive selected from the group consisting of a thiocarbamate and a thiophosphoric acid ester salt in a lubricant composition for suppressing hydrogen embrittlement-caused flaking of an element used in a hydrogen existing environment, wherein the lubricant composition comprises a base oil and the additive, wherein the thiocarbamate is represented by the following general formula: [R 3 R 4 N-CS-S-] n3 M 3 wherein R 3 and R 4 may be the same or different, and represent a hydrogen atom, a C1 to C22 alkyl or alkenyl group or a C6 to C22 aryl group, provided that R 3 and R 4 are not simultaneously hydrogen atoms; M 3 represents nickel, copper, zinc, molybdenum, antimony, silver, lead, tellurium, a methylene group or an ethylene group; and n3 represents the valence of M 3, and wherein the thiophosphoric acid ester salt is represented by the following general formula: [(R 5 O)(R 6 O)-PS-S] n4 M 4 wherein R 5 and R 6 may be the same or different, and represent a hydrogen atom, a C1 to C22 alkyl or alkenyl group, provided that R 5 and R 6 are not simultaneously hydrogen atoms; M 4 represents zinc, molybdenum or antimony; and n4 represents the valence of M 4.
A method for quieting of a transmitter in a white space device, the method comprising: inserting, from an application layer, data into a transport stream to be transmitted by the transmitter of the white space device to produce a null window of time; transmitting the transport stream; and sensing white space signals during the null window of time. inserting, from an application layer, data into a transport stream to be transmitted by the transmitter of the white space device to produce a null window of time; transmitting the transport stream; and sensing white space signals during the null window of time.
An universal closure device for openings of sample containers with different cross sections in each case, wherein the closure device comprises a shaft part extending in the direction of a longitudinal axis with end regions (7, 8) distanced from one another in the direction of the longitudinal axis, and a plurality of sealing elements (12, 16) arranged in the region of an outer surface of the shaft part for placing on an inner shell surface of the sample container to be closed, which shell surface faces the longitudinal axis and is preferably constructed approximately cylindrically, and also a head part, and a plurality of first sealing elements are in each case arranged one behind the other and separately from one another on the shaft part on the side facing away from the head part in the circumferential direction of the shaft part in a circumferential plane, characterised in that the first sealing elements are arranged directly next to one another in an initial position located outside of the opening and in that the first sealing elements touch or at least overlap in certain areas in a closure position inserted into the opening of the sample container, in order to achieve at least a liquid-tight closing of the opening in this closure position.
A closing unit for a tie-bar-less injection moulding machine comprising a direct drive arranged between an end plate and a moveable mould mounting plate, wherein the direct drive has a driven threaded spindle mounted by way of at least one first joint to the end plate, characterised in that the threaded spindle is mounted to the moveable mould mounting plate by way of at least one second joint (5, 6).
An ion source for use in mass spectrometry, comprising: (a) a chamber having a central axis; (b) a sample conduit including a sample outlet communicating with the chamber; (c) an ionizing device disposed downstream from the sample outlet; and (d) a gas conduit (163, 165) including a gas outlet communicating with the chamber, wherein the gas conduit (163, 165) is configured to define a vortex gas flow directed into the chamber, wherein the sample conduit is configured to define a sample flow including an axial velocity component in a downstream direction through the chamber, and the gas flow comprises an axial velocity component in the downstream direction through the chamber. (a) a chamber having a central axis; (b) a sample conduit including a sample outlet communicating with the chamber; (c) an ionizing device disposed downstream from the sample outlet; and (d) a gas conduit (163, 165) including a gas outlet communicating with the chamber, wherein the gas conduit (163, 165) is configured to define a vortex gas flow directed into the chamber,
An electronic device, comprising: a display having a display surface facing a first direction and a display backing facing a second direction substantially opposite the first direction; an expandable enclosure (301-801; 916; 1008; 1108) positioned on the display backing, the expandable enclosure (301-801; 916; 1008; 1108) operable between at least a closed configuration and an open configuration, both provided on the display backing; and one or more speakers (326-826; 914; 1006; 1106) positioned on an outer surface of the expandable enclosure (301-801; 916; 1008; 1108); wherein at least one of the one or more speakers (326-826; 914; 1006; 1106) moves relative to the display as the expandable enclosure (301-801; 916; 1008; 1108) moves between the closed configuration and the open configuration; characterized in that the expandable enclosure (301-801; 916; 1008; 1108) is configured to define faces of a resonance box (322-822; 1018) for the one or more speakers (326-826; 914; 1006; 1106) in the open configuration. a display having a display surface facing a first direction and a display backing facing a second direction substantially opposite the first direction; an expandable enclosure (301-801; 916; 1008; 1108) positioned on the display backing, the expandable enclosure (301-801; 916; 1008; 1108) operable between at least a closed configuration and an open configuration, both provided on the display backing; and one or more speakers (326-826; 914; 1006; 1106) positioned on an outer surface of the expandable enclosure (301-801; 916; 1008; 1108); wherein at least one of the one or more speakers (326-826; 914; 1006; 1106) moves relative to the display as the expandable enclosure (301-801; 916; 1008; 1108) moves between the closed configuration and the open configuration; characterized in that the expandable enclosure (301-801; 916; 1008; 1108) is configured to define faces of a resonance box (322-822; 1018) for the one or more speakers (326-826; 914; 1006; 1106) in the open configuration.
An apparatus for providing a visual indication outside a ram blowout preventer, the apparatus comprising: an indicator rod having an end extending outside an end cap of the BOP, and configured to engage with a tail rod inside the BOP, and to switch between a first position when the BOP is in an open state, and a second position when the BOP is in a closed state, wherein the indicator rod has a longitudinal slot substantially parallel with a longitudinal direction along which the indicator rod moves between the first position and the second position, the longitudinal slot being configured to engage with a pin attached to the tail rod such that the length of the movement of the indicator rod is less than the length of the movement of the tail rod it is configured to engage when switching between the first and second positions; a detectable portion located outside the end cap and configured to provide a visual indication relative to a current position of the indicator rod; and a sealing assembly configured to seal a space inside the end cap from an environment in which the BOP operates. an indicator rod having an end extending outside an end cap of the BOP, and configured to engage with a tail rod inside the BOP, and to switch between a first position when the BOP is in an open state, and a second position when the BOP is in a closed state, wherein the indicator rod has a longitudinal slot substantially parallel with a longitudinal direction along which the indicator rod moves between the first position and the second position, the longitudinal slot being configured to engage with a pin attached to the tail rod such that the length of the movement of the indicator rod is less than the length of the movement of the tail rod it is configured to engage when switching between the first and second positions; a detectable portion located outside the end cap and configured to provide a visual indication relative to a current position of the indicator rod; and a sealing assembly configured to seal a space inside the end cap from an environment in which the BOP operates.
A shoe having a stabilizer, the shoe comprising an outsole having a contact surface to be in contact with a road surface, and a midsole placed on the outsole and covering at least a portion of a forefoot section of a wearer; the midsole includes a main midsole formed by a resin foam, and at least one sub-midsole (3M, 3L) placed on the main midsole and formed by a resin foam; a hardness of the at least one sub-midsole (3M, 3L) is larger than a hardness of the main midsole; and the at least one sub-midsole (3M, 3L) includes a base covering a bottom surface of a big toe and/or a little toe of the wearer on a medial side and/or a lateral side of a forefoot portion, and two hard roll-up portions (31, 32) continuous with the base and rolled up upward from the base at positions which are on the medial side or the lateral side and which are spaced apart from each other in a front-rear direction, wherein the main midsole defines a mating recess into which the base of the at least one sub-midsole (3M, 3L) fits; the main midsole further includes a soft roll-up portion placed between the two hard roll-up portions (31, 32), continuous with a base of the main midsole, and rolled up from the base of the main midsole; and the main midsole includes a projecting portion surrounded by the mating recess and the soft roll-up portion and continuous with the soft roll-up portion.